Alice Clark/BRCT: Difference between revisions
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The <scene name='86/868791/Alices_1t15/2'>BRCA Protein</scene> contains an α (alpha) chain (shown in light blue) and a β (beta) chain (shown in dark blue). The <scene name='78/781973/Axel/1'>axle</scene>, rotates (like the axle on a car), and is composed mainly of the <scene name='78/781973/Gamma/1'> γ (gamma) </scene> protein chain. The axle rotates with three 120° steps, putting the β chains into three different conformations, allowing the ADP and phosphate to bind, the high energy bond to form and the release of ATP. | The <scene name='86/868791/Alices_1t15/2'>BRCA Protein</scene> contains an α (alpha) chain (shown in light blue) and a β (beta) chain (shown in dark blue). The <scene name='78/781973/Axel/1'>axle</scene>, rotates (like the axle on a car), and is composed mainly of the <scene name='78/781973/Gamma/1'> γ (gamma) </scene> protein chain. The axle rotates with three 120° steps, putting the β chains into three different conformations, allowing the ADP and phosphate to bind, the high energy bond to form and the release of ATP. | ||
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'''Q1: Describe how the protein chains are arranged to comprise the F1 region?''' | '''Q1: Describe how the protein chains are arranged to comprise the F1 region?''' | ||
'''Q2: What is the role of the axle, explain how it acts on the β subunits?''' | '''Q2: What is the role of the axle, explain how it acts on the β subunits?''' | ||
