User:John S. de Banzie/Sandbox 2

(Difference between revisions)

Revision as of 01:37, 13 June 2014

@@ Line 7: / Line 7: @@
 Substrate binding involves three interactions between the substrate and the active site.
-. <scene name='59/590622/4cpabindone/3'>Between the carbonyl group of the penultimate residue in the substrate and the zinc ion and an arginyl residue in the enzyme</scene>.
+. <scene name='59/590622/1zlhbindone/1'>Between the carbonyl group of the penultimate residue in the substrate and the zinc ion and an arginyl residue in the enzyme</scene>.
-. <scene name='59/590622/4cpabindtwo/2'>Between the C-terminal carboxyl group and asparaginyl, arginyl, and tyrosyl residues in the enzyme</scene>.
+. <scene name='59/590622/1zlhbindtwo/1'>Between the C-terminal carboxyl group and asparaginyl, arginyl, and tyrosyl residues in the enzyme</scene>.
-. <scene name='59/590622/4cpabindthree/2'>Between the C-terminal R group and a hydrophobic pocket in the enzyme</scene>.
+. <scene name='59/590622/1zlhbindthree/1'>Between the C-terminal R group and a hydrophobic pocket in the enzyme</scene>.
-Catalysis involves <scene name='59/590622/4cpacatalysis/1'>electron withdrawal from the carbonyl of the penultimate residue by the zinc ion and an arginyl residue, and nucleophilic attack on that same group by a glutamyl residue</scene>.
+Catalysis involves <scene name='59/590622/1zlhcatalysis/1'>electron withdrawal from the carbonyl of the penultimate residue by the zinc ion and an arginyl residue, and nucleophilic attack on that same group by a glutamyl residue</scene>.