User:Amy Kerzmann/Sandbox 101910
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< User:Amy Kerzmann(Difference between revisions)
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To examine the interface between two G-actin monomeric subunits, | To examine the interface between two G-actin monomeric subunits, | ||
| - | <scene name='User:Amy_Kerzmann/Sandbox_101910/Actin_filament-just_2/1' target='1' >click here</scene>. | + | <scene name='User:Amy_Kerzmann/Sandbox_101910/Actin_filament-just_2/1' target='1' >click here</scene>. Now <scene name='User:Amy_Kerzmann/Sandbox_101910/Actin_filament-just_2/3' target='1' >display molecular surface</scene> of the upper subunit. <scene name='User:Amy_Kerzmann/Sandbox_101910/Actin_filament-just_2/2' target='1' >Label Y166, D286 and D288</scene>, which are involved in contacts near A204. |
Current revision
Actin Structure
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Analyzing the Importance of Residue 204
A204 is a key residue in the structure of actin. Highlight A204 and
The filamentous structure of F-actin is made of individual G-actin subunits bound to ADP. Click on the Jmol menu in the lower right-hand corner of the F-actin window. Select "Main Menu" then "All 5 models". Select the "1.3: 3" option. Return to the Jmol menu. Select "Main Menu" then "Zoom" then "200%". Now you can see the G-actin subunit that looks identical to the one in the window to the left.
To examine the interface between two G-actin monomeric subunits, . Now of the upper subunit. , which are involved in contacts near A204.
