|
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 |
|
49
|
314
|
6scnA |
33mer structure of the salmonella flagella ms-ring protein flif |
|
44
|
314
|
6sd3A |
34mer 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 |
|
72
|
254
|
6j17A |
Atpase |
|
81
|
263
|
6jd5A |
Atpase |
|
71
|
288
|
6pekA |
Structure of spastin hexamer (subunit a-e) in complex with substrate peptide |
|
1
|
14
|
6j19B |
Atpase |
|
71
|
288
|
6penA |
Structure of spastin hexamer (whole model) in complex with substrate peptide |
|
73
|
261
|
6jd4A |
Atpase |
|
76
|
261
|
6j19A |
Atpase |
|
77
|
272
|
6j18A |
Atpase |
|
110
|
353
|
6ojxA |
Pilt4 from geobacter metallireducens bound to atp |
|
112
|
355
|
6ojzA |
Pilt4 from geobacter metallireducens bound to adp with partial occupancy: c3ocococ conformation |
|
112
|
352
|
6ojyF |
Methylated pilt4 from geobacter metallireducens bound to sulfate: c3ocococ conformation |
|
105
|
355
|
6ojyB |
Methylated pilt4 from geobacter metallireducens bound to sulfate: c3ocococ conformation |
|
105
|
352
|
6ojyD |
Methylated pilt4 from geobacter metallireducens bound to sulfate: c3ocococ conformation |
|
26
|
130
|
6pbkB |
Archaellum periplasmic stator protein complex flaf and flag from sulfolobus acidocaldarius |
|
71
|
387
|
6oljA |
Cryoem structure of pilb from geobacter metallireducens: c2ccocco conformation |
|
108
|
352
|
6okvA |
Pilt4 from geobacter metallireducens bound to amp-pnp: c2ccocco conformation |
|
21
|
115
|
6pbkA |
Archaellum periplasmic stator protein complex flaf and flag from sulfolobus acidocaldarius |
|
109
|
354
|
6ok2A |
Pilt4 from geobacter metallireducens bound to adp: c3ocococ conformation |
|
77
|
349
|
6olkA |
Cryoem structure of pilt4 from geobacter metallireducens without adding nucleotide: c3ocococ conformation |
|
80
|
352
|
6olmA |
Cryoem structure of pilt4 from geobacter metallireducens with added atp: c6cccccc conformation |
|
112
|
355
|
6ojyC |
Methylated pilt4 from geobacter metallireducens bound to sulfate: c3ocococ conformation |
|
111
|
353
|
6ojyA |
Methylated pilt4 from geobacter metallireducens bound to sulfate: c3ocococ conformation |
|
80
|
353
|
6ollA |
Cryoem structure of pilt4 from geobacter metallireducens without adding nucleotide: c2oocooc conformation |
|
26
|
82
|
6e5nB |
Solution structure of human myosin vi isoform 3 (1050-1131) in complex with clathrin light chain a (46-61) |
|
3
|
16
|
6e5nA |
Solution structure of human myosin vi isoform 3 (1050-1131) in complex with clathrin light chain a (46-61) |
|
283
|
790
|
6qdjA |
Molecular features of the unc-45 chaperone critical for binding and folding muscle myosin |
|
109
|
402
|
6kfkA |
Structure of salmonella flagellar hook reveals intermolecular domain interactions for the universal joint function |
|
55
|
365
|
6s8mK |
S. pombe microtubule decorated with cut7 motor domain in the amppnp state |
|
97
|
442
|
6s8mA |
S. pombe microtubule decorated with cut7 motor domain in the amppnp state |
|
86
|
429
|
6s8mB |
S. pombe microtubule decorated with cut7 motor domain in the amppnp state |
