|
202
|
1030
|
6t7sJ |
Mexb structure solved by cryo-em in nanodisc in absence of its protein partners |
|
14
|
47
|
7c31A |
Crystal structure of the grapevine defensin vvk1 |
|
63
|
345
|
6ta5D |
Oprm-mexa complex from the mexab-oprm pseudomonas aeruginosa whole assembly reconstituted in nanodiscs |
|
64
|
345
|
6ta6D |
Mexab assembly of the pseudomonas mexab-oprm efflux pump reconstituted in nanodiscs |
|
141
|
455
|
6ta5A |
Oprm-mexa complex from the mexab-oprm pseudomonas aeruginosa whole assembly reconstituted in nanodiscs |
|
143
|
455
|
6ta6A |
Mexab assembly of the pseudomonas mexab-oprm efflux pump reconstituted in nanodiscs |
|
146
|
402
|
6snrA |
Crystal structure of femx |
|
29
|
130
|
6smkA |
Crystal structure of catalytic domain a109h mutant of prophage-encoded m23 protein enpa from enterococcus faecalis. |
|
38
|
257
|
6zyaA |
Extended human uromodulin filament core at 3.5 a resolution |
|
12
|
116
|
6zs5A |
3.5 a cryo-em structure of human uromodulin filament core |
|
4
|
33
|
6kraA |
Solution nmr structure of rmad4 alpha defensin |
|
8
|
44
|
6t33A |
The unusual structure of ruminococcin c1 antimicrobial peptide confers activity against clinical pathogens |
|
3
|
13
|
6twgA |
Solution structure of antimicrobial peptide, crabrolin plus in the presence of lipopolysaccharide |
|
115
|
332
|
6sv5A |
Amicoumacin kinase amin in complex with atp |
|
120
|
324
|
6sutA |
Crystal structure of phosphothreonine mcr-2 |
|
125
|
335
|
6sumA |
Amicoumacin kinase hamin in complex with amp-pnp, mg2+ and ami |
|
70
|
224
|
6t5kC |
Ecv-1 from echinicola vietnamensis. environmental metallo-beta-lactamases exhibit high enzymatic activity under zinc deprivation |
|
119
|
334
|
6sunA |
Amicoumacin kinase hamin in complex with amp-pnp, ca2+ and ami |
|
122
|
334
|
6sulA |
Amicoumacin kinase amin in complex with amp-pnp, mg2+ and ami |
|
121
|
334
|
6suiA |
Amicoumacin kinase amin |
|
66
|
224
|
6t5lA |
Myo-1 from myroides odoratimimus. environmental metallo-beta-lactamases exhibit high enzymatic activity under zinc deprivation |
|
2
|
24
|
6s2dA |
Winter flounder 1 in sds micelles |
|
1
|
24
|
6rz1A |
Winter flounder 3 in sds micelles |
|
1
|
25
|
6rzcA |
Winter flounder 4 in sds micelles |
|
3
|
26
|
6ry9A |
Winter flounder 1a-1 in sds micelles |
|
1
|
20
|
6ryqA |
Winter flounder 1a in sds micelles |
|
0
|
25
|
6o8rX |
Syn-safencin 24 |
|
1
|
25
|
6o8pX |
Syn-safencin 8 |
|
0
|
8
|
6nm3A |
Nmr structure of ww295 |
|
1
|
8
|
6nm2A |
Nmr structure of ww291 |
|
35
|
140
|
6winA |
Type 6 secretion amidase effector 2 (tae2) |
|
47
|
285
|
6u5bg |
Cryoem structure of pyocin r2 - precontracted - baseplate |
|
17
|
167
|
6u5f0 |
Cryoem structure of pyocin r2 - precontracted - collar |
|
59
|
382
|
6u5bA |
Cryoem structure of pyocin r2 - precontracted - baseplate |
|
20
|
99
|
6u5ba |
Cryoem structure of pyocin r2 - precontracted - baseplate |
|
65
|
383
|
6u5ja |
Cryoem structure of pyocin r2 - postcontracted - collar |
|
21
|
167
|
6u5fA |
Cryoem structure of pyocin r2 - precontracted - collar |
|
17
|
151
|
6u5k0 |
Cryoem structure of pyocin r2 - postcontracted - baseplate |
|
7
|
55
|
6u5kG |
Cryoem structure of pyocin r2 - postcontracted - baseplate |
|
66
|
383
|
6u5fG |
Cryoem structure of pyocin r2 - precontracted - collar |
|
65
|
383
|
6u5ka |
Cryoem structure of pyocin r2 - postcontracted - baseplate |
|
21
|
166
|
6u5bG |
Cryoem structure of pyocin r2 - precontracted - baseplate |
|
18
|
151
|
6u5b0 |
Cryoem structure of pyocin r2 - precontracted - baseplate |
|
14
|
99
|
6u5kA |
Cryoem structure of pyocin r2 - postcontracted - baseplate |
|
36
|
291
|
6u5kM |
Cryoem structure of pyocin r2 - postcontracted - baseplate |
|
40
|
291
|
6u5bm |
Cryoem structure of pyocin r2 - precontracted - baseplate |
|
7
|
55
|
6u5b6 |
Cryoem structure of pyocin r2 - precontracted - baseplate |
|
15
|
164
|
6u5jA |
Cryoem structure of pyocin r2 - postcontracted - collar |
|
2
|
25
|
6o8jX |
Syn-safencin |
|
20
|
167
|
6pyta |
Cryoem structure of pyocin r2 - precontracted - trunk |
