Found 1846 chains in Genus chains table. Displaying 51 - 100. Applied filters: Proteins

Search results query: motor protein

Total Genus Sequence Length pdb Title
49 278 8ptkK Composite structure of dynein-dynactin-jip3-lis1
37 463 8pr4Y Dynactin pointed end bound to jip3
35 178 8pr4X Dynactin pointed end bound to jip3
101 528 8ptkX Composite structure of dynein-dynactin-jip3-lis1
46 287 8vidM Cw flagellar switch complex with extra density - flif, flig, flim, and flin forming single subunit of the c-ring from salmonella
18 47 8vkrA Cw flagellar switch complex with extra density - flif, flig, flim, and flin forming the c-ring from salmonella
49 314 8t8pA 33-mer flif ms-ring from salmonella
54 296 8t8oBA Ccw flagellar switch complex - flif, flig, flim, and flin forming 34-mer c-ring from salmonella
12 93 8vkqAB Cw flagellar switch complex - flif, flig, flim, and flin forming the c-ring from salmonella
44 287 8vibM Cw flagellar switch complex - flif, flig, flim, and flin forming single subunit of the c-ring from salmonella
12 93 8vibN Cw flagellar switch complex - flif, flig, flim, and flin forming single subunit of the c-ring from salmonella
15 47 8t8oA Ccw flagellar switch complex - flif, flig, flim, and flin forming 34-mer c-ring from salmonella
44 287 8vkqBA Cw flagellar switch complex - flif, flig, flim, and flin forming the c-ring from salmonella
76 322 8vidG Cw flagellar switch complex with extra density - flif, flig, flim, and flin forming single subunit of the c-ring from salmonella
18 47 8vkqA Cw flagellar switch complex - flif, flig, flim, and flin forming the c-ring from salmonella
103 320 8t8oAA Ccw flagellar switch complex - flif, flig, flim, and flin forming 34-mer c-ring from salmonella
12 93 8t8oAB Ccw flagellar switch complex - flif, flig, flim, and flin forming 34-mer c-ring from salmonella
12 93 8vidN Cw flagellar switch complex with extra density - flif, flig, flim, and flin forming single subunit of the c-ring from salmonella
18 47 8vibF Cw flagellar switch complex - flif, flig, flim, and flin forming single subunit of the c-ring from salmonella
12 93 8vkrAB Cw flagellar switch complex with extra density - flif, flig, flim, and flin forming the c-ring from salmonella
76 322 8vkrAA Cw flagellar switch complex with extra density - flif, flig, flim, and flin forming the c-ring from salmonella
73 322 8vkqAA Cw flagellar switch complex - flif, flig, flim, and flin forming the c-ring from salmonella
73 322 8vibG Cw flagellar switch complex - flif, flig, flim, and flin forming single subunit of the c-ring from salmonella
46 287 8vkrBA Cw flagellar switch complex with extra density - flif, flig, flim, and flin forming the c-ring from salmonella
18 47 8vidF Cw flagellar switch complex with extra density - flif, flig, flim, and flin forming single subunit of the c-ring from salmonella
381 1266 8w41A Cryo-em structure of myosin vi in the autoinhibited state
289 817 8cdmA Plasmodium falciparum myosin a full-length, post-rigor state complexed to the inhibitor knx-002
49 147 8w41B Cryo-em structure of myosin vi in the autoinhibited state
36 133 8cdmE Plasmodium falciparum myosin a full-length, post-rigor state complexed to the inhibitor knx-002
41 131 8cdmB Plasmodium falciparum myosin a full-length, post-rigor state complexed to the inhibitor knx-002
258 801 8exwA Drosophila melanogaster indirect flight muscle myosin ii (subfragment-1)
37 154 8exwB Drosophila melanogaster indirect flight muscle myosin ii (subfragment-1)
9 83 8uplD1 Cryo-em structure of a clockwise locked form of the salmonella enterica typhimurium flagellar c-ring, with c34 symmetry applied
109 328 8uplB1 Cryo-em structure of a clockwise locked form of the salmonella enterica typhimurium flagellar c-ring, with c34 symmetry applied
9 83 8umxD Cryo-em structure of a single subunit of a clockwise-locked form of the salmonella enterica typhimurium flagellar c-ring.
18 47 8uoxA1 Cryo-em structure of a counterclockwise locked form of the salmonella enterica typhimurium flagellar c-ring, with c34 symmetry applied
107 328 8umxB Cryo-em structure of a single subunit of a clockwise-locked form of the salmonella enterica typhimurium flagellar c-ring.
100 331 8umdB Cryo-em structure of a single subunit of a counterclockwise-locked form of the salmonella enterica typhimurium flagellar c-ring.
59 287 8uplC1 Cryo-em structure of a clockwise locked form of the salmonella enterica typhimurium flagellar c-ring, with c34 symmetry applied
99 331 8uoxB1 Cryo-em structure of a counterclockwise locked form of the salmonella enterica typhimurium flagellar c-ring, with c34 symmetry applied
7 81 8uoxD1 Cryo-em structure of a counterclockwise locked form of the salmonella enterica typhimurium flagellar c-ring, with c34 symmetry applied
58 287 8umxC Cryo-em structure of a single subunit of a clockwise-locked form of the salmonella enterica typhimurium flagellar c-ring.
18 44 8uplA1 Cryo-em structure of a clockwise locked form of the salmonella enterica typhimurium flagellar c-ring, with c34 symmetry applied
59 290 8uoxC1 Cryo-em structure of a counterclockwise locked form of the salmonella enterica typhimurium flagellar c-ring, with c34 symmetry applied
6 81 8umdD Cryo-em structure of a single subunit of a counterclockwise-locked form of the salmonella enterica typhimurium flagellar c-ring.
20 47 8umdA Cryo-em structure of a single subunit of a counterclockwise-locked form of the salmonella enterica typhimurium flagellar c-ring.
18 44 8umxA Cryo-em structure of a single subunit of a clockwise-locked form of the salmonella enterica typhimurium flagellar c-ring.
54 290 8umdC Cryo-em structure of a single subunit of a counterclockwise-locked form of the salmonella enterica typhimurium flagellar c-ring.
162 423 8glvLf 96-nm repeat unit of doublet microtubules from chlamydomonas reinhardtii flagella
775 2971 8dyvA Structure of human cytoplasmic dynein-1 bound to one lis1