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Antigen 85C was crystallized in its dimeric form.<ref>PMID: 25028518</ref> The <scene name='69/694220/Secondary_structures/2'>secondary structure</scene> shown in the monomeric form is composed of helices, shown in pink, with one interwoven beta sheet, shown in yellow. The confrontation of a central β-sheet bordered by α–helices creates an a α/β hydrolase fold in Ag85C, and this tertiary conformation is highly conserved across enzymes that function in this capacity. <ref>PMID:10655617</ref> The substrate binding pocket of Ag85C is composed of two separate but equally important components; there is carbohydrate binding pocket for the trehalose, and there is a fatty acid binding pocket for the mycolic acid. As a result, trahalose monomycolate can effectively bind to the Ag85C binding pocket.  
Antigen 85C was crystallized in its dimeric form.<ref>PMID: 25028518</ref> The <scene name='69/694220/Secondary_structures/2'>secondary structure</scene> shown in the monomeric form is composed of helices, shown in pink, with one interwoven beta sheet, shown in yellow. The confrontation of a central β-sheet bordered by α–helices creates an a α/β hydrolase fold in Ag85C, and this tertiary conformation is highly conserved across enzymes that function in this capacity. <ref>PMID:10655617</ref> The substrate binding pocket of Ag85C is composed of two separate but equally important components; there is carbohydrate binding pocket for the trehalose, and there is a fatty acid binding pocket for the mycolic acid. As a result, trahalose monomycolate can effectively bind to the Ag85C binding pocket.  


[[Substrate Binding 2D Surface.jpg|200 px|left|thumb|Octylthioglucoside, a substrate analog, shown in the binding pocket of Antigen 85C]]
[[Image:Substrate Binding 2D Surface.jpg|200 px|left|thumb|Octylthioglucoside, a substrate analog, shown in the binding pocket of Antigen 85C]]


== Enzymatic Activity ==
== Enzymatic Activity ==

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

OCA, Ben Zercher, Geoffrey C. Hoops, Katelyn Baumer, Mary Liggett, Jakob Jozwiakowski