Index.php/Sandbox Reserved 337: Difference between revisions

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=Structure=
=Structure=
This protein is in a unique form containing four subunits, and forming a homotetramer.<ref name= "pizza"> PMID:15095868</ref> The protein also contains a unique <scene name='Index.php/Sandbox_Reserved_337/Aroc2/1'>β-α-β sandwich fold</scene>.<ref name = "pizza"/>
This protein is in a unique form containing four subunits, and forming a homotetramer.<ref name= "pizza"> PMID:15095868</ref> The protein also contains a unique <scene name='Index.php/Sandbox_Reserved_337/Aroc2/1'>β-α-β sandwich fold</scene>.<ref name = "pizza"/>
<structure load= 1um0 size=250 frame =’1’ align=’left’ caption= 'Fig. 1. Chorismate synthase complexed with FMN, from PDB 1um0' scene= />
<structure load= 1um0 size=250 frame =’1’ align=’left’ caption= 'Fig. 1. Chorismate synthase complexed with FMN, from PDB [[1um0]]'/>
The protein also has a cofactor bound within each monomer of the protein. This cofactor is FMN which is located within the <scene name='Index.php/Sandbox_Reserved_337/Fmn_cofactor1/1'>active site</scene> of the protein.<ref name = "pizza"/> Each of these cofactors are bound non-covalently within the protein in the reduced form.<ref name = "pizza"/>
The protein also has a cofactor bound within each monomer of the protein. This cofactor is FMN which is located within the <scene name='Index.php/Sandbox_Reserved_337/Fmn_cofactor1/1'>active site</scene> of the protein.<ref name = "pizza"/> Each of these cofactors are bound non-covalently within the protein in the reduced form.<ref name = "pizza"/>