diff --git a/sections/biasStability.rst b/sections/biasStability.rst
index 79857b6..2c7df1e 100644
--- a/sections/biasStability.rst
+++ b/sections/biasStability.rst
@@ -1,22 +1,25 @@
 Bias stability
 ############################################
 Bias instabilities are of 2 kinds :
-1) ITL bias jumps
-2) e2v 2D shapes.
+
+#. ITL bias jumps
+#. e2v 2D shapes.
    
 Both observed in Run 6 and deeply studied. Issue 1 considered as hardware-level issue, tried to mitigate issue 2 by acquisition optimization in Run 7.
 
 For the baseline configuration (see conclusion), three stability runs were recorded :
-1) Run E2136 : 15-s darks with long delays
-2) Run E2236 : 50 15-s darks, 50 biases
-3) Run E2330 : 15-s and 30-s darks with delays
+
+#. Run E2136 : 15-s darks with long delays
+#. Run E2236 : 50 15-s darks, 50 biases
+#. Run E2330 : 15-s and 30-s darks with delays
 
 eo_pipe bias stability task : bias +  serial overscan correction, mean of the image
 
 Plots:
-1) Examples : 1 stable CCD / 1 instable CCD
-2) Instable CCD : comparison of the 3 runs
-3) Some yellow corner images (bias, 15-s exposure, 30-s exposure)
-4) Mosaic of stability metric
+
+#. Examples : 1 stable CCD / 1 instable CCD
+#. Instable CCD : comparison of the 3 runs
+#. Some yellow corner images (bias, 15-s exposure, 30-s exposure)
+#. Mosaic of stability metric
 
 Discussion  about the possible mitigation strategies