|
40
|
180
|
8j67A |
Crystal structure of toxoplasma gondii m2ap |
|
35
|
185
|
8j64A |
Crystal structure of toxoplasma gondii mic2-m2ap complex |
|
7
|
49
|
8j64B |
Crystal structure of toxoplasma gondii mic2-m2ap complex |
|
85
|
343
|
8gifA |
Crystal structure of a designed single-component plasmodium falciparum ama1-ron2l insertion fusion immunogen 3 |
|
86
|
303
|
8gqtD |
Structure of mpro complexed with quercetin |
|
101
|
362
|
8gidA |
Crystal structure of a strain-transcending single-component plasmodium falciparum ama1-ron2l structure-based design immunogen 1 (sbd1) |
|
16
|
81
|
8hckA |
Nmr fragment-based screening against the two pdz do-mains of mda-9 |
|
45
|
213
|
8h62B |
Crystal structure of internalin a from listeria monocytogenes with human e-cadherin ec12 |
|
166
|
462
|
8h62A |
Crystal structure of internalin a from listeria monocytogenes with human e-cadherin ec12 |
|
110
|
232
|
8arlA |
Plasmodium vivax pvp01_0000100 trag domain |
|
36
|
121
|
8as9A |
Crystal structure of the talin-kank1 complex |
|
112
|
306
|
8as9C |
Crystal structure of the talin-kank1 complex |
|
3
|
51
|
8as9D |
Crystal structure of the talin-kank1 complex |
|
111
|
426
|
7tnqA1 |
The symmetry-released subpellicular microtubule map from detergent-extracted toxoplasma cells |
|
53
|
176
|
7wqyA |
Crystal structure of grass carp arf1-gdp complex |
|
97
|
372
|
8ccoA |
Jas-stabilized f-actinii from plasmodium falciparum |
|
100
|
372
|
8ccnA |
Filamentous actin ii from plasmodium falciparum |
|
42
|
176
|
7ucqA |
Pfs230 d1 domain in complex with 230as-18 |
|
38
|
176
|
7ua8A |
Pfs230 d1 domain in complex with 230al-20 |
|
67
|
333
|
7ufwA |
Pfs230 d1d2 in complex with lmiv230-01 |
|
50
|
333
|
7ui1A |
Pfs230 d1d2 domain in complex with 230al-37 |
|
54
|
247
|
7u9eH |
Pfs230 d1 domain in complex with 230al-26 |
|
50
|
251
|
7u9eB |
Pfs230 d1 domain in complex with 230al-26 |
|
63
|
184
|
7wzaA |
An open conformation form 1 of switch ii for rhoa |
|
54
|
253
|
7ucqH |
Pfs230 d1 domain in complex with 230as-18 |
|
53
|
249
|
7u9wH |
Pfs230 d1 domain in complex with 230as-88 |
|
48
|
249
|
7ua2B |
Pfs230 d1 domain in complex with 230al-18 |
|
40
|
180
|
7u9eA |
Pfs230 d1 domain in complex with 230al-26 |
|
31
|
171
|
7u9wA |
Pfs230 d1 domain in complex with 230as-88 |
|
62
|
184
|
7wzcA |
An open conformation form2 of switch ii for rhoa gdp-bound state |
|
43
|
247
|
7ui1H |
Pfs230 d1d2 domain in complex with 230al-37 |
|
51
|
251
|
7ufwH |
Pfs230 d1d2 in complex with lmiv230-01 |
|
48
|
254
|
7uc8H |
Pfs230 d1 domain in complex with 230as-73 |
|
56
|
250
|
7ua2H |
Pfs230 d1 domain in complex with 230al-18 |
|
40
|
174
|
7ua2A |
Pfs230 d1 domain in complex with 230al-18 |
|
57
|
331
|
7uc8A |
Pfs230 d1 domain in complex with 230as-73 |
|
31
|
172
|
7ubsA |
Pfs230 d1 domain in complex with 230as-26 |
|
48
|
246
|
7ua8H |
Pfs230 d1 domain in complex with 230al-20 |
|
63
|
266
|
7unzB |
Crystal structure of h2 nanobody in complex with pfcss |
|
26
|
119
|
7unzA |
Crystal structure of h2 nanobody in complex with pfcss |
|
58
|
272
|
7unyA |
Crystal structure of d2 nanobody in complex with pfcss |
|
21
|
123
|
7unyB |
Crystal structure of d2 nanobody in complex with pfcss |
|
382
|
1113
|
7uscB |
Cryo-em structure of wave regulatory complex |
|
412
|
1244
|
7uscA |
Cryo-em structure of wave regulatory complex |
|
29
|
62
|
7useD |
Cryo-em structure of wave regulatory complex with rac1 bound on both a and d site |
|
45
|
176
|
7useF |
Cryo-em structure of wave regulatory complex with rac1 bound on both a and d site |
|
67
|
285
|
7usdC |
Cryo-em structure of d-site rac1-bound wave regulatory complex |
|
52
|
153
|
7uscE |
Cryo-em structure of wave regulatory complex |
|
27
|
62
|
7usdD |
Cryo-em structure of d-site rac1-bound wave regulatory complex |
|
46
|
177
|
7usdF |
Cryo-em structure of d-site rac1-bound wave regulatory complex |
