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Chaperonin transition from open to closed conformation Posted by: batch303
Video duration: 20 seconds Global video hits: 156 Octamer molecule, a TRiC/CCT chaperonin from bos taurus, works similar to camera aperture. (Booth et al., 2008 - http://www.nature.co m/nsmb/journal/vaop/ ncurrent/suppinfo/ns mb.1436_S1.html) Related: chaperonin, modeling, molecular, state, structure, transition |
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What are Chaperones and How do They Work? Pande Group Posted by: PandeScience
Video duration: 177 seconds Global video hits: 7655 Folding@Home folding.stanford. edu Related: aggregate, chaperone, chaperonin, folding, helper, protein |
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GroEL R-to-R" transition (side view) Posted by: hyeoncb
Video duration: 30 seconds Global video hits: 330 GroEL undergoes R to R" state upon ATP hydrolysis. K and L helices, the "wing" of apical domain, move downward direction, resulting in the formation of K80-D359 salt-bridge. To reduce the internal strain, the apical domain undergoes 100 degree clockwise rotation. Related: chaperonin, groel, molecular, nanomachine |
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GroEL T-to-R transition (top view) Posted by: hyeoncb
Video duration: 30 seconds Global video hits: 224 Transition of GroEL, a molecular chaperone, from T to R state upon ATP binding. Apical domain including hydrophobic patch (H, I helices) rotates counter-clockwise. Related: chaperonin, groel, molecular, nanomachine |
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GroEL R-to-R" transition (top view) Posted by: hyeoncb
Video duration: 30 seconds Global video hits: 181 Upon ATP hydrolysis, GroEL changes its structure from R to R" state. The apical domain rotates more than 100 degree in clockwise manner. As a result, the interior volume of GroEL cavity increases. Related: chaperonin, groel, molecular, nanomachine |
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GroEL T-to-R transition (side view) Posted by: hyeoncb
Video duration: 30 seconds Global video hits: 131 Salt bridge (K80-E386) switches to R197-E386 upon ATP binding Related: chaperonin, groel, molecular, nanomachine |






