Papain: Difference between revisions

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There are a small number of <scene name='Sandbox_36/Papain_inhibitor_direct_bond/2'>direct hydrogen bonds</scene> between stefin B and papain, however there are many more polar interactions mediated by <scene name='Sandbox_36/Papain_inhibitor_bridges_inter/1'>solvent bridges</scene>. Thirteen solvent molecules bridge polar residues of the enzyme and inhibitor. Seventeen hydrogen bonds are made with a solvent molecule and stefin. Fourteen of these bridges form a papain contact. The rest of the interactions are largely hydrophobic-- involving apolar <scene name='Sandbox_36/Papain_inhibitor_hydro_inter/2'>Van der Waals interactions</scene>. <ref> ~~http~~:~~//www.ncbi.nlm.nih.gov/pmc/articles/PMC551902/pdf/emboj00233-0254.pdf~~ </ref>

There are a small number of <scene name='Sandbox_36/Papain_inhibitor_direct_bond/2'>direct hydrogen bonds</scene> between stefin B and papain, however there are many more polar interactions mediated by <scene name='Sandbox_36/Papain_inhibitor_bridges_inter/1'>solvent bridges</scene>. Thirteen solvent molecules bridge polar residues of the enzyme and inhibitor. Seventeen hydrogen bonds are made with a solvent molecule and stefin. Fourteen of these bridges form a papain contact. The rest of the interactions are largely hydrophobic-- involving apolar <scene name='Sandbox_36/Papain_inhibitor_hydro_inter/2'>Van der Waals interactions</scene>. <ref> PMID:2347312 </ref>

</StructureSection>

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Revision as of 03:49, 5 April 2012 view source Jacinth Koh (talk \| contribs) 35 edits No edit summary ← Older edit		Revision as of 03:50, 5 April 2012 view source Jacinth Koh (talk \| contribs) 35 edits No edit summary Newer edit →
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	There are a small number of <scene name='Sandbox_36/Papain_inhibitor_direct_bond/2'>direct hydrogen bonds</scene> between stefin B and papain, however there are many more polar interactions mediated by <scene name='Sandbox_36/Papain_inhibitor_bridges_inter/1'>solvent bridges</scene>. Thirteen solvent molecules bridge polar residues of the enzyme and inhibitor. Seventeen hydrogen bonds are made with a solvent molecule and stefin. Fourteen of these bridges form a papain contact. The rest of the interactions are largely hydrophobic-- involving apolar <scene name='Sandbox_36/Papain_inhibitor_hydro_inter/2'>Van der Waals interactions</scene>. <ref> ~~http~~:~~//www.ncbi.nlm.nih.gov/pmc/articles/PMC551902/pdf/emboj00233-0254.pdf~~ </ref>		There are a small number of <scene name='Sandbox_36/Papain_inhibitor_direct_bond/2'>direct hydrogen bonds</scene> between stefin B and papain, however there are many more polar interactions mediated by <scene name='Sandbox_36/Papain_inhibitor_bridges_inter/1'>solvent bridges</scene>. Thirteen solvent molecules bridge polar residues of the enzyme and inhibitor. Seventeen hydrogen bonds are made with a solvent molecule and stefin. Fourteen of these bridges form a papain contact. The rest of the interactions are largely hydrophobic-- involving apolar <scene name='Sandbox_36/Papain_inhibitor_hydro_inter/2'>Van der Waals interactions</scene>. <ref> PMID:2347312 </ref>

	</StructureSection>		</StructureSection>