diff --git a/L1Trigger/Phase2L1GT/README.md b/L1Trigger/Phase2L1GT/README.md
index fe1e4cc821c26..8feb6f1359efa 100644
--- a/L1Trigger/Phase2L1GT/README.md
+++ b/L1Trigger/Phase2L1GT/README.md
@@ -112,9 +112,10 @@ Possible cuts on single quantities are:
 | `maxAbsEta`   | $\| \eta \| < X $ | `cms.double` | `ceil(X / eta_lsb)` |
 | `minIsolationPt`   | $\mathrm{isolationPT} > X$ | `cms.double` | `floor(X / isolationPT_lsb)` |
 | `maxIsolationPt`   | $\mathrm{isolationPT} < X$ | `cms.double` | `ceil(X / isolationPT_lsb)` |
-| `minRelIsolationPt`   | $\mathrm{isolationPT} > X \cdot p_T$ | `cms.double` | `floor(X * pT_lsb * 2**18 / isolationPT)` |
-| `maxRelIsolationPt`   |  $\mathrm{isolationPT} < X \cdot p_T$ | `cms.double` | `ceil(X * pT_lsb * 2**18 / isolationPT)` |
-| `maxPrimVertDz`*   | $\| z_0 - Z_{0,i} \| < X $ | `cms.double` | `ceil(X / z0_lsb)` |
+| `minRelIsolationPt` | $\mathrm{isolationPT} > X \cdot p_T$ | `cms.double` | `floor(X * pT_lsb * 2**18 / isolationPT)` |
+| `maxRelIsolationPt` |  $\mathrm{isolationPT} < X \cdot p_T$ | `cms.double` | `ceil(X * pT_lsb * 2**18 / isolationPT)` |
+| `minPrimVertDz`* | $\| z_0 - Z_{0,i} \| > X $ | `cms.double` | `floor(X / z0_lsb)` |
+| `maxPrimVertDz`* | $\| z_0 - Z_{0,i} \| < X $ | `cms.double` | `ceil(X / z0_lsb)` |
 
 \* : To select a $Z_0$ index $i$ from the `GTTPrimaryVert` collection for the comparison use `primVertex = cms.uint32(i)`. This parameter is mandatory when using a `maxPrimVertDz` cut.