diff --git a/README.md b/README.md
index b717c3e1e7c2ed98b8d8e87a11c1f38d7b73dc97..840dd6f2d82b191267d4ef5060a31d96cbcd7cb6 100644
--- a/README.md
+++ b/README.md
@@ -24,15 +24,15 @@ NPLib is the core of the NPTool package, holding most of the actual code. It is
 >source /path/to/nptool/nptool.sh
 
 Restart your terminal. You should now have all aliases and environment variable properly defined and can now access the NPLib folder by using the command:
-NPL
+> NPL
 
 and you should be in the NPLib directory. 
 Before the compilation of the libraries you need to specify the detector you plan to use by calling the configure script. If you give no argument to configure, all detector will be compile. If you wish to limit the number of detector to be compiled, simply specify the detector name in lowercase (e.g. MUST2 -> must2). You can specify more than one detector:
 
->./configure must2 sharc plastic riken
+> ./configure must2 sharc plastic riken
 
 Then you can compile NPLib by calling
->make -jn
+> make -jn
 
 where n is the number of core to be used in the compilation.
 
@@ -43,11 +43,11 @@ Depending on the existence of the .rootlogon.C file in your home directory, the
 
 ###Building NPSimulation
 This part of the package rely on Geant4 to perform Monte Carlo simulation. You need to first compile and configure correctly NPLib in order for NPSimulation to compile and run. The compilation is done as follow:
->NPS
->make -jn
+> NPS
+> make -jn
 
 This should produce the NPSimulation executable, you can check this by running the help display
->NPSimulation -h
+> NPSimulation -h