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[[Image:Ag85 ebselen.jpg |100 xp|left|thumb|'''Figure 3.''' [http://proteopedia.org/wiki/index.php/4qdu Ag85C-ebselen]: Ebselen covalently binds to Cys209 and forces the otherwise kinked helix α-9 to take on a relaxed conformation, thus allowing movement of the helix and a reduction in enzymatic activity.  The native structure is shown in blue, while the modified version is shown in purple, demonstrating a relaxed helix.  Ebselen bound Cys209 is shown in green.]]
[[Image:Ag85 ebselen.jpg |100 xp|left|thumb|'''Figure 3.''' [http://proteopedia.org/wiki/index.php/4qdu Ag85C-ebselen]: Ebselen covalently binds to Cys209 and forces the otherwise kinked helix α-9 to take on a relaxed conformation, thus allowing movement of the helix and a reduction in enzymatic activity.  The native structure is shown in blue, while the modified version is shown in purple, demonstrating a relaxed helix.  Ebselen bound Cys209 is shown in green.]]


[[Image:ebselen pic.jpg |100 xp|left|thumb|'''Figure 4.''']]
[[Image:ebselen pic.jpg |100 xp|left|thumb|'''Figure 5.''' Ebselen.]]


<scene name='69/694218/Ebselen/1'>Ag85C-Ebselen</scene> (Figure 3) is characterized by a covalent bond between [http://en.wikipedia.org/wiki/Ebselen ebselen] and Cys209, thus forcing the otherwise kinked helix α-9 to take on a relaxed conformation (Figure 3). This allows movement of the helix and causes disruption of the hydrogen bonds within the catalytic triad, ultimately inactivating Ag85C.<ref name="Favrot"/>
<scene name='69/694218/Ebselen/1'>Ag85C-Ebselen</scene> (Figure 3) is characterized by a covalent bond between [http://en.wikipedia.org/wiki/Ebselen ebselen] and Cys209, thus forcing the otherwise kinked helix α-9 to take on a relaxed conformation (Figure 3). This allows movement of the helix and causes disruption of the hydrogen bonds within the catalytic triad, ultimately inactivating Ag85C.<ref name="Favrot"/>

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

OCA, Morgan Blake, Sarah Zimmerman, Geoffrey C. Hoops, Jakob Jozwiakowski, Katelyn Baumer