User:Martha Blakely/Sandbox 1: Difference between revisions

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Entrance into the connected cavities is determined by the movement of a loop of amino acids (<scene name='User:Martha_Blakely/Sandbox_1/Loop_99-112_in_attachment/1'>residues 99-112</scene>) located at the protein surface near the membrane attachment.  This loop prevents solvent from entering the active site. The loop’s location is near the region of the protein that binds with the mitochondrial outer-membrane.  This proximity implies that passage into the active site can only occur near the membrane.
Entrance into the connected cavities is determined by the movement of a loop of amino acids (<scene name='User:Martha_Blakely/Sandbox_1/Loop_99-112_in_attachment/1'>residues 99-112</scene>) located at the protein surface near the membrane attachment.  This loop prevents solvent from entering the active site. The loop’s location is near the region of the protein that binds with the mitochondrial outer-membrane.  This proximity implies that passage into the active site can only occur near the membrane.


Each molecule has its own <scene name='User:Martha_Blakely/Sandbox_1/Fad_cofactors/2'>FAD cofactor</scene> covalently bonded to each chain.
[[Image:FAD.jpg]] FAD cofactor with an empty N5 bond.
 
Each monomer has its own <scene name='User:Martha_Blakely/Sandbox_1/Fad_cofactors/2'>FAD cofactor</scene> covalently bonded.


==Difference from MAO-A==
==Difference from MAO-A==