46
|
287
|
8vidM |
Cw flagellar switch complex with extra density - flif, flig, flim, and flin forming single subunit of the c-ring from salmonella |
49
|
314
|
8t8pA |
33-mer flif ms-ring from salmonella |
18
|
47
|
8vkrA |
Cw flagellar switch complex with extra density - flif, flig, flim, and flin forming the c-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 |
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 |
73
|
322
|
8vibG |
Cw flagellar switch complex - 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 |
41
|
131
|
8cdmB |
Plasmodium falciparum myosin a full-length, post-rigor state complexed to the inhibitor knx-002 |
36
|
133
|
8cdmE |
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) |
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
|
8uplD1 |
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. |
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 |
59
|
287
|
8uplC1 |
Cryo-em structure of a clockwise locked form of the salmonella enterica typhimurium flagellar c-ring, with c34 symmetry applied |
18
|
44
|
8uplA1 |
Cryo-em structure of a clockwise 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. |
59
|
290
|
8uoxC1 |
Cryo-em structure of a counterclockwise locked form of the salmonella enterica typhimurium flagellar c-ring, with c34 symmetry applied |
20
|
47
|
8umdA |
Cryo-em structure of a single subunit of a counterclockwise-locked form of the salmonella enterica typhimurium flagellar c-ring. |
6
|
81
|
8umdD |
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 |
662
|
2994
|
8dyuA |
Structure of human cytoplasmic dynein-1 bound to two lis1 proteins |
223
|
426
|
8glvKq |
96-nm repeat unit of doublet microtubules from chlamydomonas reinhardtii flagella |
57
|
182
|
8glvAH |
96-nm repeat unit of doublet microtubules from chlamydomonas reinhardtii flagella |
854
|
3036
|
8fdtA |
Engineered human dynein motor domain in the microtubule-unbound state with lis1 complex in the buffer containing atp-vi |