Sandbox Reserved 922: Difference between revisions

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The <scene name='57/573136/Starting_view/1'>surface</scene> of FAAH reveals <scene name='57/573136/Starting_view/2'>two openings</scene> directly accessible by the inner layer of the [http://en.wikipedia.org/wiki/Lipid_bilayer lipid bilayer].<ref name= "1MT5">PMID:12459591</ref>  These <scene name='57/573136/Membrane_access_channel/4'>membrane access channels</scene> (MAC) are each proceed by a respective membrane binding cap.  This sturdy flap appears to be loosened by the presence of five positively charged residues, and each MAC remains conformation-stable by a salt bridge.  The membrane access channel leads to the active site, which is flanked by  both the <scene name='57/573136/Cytosolic_port/2'>acyl chain binding pocket and cytosolic port </scene> (ABP and CP).<ref name= "3LJ7">PMID:20493882</ref>  The cytosolic port is a lengthy, flexible loop that leads directly into the [http://en.wikipedia.org/wiki/Cytoplasm cytoplasm], allowing the deacylated amine to enter the cell.
The <scene name='57/573136/Starting_view/1'>surface</scene> of FAAH reveals <scene name='57/573136/Starting_view/3'>two openings</scene> directly accessible by the inner layer of the [http://en.wikipedia.org/wiki/Lipid_bilayer lipid bilayer].<ref name= "1MT5">PMID:12459591</ref>  These <scene name='57/573136/Membrane_access_channel/4'>membrane access channels</scene> (MAC) are each proceed by a respective membrane binding cap.  This sturdy flap appears to be loosened by the presence of five positively charged residues, and each MAC remains conformation-stable by a salt bridge.  The membrane access channel leads to the active site, which is flanked by  both the <scene name='57/573136/Cytosolic_port/2'>acyl chain binding pocket and cytosolic port </scene> (ABP and CP).<ref name= "3LJ7">PMID:20493882</ref>  The cytosolic port is a lengthy, flexible loop that leads directly into the [http://en.wikipedia.org/wiki/Cytoplasm cytoplasm], allowing the deacylated amine to enter the cell.


</StructureSection >
</StructureSection >


<scene name='57/573136/Membrane_access_channel/8'>Membrane Access Channel</scene>
<scene name='57/573136/Membrane_access_channel/8'>Membrane Access Channel</scene>

Proteopedia Page Contributors and Editors (what is this?)Proteopedia Page Contributors and Editors (what is this?)

OCA, Daniel B. Lange