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00a_Metadata.md

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All important metadata related to the project and files in 00_Files.md

Bumble Bee

Well_ID Sample_Name Trt Nest
A01 A1 ctrl 1
A02 A2 ctrl 1
A03 A3 ctrl 1
A04 A4 ctrl 1
A05 A5 ctrl 1
A06 A6 ctrl 1
A07 A7 ctrl 1
A08 A8 ctrl 1
A09 A9 ctrl 1
A10 A10 ctrl 1
A11 A11 ctrl 1
A12 A12 ctrl 1
B01 A13 ctrl 1
B02 A14 ctrl 1
B03 A16 ctrl 1
B04 A17 ctrl 1
B05 A18 ctrl 1
B06 A19 ctrl 1
B07 B2 exposed 2
B08 B3 exposed 2
B09 B4 exposed 2
B10 B5 exposed 2
B11 B6 exposed 2
B12 B7 exposed 2
C01 B8 exposed 2
C02 B10 exposed 2
C03 C1 ctrl 3
C04 C2 ctrl 3
C05 C3 ctrl 3
C06 C4 ctrl 3
C07 C6 ctrl 3
C08 C7 ctrl 3
C09 C8 ctrl 3
C10 C9 ctrl 3
C11 D1 exposed 4
C12 D2 exposed 4
D01 D5 exposed 4
D02 D6 exposed 4
D03 D7 exposed 4
D04 D8 exposed 4
D05 D9 exposed 4
D06 D10 exposed 4
D07 D11 exposed 4
D08 E1 exposed 5
D09 E2 exposed 5
D10 E5 exposed 5
D11 E7 exposed 5
D12 E8 exposed 5
E01 E9 exposed 5
E02 E10 exposed 5
E03 F1 exposed 6
E04 F2 exposed 6
E05 F3 exposed 6
E06 F4 exposed 6
E07 F5 exposed 6
E08 F6 exposed 6
E09 F7 exposed 6
E10 F8 exposed 6
E11 F9 exposed 6
E12 F10 exposed 6

Maize Dataset:

Bioproject: PRJNA260793

Associated Publication: Johnston et al., 2014

  • The maize leaf is an ideal system to study plant morphogenesis
  • It is divided into a proximal (close to stem) sheath and a distal blade each with distinct developmental patterning.
  • Specialized epidermal fringe ligule and auricle structures form at the blade-sheath boundary.

For full metadata: see the NCBI GEO page for GSE61333

The SRX vs sample relation is given here broadly captured from the full metadata file:

Sample_relation SRR_ID Maize_cultivar Genotype Sample_description Sample_title
SRX699505 SRR1573504 B73 wild-type all cell layers Leaf blade; Repeat:3 B-3
SRX699506 SRR1573505 B73 wild-type all cell layers Leaf blade; Repeat:4 B-4
SRX699507 SRR1573506 B73 wild-type all cell layers Leaf blade; Repeat:5 B-5
SRX699508 SRR1573507 B73 wild-type all cell layers Leaf ligule; Repeat:3 L-3
SRX699509 SRR1573508 B73 wild-type all cell layers Leaf ligule; Repeat:4 L-4
SRX699510 SRR1573509 B73 wild-type all cell layers Leaf ligule; Repeat:5 L-5
SRX699511 SRR1573510 B73 wild-type all cell layers Leaf sheath; Repeat:3 S-3
SRX699512 SRR1573511 B73 wild-type all cell layers Leaf sheath; Repeat:4 S-4
SRX699513 SRR1573512 B73 wild-type all cell layers Leaf sheath; Repeat:5 S-5
SRX699514 SRR1573513 B73 wild-type Wild-type tissue from P6 leaf primordia all cell layers. Repeat 1 wtL-1
SRX699515 SRR1573514 B73 wild-type Wild-type tissue from P6 leaf primordia all cell layers. Repeat 2 wtL-2
SRX699516 SRR1573515 B73 wild-type Wild-type tissue from P6 leaf primordia all cell layers. Repeat 3 wtL-3
SRX699517 SRR1573516 B73 lg1-R lg1 mutant tissue from P6 leaf primordia all cell layers. Repeat 1 lg1-1
SRX699518 SRR1573517 B73 lg1-R lg1 mutant tissue from P6 leaf primordia all cell layers. Repeat 2 lg1-2
SRX699519 SRR1573518 B73 lg1-R lg1 mutant tissue from P6 leaf primordia all cell layers. Repeat 3 lg1-3
SRX699520 SRR1573519 B73 wild-type adaxial L1 tissue was captured. blade; Repeat:1 B_L1.1
SRX699521 SRR1573520 B73 wild-type adaxial L1 tissue was captured. blade; Repeat:2 B_L1.2
SRX699522 SRR1573521 B73 wild-type adaxial L1 tissue was captured. blade; Repeat:3 B_L1.3
SRX699523 SRR1573522 B73 wild-type adaxial L1 tissue was captured. ligule; Repeat:1 L_L1.1
SRX699524 SRR1573523 B73 wild-type adaxial L1 tissue was captured. ligule; Repeat:2 L_L1.2
SRX699525 SRR1573524 B73 wild-type adaxial L1 tissue was captured. ligule; Repeat:3 L_L1.3
SRX699526 SRR1573525 B73 wild-type adaxial L1 tissue was captured. sheath; Repeat:1 S_L1.1
SRX699527 SRR1573526 B73 wild-type adaxial L1 tissue was captured. sheath; Repeat:2 S_L1.2
SRX699528 SRR1573527 B73 wild-type adaxial L1 tissue was captured. sheath; Repeat:3 S_L1.3

For more details refer to the figure below:figure This shows how the various tissue samples were microdissected. This is modified from original Fig 2 in Johnston et al. 2014,

Reads are unstranded.