78
|
280
|
6zg3A |
The structure of ecf pant transporter in a complex with a nanobody |
500
|
2251
|
7lkpA |
Structure of atp-free human abca4 |
507
|
2250
|
7lkzA |
Structure of atp-bound human abca4 |
90
|
389
|
7ahhC |
Opua inhibited inward-facing, sbd docked |
52
|
263
|
7d0aB |
Acinetobacter mlafedb complex in adp-vanadate trapped vclose conformation |
48
|
263
|
7d06B |
Cryo em structure of the nucleotide free acinetobacter mlafedb complex |
88
|
601
|
6zu9k |
Structure of a yeast abce1-bound 48s initiation complex |
354
|
1245
|
7a69A |
Nanodisc reconstituted human abcb1 in complex with mrk16 fab and vincristine |
68
|
390
|
7caeC |
Mycobacterium smegmatis lpqy-sugabc complex in the resting state |
60
|
390
|
7cadC |
Mycobacterium smegmatis sugabc complex |
36
|
261
|
6zy3F |
Cryo-em structure of mlafedb in complex with phospholipid |
28
|
262
|
6zy4F |
Cryo-em structure of mlafedb in complex with adp |
163
|
587
|
7d7rA |
Cryo-em structure of the core domain of human abcb6 transporter |
52
|
263
|
7d09B |
Acinetobacter mlafedb complex in atp-bound vtrans2 conformation |
88
|
261
|
7dd0A |
Crystal structure of the n-terminal domain of tagh from bacillus subtilis |
29
|
261
|
6zy2F |
Cryo-em structure of apo mlafedb |
33
|
258
|
6zy9F |
Cryo-em structure of mlafedb in complex with amp-pnp |
60
|
260
|
7ahcC |
Opua apo inward-facing |
85
|
389
|
7aheC |
Opua inhibited inward facing |
114
|
366
|
6yirA |
Crystal structure of bacillus subtilis msmx atpase |
48
|
390
|
7cagC |
Mycobacterium smegmatis lpqy-sugabc complex in the catalytic intermediate state |
191
|
801
|
7d7nA |
Cryo-em structure of human abcb6 transporter |
63
|
390
|
7cafC |
Mycobacterium smegmatis lpqy-sugabc complex in the pre-translocation state |
71
|
260
|
7ahdC |
Opua (e190q) occluded |
47
|
263
|
7d08B |
Acinetobacter mlafedb complex in atp-bound vtrans1 conformation |
109
|
595
|
6zvj1 |
Structure of a human abce1-bound 43s pre-initiation complex - state ii |
88
|
601
|
6zcek |
Structure of a yeast abce1-bound 43s pre-initiation complex |
61
|
229
|
6uk1A |
Crystal structure of nucleotide-binding domain 2 (nbd2) of the human cystic fibrosis transmembrane conductance regulator (cftr) |
78
|
230
|
6z4wA |
Ftse structure from streptococcus pneumoniae in complex with adp (space group p 1) |
78
|
228
|
6z63A |
Ftse structure from streptococus pneumoniae in complex with adp at 1.57 a resolution (spacegroup p 21) |
70
|
229
|
6z67B |
Ftse structure of streptococcus pneumoniae in complex with amppnp at 2.4 a resolution |
142
|
594
|
6zmeCI |
Sars-cov-2 nsp1 bound to the human ccdc124-80s-eerf1 ribosome complex |
76
|
265
|
6xgzA |
Crystal structure of e. coli mlafb abc transport subunits in the monomeric state |
69
|
264
|
6xgyA |
Crystal structure of e. coli mlafb abc transport subunits in the dimeric state |
61
|
263
|
6xbdI |
Cryo-em structure of mlafedb in nanodiscs with phospholipid substrates |
139
|
620
|
6vxjA |
Structure of abcg2 bound to sn38 |
391
|
1328
|
6uy0A |
Cryo-em structure of wild-type bovine multidrug resistance protein 1 (mrp1) under active turnover conditions |
145
|
620
|
6vxfA |
Structure of apo-closed abcg2 |
138
|
620
|
6vxiA |
Structure of abcg2 bound to mitoxantrone |
96
|
620
|
6vxhA |
Structure of abcg2 bound to imatinib |
409
|
1244
|
6ujtA |
P-glycoprotein mutant-y303a and c952a-with bde100 |
394
|
1244
|
6ujrA |
P-glycoprotein mutant-f724a and c952a-with bde100 |
407
|
1244
|
6ujwA |
P-glycoprotein mutant-y306a and c952a-with bde100 |
396
|
1244
|
6ujnA |
P-glycoprotein mutant-c952a-with bde100 |
403
|
1244
|
6ujsA |
P-glycoprotein mutant-f728a and c952a-with bde100 |
399
|
1244
|
6ujpA |
P-glycoprotein mutant-f979a and c952a-with bde100 |
142
|
581
|
6r81A |
Multidrug resistance transporter bmra mutant e504a bound with atp and mg solved by cryo-em |
135
|
580
|
6r72A |
Crystal structure of bmra-e504a in an outward-facing conformation |
218
|
586
|
6pamA |
Structure of a bacterial atm1-family abc transporter with mgadp bound |
211
|
578
|
6parA |
Structure of a bacterial atm1-family abc exporter with mgamppnp bound |