Sandbox Reserved 1656: Difference between revisions

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Residues present in the catalytic site of DUBs are often in a '''non-functional orientation''' when the substrate is absent. Thus, when the substrate binds to the catalytic site of the enzyme, the site undergoes rearrangement and takes on a functional conformation. <ref>PMID:16537382</ref> The substrate opens and closes to allow the entry of the protein to be deubiquitinased.
Residues present in the catalytic site of DUBs are often in a '''non-functional orientation''' when the substrate is absent. Thus, when the substrate binds to the catalytic site of the enzyme, the site undergoes rearrangement and takes on a functional conformation. <ref>PMID:16537382</ref> The substrate opens and closes to allow the entry of the protein to be deubiquitinased.
The studied structure shows both .<scene name='86/868189/Catalytic_site_polyubiquitine/1'>the catatlytic site and polyubiquitin-C</scene>
The studied structure shows both <scene name='86/868189/Catalytic_site_polyubiquitine/1'>the catalytic site and polyubiquitin-C</scene>.


== Biological role ==
== Biological role ==