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1BG2_M1.AVI This is one mode of an analysis done by Barry Grant of thermal motions in kinesin. The switch 1 region is seen to move in and out from the active site (open and closed). Human kinesin-1. |
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3KAR_B~1.AVI Kar 3 thermal modes (Barry Grant). |
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NCKIN_~1.MOV Nkin (Neurospora kinesin-1) thermal modes (Barry Grant). |
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kar3 on mt.mov RASMOL movie of kar3 fitted on to tubulin in our current "best guess" position. |
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kif1a_mt_dock.mpg Charge density map of the complex of kinesin with tubulin - here the docking position is arrived at by computational docking. |
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labellednkmoves.mov CryEM maps of ncd and rat kinesin-1 in ADP,AMPPNP and apyrase (apo) conformations (Keiko Hirose & Linda Amos) ) |
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myo_kinesin_sideside.moov_.mov (Left) kinesin-1 from rat brain. (Right) structural core of myosin (RASMOL). |
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ncdkarflipper.moov.mov Superposition of ncd and kar 3 structures - the movie flips between the two structures (RASMOL). |
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PBkcartspinslow.mov Rat kinesin-1 (kif5c) (2KIN) (RASMOL). |
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tailwag.mov Rat brain kinesin-1 kif5c dimer 3KIN.pdb - the two chains of this structure have been superimposed and the movie flips between them (RASMOL). |
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movie002.mov Mapping of tubulin binding interface of kinesin. [Left] ncd [centre] rat kinesin-1 [right] human kinesin-1 (Woehlke et al) (RASMOL). |
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pbkcontacts.mov Kinesin-1: Blue sites are protease-cleavable under all circumstances; red sites are protected by microtubule-binding (RASMOL). |
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pbncontacts.mov Ncd. Blue sites are protease-cleavable under all circumstances; red sites are protected by microtubule binding (RASMOL). |
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PBkspacecharge.mov Charge pattern on kinesin-1 heads (RASMOL) |
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square glass Tubulin (RASMOL). |
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tub chains XTPs qt2.mov Tubulin (VMD). |
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tubulin_see_thru.moov.mov Tubulin protofilament (RASMOL). |
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