|
209
|
870
|
7oh1A |
Tetanus neurotoxin lc-hn domain in complex with tt110-fab1 |
|
32
|
228
|
7oh1E |
Tetanus neurotoxin lc-hn domain in complex with tt110-fab1 |
|
26
|
214
|
7oh0B |
Tetanus neurotoxin hc domain in complex with tt104-fab1 |
|
20
|
221
|
7oh0C |
Tetanus neurotoxin hc domain in complex with tt104-fab1 |
|
67
|
441
|
7oh0A |
Tetanus neurotoxin hc domain in complex with tt104-fab1 |
|
36
|
212
|
7oh1D |
Tetanus neurotoxin lc-hn domain in complex with tt110-fab1 |
|
21
|
118
|
7kc9C |
Ricin bound to vhh antibody v5g1 |
|
0
|
16
|
7knnA |
Solution structure of the alpha-conotoxin analogue [2-8]-alkyne vc1.1 |
|
23
|
116
|
7kd2C |
Ricin bound to vhh antibody v11b2 |
|
80
|
261
|
7kbkB |
Ricin bound to vhh antibody v6e11 |
|
78
|
261
|
7kd2B |
Ricin bound to vhh antibody v11b2 |
|
84
|
262
|
7kd0B |
Ricin bound to vhh antibody v2c11 |
|
84
|
259
|
7kd0A |
Ricin bound to vhh antibody v2c11 |
|
81
|
260
|
7kc9B |
Ricin bound to vhh antibody v5g1 |
|
25
|
125
|
7kbkC |
Ricin bound to vhh antibody v6e11 |
|
81
|
260
|
7kdmB |
Ricin bound to vhh antibody v5g6 |
|
73
|
256
|
7kduA |
Ricin bound to vhh antibody v5e4 |
|
63
|
260
|
7kduB |
Ricin bound to vhh antibody v5e4 |
|
27
|
117
|
7kd0C |
Ricin bound to vhh antibody v2c11 |
|
76
|
259
|
7kbiA |
Ricin bound to vhh antibody v5e1 |
|
21
|
118
|
7kdmC |
Ricin bound to vhh antibody v5g6 |
|
86
|
257
|
7kdmA |
Ricin bound to vhh antibody v5g6 |
|
68
|
261
|
7kbiB |
Ricin bound to vhh antibody v5e1 |
|
15
|
119
|
7kduC |
Ricin bound to vhh antibody v5e4 |
|
82
|
258
|
7kd2A |
Ricin bound to vhh antibody v11b2 |
|
89
|
258
|
7kbkA |
Ricin bound to vhh antibody v6e11 |
|
86
|
257
|
7kc9A |
Ricin bound to vhh antibody v5g1 |
|
15
|
108
|
7k7iK |
Density-fitted model structure of antibody variable domains of tytx4 in complex with pltb pentamer of typhoid toxin |
|
19
|
118
|
7k7hH |
Density-fitted model structure of antibody variable domains of tytx1 in complex with pltb pentamer of typhoid toxin |
|
18
|
114
|
7k7iA |
Density-fitted model structure of antibody variable domains of tytx4 in complex with pltb pentamer of typhoid toxin |
|
18
|
114
|
7k7hA |
Density-fitted model structure of antibody variable domains of tytx1 in complex with pltb pentamer of typhoid toxin |
|
11
|
119
|
7k7iH |
Density-fitted model structure of antibody variable domains of tytx4 in complex with pltb pentamer of typhoid toxin |
|
17
|
114
|
7k7hL |
Density-fitted model structure of antibody variable domains of tytx1 in complex with pltb pentamer of typhoid toxin |
|
2
|
14
|
7k7hG |
Density-fitted model structure of antibody variable domains of tytx1 in complex with pltb pentamer of typhoid toxin |
|
1
|
42
|
7jpmA |
The solution structure of omega-theraphotoxin-pm1b isolated from king baboon spider |
|
145
|
398
|
7cb8A |
Structure of a fic-domain protein from mycobacterium marinum in complex with cdp |
|
35
|
159
|
7ak8A |
Structure of salmonella tact1 toxin bound to taca1 antitoxin c-terminal peptide |
|
6
|
38
|
7ak8G |
Structure of salmonella tact1 toxin bound to taca1 antitoxin c-terminal peptide |
|
21
|
87
|
7ak7C |
Structure of salmonella tact2 toxin bound to taca2 antitoxin |
|
42
|
163
|
7ak7A |
Structure of salmonella tact2 toxin bound to taca2 antitoxin |
|
51
|
175
|
7ak9A |
Structure of salmonella tact3 toxin bound to taca3 antitoxin c-terminal peptide |
|
9
|
36
|
7ak9C |
Structure of salmonella tact3 toxin bound to taca3 antitoxin c-terminal peptide |
|
3
|
28
|
7a64A |
Nmr solution structure for tsp1a |
|
93
|
404
|
7ovwAAA |
Binding domain of botulinum neurotoxin e in complex with gd1a |
|
12
|
31
|
7ns1A |
S. aureus pepg1 nmr solution structure |
|
9
|
119
|
7ji1A |
Nmr structure of the streptococcus pyogenes nad+-glycohydrolase translocation domain |
|
86
|
562
|
7kxrA |
Protective antigen pore translocating lethal factor n-terminal domain |
|
29
|
220
|
7kxrL |
Protective antigen pore translocating lethal factor n-terminal domain |
|
22
|
109
|
7b1zA |
Virulence-associated protein vapb from the intracellular pathogen rhodococcus equi |
|
13
|
60
|
6zoiA |
A lid blocking mechanism of a cone snail toxin revealed at the atomic level |
