319
|
840
|
8w20A |
Umb1 umbrella toxin particle |
18
|
125
|
8w22B |
Umb1 umbrella toxin particle (local refinement of umbb1 bound alf of umbc1 and umba1) |
31
|
216
|
8tflH |
Ricin in complex with fab sylh3 |
33
|
99
|
8w22A |
Umb1 umbrella toxin particle (local refinement of umbb1 bound alf of umbc1 and umba1) |
48
|
210
|
8tflL |
Ricin in complex with fab sylh3 |
77
|
260
|
8tflA |
Ricin in complex with fab sylh3 |
73
|
261
|
8tflB |
Ricin in complex with fab sylh3 |
47
|
475
|
8w20C |
Umb1 umbrella toxin particle |
18
|
124
|
8w20B |
Umb1 umbrella toxin particle |
49
|
475
|
8w22C |
Umb1 umbrella toxin particle (local refinement of umbb1 bound alf of umbc1 and umba1) |
0
|
23
|
8uxrA |
Txviib,u-superfamily conotoxin |
513
|
2193
|
8qeoA |
Cryo-em structure complex of frizzled-7 and clostridioides difficile toxin b |
15
|
121
|
8qeoB |
Cryo-em structure complex of frizzled-7 and clostridioides difficile toxin b |
645
|
2426
|
8cpzA |
Photorhabdus luminescens tcda1 prepore-to-pore intermediate, k1179w mutant |
625
|
2426
|
8cq0A |
Photorhabdus luminescens tcda1 prepore-to-pore intermediate, k567w k2008w mutant |
627
|
2426
|
8cq2A |
Photorhabdus luminescens tcda1 prepore-to-pore intermediate, c16s, c20s, c870s, t1279c mutant |
4
|
39
|
8uwfA |
Nmr structure of the funnel-web spider toxin hc3a |
3
|
23
|
8cm3A |
Solution structure of mu3.1 from conus mucronatus |
92
|
345
|
8g32A |
Pro-form of a cdcl short from e. anophelis |
104
|
440
|
8g33A |
Activated form of a cdcl long protein |
286
|
1038
|
8jbrA |
Structure of mcya2-capcp |
106
|
340
|
8hwnA |
Aldo-keto reductase depb |
131
|
329
|
8hw0A |
The structure of akr6d1 |
8
|
36
|
8c5gC |
Structure of human neuropilin-1 b1b2 domains in complex with chlorotoxin (leiurus quinquestriatus) |
63
|
310
|
8c5gA |
Structure of human neuropilin-1 b1b2 domains in complex with chlorotoxin (leiurus quinquestriatus) |
7
|
28
|
7m1eA |
Structural and functional studies about scorpine showed the presence of blocking channel and cytolytic activities as well as two different structural domains |
388
|
2366
|
7v1nA |
Structure of the clade 2 c. difficile tcdb in complex with its receptor tfpi |
375
|
1627
|
7u1zA |
Crystal structure of the drbd and crops of tcda |
472
|
2363
|
8x2hA |
Cryo-em structure of the tcsl at ph 5.0 in its closed conformation |
594
|
2382
|
7pogA |
High-resolution structure of native toxin a from clostridioides difficile |
31
|
94
|
8c24A |
Parde1 toxin-antitoxin complex from mycobacterium tuberculosis (rv1960c-rv1959c) |
27
|
79
|
8c24C |
Parde1 toxin-antitoxin complex from mycobacterium tuberculosis (rv1960c-rv1959c) |
28
|
119
|
8u5eA |
Crystal structure of c-terminal domain of clostridium perfringens enterotoxin in space group p 21 21 21 |
102
|
286
|
8hnqA |
The structure of a alcohol dehydrogenase akr13b2 with nadp |
9
|
36
|
8c26B |
Parde2 toxin-antitoxin complex from mycobacterium tuberculosis (rv2142a-rv2142c) |
0
|
12
|
8hr4A |
[d-cys5,d-lys16]-stp(5-17) |
23
|
87
|
8c26A |
Parde2 toxin-antitoxin complex from mycobacterium tuberculosis (rv2142a-rv2142c) |
5
|
42
|
8bvcA |
Solution structure of metridium senile toxin ms13-1 with the unique fold |
31
|
117
|
8u5dA |
Crystal structure of c-terminal domain of clostridium perfringens enterotoxin in space group p 41 21 2 |
421
|
1973
|
6rwbA |
Cryo-em structure of yersinia pseudotuberculosis tcaa-tcab |
6
|
31
|
6vnzA |
Nmr solution structure of tamapin, mutant k20a |
229
|
879
|
7ptyA |
Delta-latroinsectotoxin dimer |
187
|
1194
|
7q97A |
Structure of the bacterial type vi secretion system effector rhsa. |
258
|
1019
|
7ptxA |
Alpha-latrocrustotoxin monomer |
212
|
1086
|
7pq5L |
Photorhabdus laumondii t6ss-associated rhs protein carrying the tre23 toxin domain |
92
|
355
|
7p1gK |
Structure of the p. aeruginosa exoy-f-actin complex |
120
|
371
|
7p1gA |
Structure of the p. aeruginosa exoy-f-actin complex |
3
|
16
|
7n0tA |
Nmr structure of epi[y(so)315y]-oh |
37
|
134
|
7na9D |
Crystal structure of bont/b-lc-jsg-c1 |
7
|
47
|
7lglA |
Structural characterization of two b-ktx scorpion toxins. one of them blocks human kcnq1 potassium channels |