|
76
|
218
|
6ys8A |
Structure of gldlm, the proton-powered motor that drives protein transport and gliding motility |
|
15
|
60
|
6ys8C |
Structure of gldlm, the proton-powered motor that drives protein transport and gliding motility |
|
118
|
333
|
6swuAAA |
Crystal structure of the tpr domain of klc1 in complex with an engineered high-affinity cargo peptide. |
|
23
|
97
|
6kz1A |
Complex structure of whirlin and myosin xva |
|
0
|
12
|
6kz1B |
Complex structure of whirlin and myosin xva |
|
8
|
22
|
6ly9K |
The membrane-embedded vo domain of v/a-atpase from thermus thermophilus |
|
7
|
20
|
6ly9L |
The membrane-embedded vo domain of v/a-atpase from thermus thermophilus |
|
93
|
321
|
6ly9M |
The membrane-embedded vo domain of v/a-atpase from thermus thermophilus |
|
99
|
459
|
6ly8D |
V/a-atpase from thermus thermophilus, the soluble domain, including v1, d, two eg stalks, and n-terminal domain of a-subunit. |
|
189
|
649
|
6ly9N |
The membrane-embedded vo domain of v/a-atpase from thermus thermophilus |
|
66
|
210
|
6ly8G |
V/a-atpase from thermus thermophilus, the soluble domain, including v1, d, two eg stalks, and n-terminal domain of a-subunit. |
|
19
|
100
|
6ly8H |
V/a-atpase from thermus thermophilus, the soluble domain, including v1, d, two eg stalks, and n-terminal domain of a-subunit. |
|
113
|
577
|
6ly8A |
V/a-atpase from thermus thermophilus, the soluble domain, including v1, d, two eg stalks, and n-terminal domain of a-subunit. |
|
27
|
73
|
6ly9O |
The membrane-embedded vo domain of v/a-atpase from thermus thermophilus |
|
7
|
26
|
6yslA |
Structure of the flagellar motab stator complex from bacillus subtilis |
|
86
|
252
|
6ysfC |
Structure of the flagellar motab stator complex from clostridium sporogenes |
|
9
|
29
|
6ysfA |
Structure of the flagellar motab stator complex from clostridium sporogenes |
|
73
|
255
|
6yslC |
Structure of the flagellar motab stator complex from bacillus subtilis |
|
18
|
92
|
6pqtA |
N-terminal domain of dynein intermediate chain from chaetomium thermophilum |
|
35
|
75
|
6tzwA |
Coiled-coil registry shifts in the f684i mutant of bicaudal d result in cargo-independent activation of dynein motility |
|
138
|
840
|
6so3A |
The interacting head motif in insect flight muscle myosin thick filaments |
|
16
|
156
|
6so3C |
The interacting head motif in insect flight muscle myosin thick filaments |
|
17
|
196
|
6so3E |
The interacting head motif in insect flight muscle myosin thick filaments |
|
20
|
73
|
6psdA |
Complex of cracr2a with a dynein light intermediate chain peptide |
|
4
|
13
|
6psdB |
Complex of cracr2a with a dynein light intermediate chain peptide |
|
73
|
156
|
6pfpA |
Crystal structure of amino acids 1473-1536 of human beta cardiac myosin fused to gp7 and eb1 |
|
66
|
157
|
6pf2A |
Crystal structure of amino acids 1220-1276 of human beta cardiac myosin fused to gp7 and eb1 |
|
4
|
12
|
6pseC |
Complex of bicd2 with a dynein light intermediate chain peptide |
|
32
|
78
|
6pseA |
Complex of bicd2 with a dynein light intermediate chain peptide |
|
118
|
426
|
6ojqB |
Monomeric kinesin-1 motor domain in no-nucleotide state bound to gmpcpp-stabilized microtubule |
|
105
|
437
|
6ojqA |
Monomeric kinesin-1 motor domain in no-nucleotide state bound to gmpcpp-stabilized microtubule |
|
69
|
317
|
6ojqK |
Monomeric kinesin-1 motor domain in no-nucleotide state bound to gmpcpp-stabilized microtubule |
|
27
|
208
|
6sd1A |
Structure of the rbm3/collar region of the salmonella flagella ms-ring protein flif with 33-fold symmetry applied |
|
44
|
314
|
6sd3A |
34mer structure of the salmonella flagella ms-ring protein flif |
|
49
|
314
|
6scnA |
33mer structure of the salmonella flagella ms-ring protein flif |
|
29
|
208
|
6sd4A |
Structure of the rbm3/collar region of the salmonella flagella ms-ring protein flif with 34-fold symmetry applied |
|
13
|
98
|
6sd5A |
Structure of the rbm2 inner ring of salmonella flagella ms-ring protein flif with 22-fold symmetry applied |
|
17
|
98
|
6sd2A |
Structure of the rbm2inner region of the salmonella flagella ms-ring protein flif with 21-fold symmetry applied. |
|
26
|
208
|
6tre1 |
Structure of the rbm3/collar region of the salmonella flagella ms-ring protein flif with 32-fold symmetry applied |
|
34
|
141
|
6kjoA |
The microtubule-binding domains of yeast cytoplasmic dynein in the low affinity state |
|
32
|
141
|
6kjnA |
The microtubule-binding domains of yeast cytoplasmic dynein in the high affinity state |
|
118
|
438
|
6vppA |
Cryo-em structure of microtubule-bound klp61f motor with tail domain in the nucleotide-free state |
|
134
|
426
|
6vppB |
Cryo-em structure of microtubule-bound klp61f motor with tail domain in the nucleotide-free state |
|
103
|
438
|
6vpoA |
Cryo-em structure of microtubule-bound klp61f motor domain in the amppnp state |
|
73
|
343
|
6vpoC |
Cryo-em structure of microtubule-bound klp61f motor domain in the amppnp state |
|
115
|
426
|
6vpoB |
Cryo-em structure of microtubule-bound klp61f motor domain in the amppnp state |
|
69
|
339
|
6vppC |
Cryo-em structure of microtubule-bound klp61f motor with tail domain in the nucleotide-free state |
|
66
|
402
|
6k9qA |
Structure of the native supercoiled hook as a universal joint |
|
44
|
130
|
6tg7A |
Crystal structure of the chey in presence of magnesium |
|
81
|
263
|
6jd5A |
Atpase |
