Sandbox 5: Difference between revisions

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== Substrate binding ==
== Substrate binding ==


The active site is highly conserved in the different NOS species. Thus it is possible to discuss substrate binding i general terms. The NOS enzyme binds its substrate by hydrogen bindings both to the guanidino[http://en.wikipedia.org/wiki/Guanidino] end and the amino acid end (EVT FIG!). <scene name='Sandbox_5/Substratebinding_sar/1'>Substrate binding</scene>
The active site is highly conserved in the different NOS species. Thus it is possible to discuss substrate binding i general terms. The NOS enzyme binds its substrate by hydrogen bindings both to the guanidino[http://en.wikipedia.org/wiki/Guanidino] end and the amino acid end (EVT FIG!).  
 
<scene name='Sandbox_5/Substratebinding_test/1'>Substrate binding</scene>


<applet load='3NOS' size='300' frame='true' align='right' caption='Substrate binding' />
<applet load='3NOS' size='300' frame='true' align='right' caption='Substrate binding' />
{{STRUCTURE_3NOS |  PDB=2nos  |  SCENE=  }}


binds its substrate (L-arginine) by coordinating CO to the heme at the site occupied by oxygen....<ref>PMID:9376373 </ref>.
binds its substrate (L-arginine) by coordinating CO to the heme at the site occupied by oxygen....<ref>PMID:9376373 </ref>.