|
52
|
168
|
7kfzA |
Structure of a ternary kras(g13d)-sos complex |
|
50
|
173
|
6y7gA |
Structure of the human rab3c in complex with gdp |
|
61
|
182
|
7lwbA |
Crystal structure of phospho-rab8a with the rh2 domain (117-165) of rilpl2 |
|
56
|
172
|
6wheA |
Structure of phosphomimetic rab8a gtpase (t72e) in the gtp-bound state |
|
61
|
168
|
7bl1DDD |
Human complex ii-bats bound to membrane-attached rab5a-gtp |
|
53
|
174
|
7b51B |
Crystal structure of human crm1 covalently modified by 2-mercaptoethanol at cys528 |
|
58
|
209
|
6m6xA |
Oridonin in complex with crm1#-ran-ranbp1 |
|
57
|
178
|
7bwtB |
Sopd-rab8 complex structure |
|
53
|
182
|
6jikA |
Aspergillus fumigatus rho1 gsgtp |
|
56
|
166
|
7jhpA |
Crystal structure of hras in complex with the ras-binding and cysteine-rich domains of craf-kinase |
|
48
|
171
|
6surA |
The rab33b-atg16l1 crystal structure |
|
61
|
167
|
7acqA |
Crystal structure of inactive kras g12d (gdp) in complex with the soaked dimeric inhibitor bi-5747 |
|
62
|
169
|
7acfA |
Crystal structure of crystal form 2 of an active kras g12d (gppcp) dimer in complex with bi-5747 |
|
58
|
167
|
7achA |
Crystal structure of active kras g12d (gppcp) in complex with the soaked dimeric inhibitor bi-5747 |
|
60
|
173
|
6zrnA |
Crystal structure of the rlip76 ral binding domain mutant (e427s/l429m/q433l/k440r) in complex with ralb-gmppnp |
|
62
|
167
|
7acaA |
Crystal structure of an active kras g12d (gppcp) dimer in complex with bi-5747 |
|
54
|
168
|
6xguA |
Crystal structure of kras-q61r (gmppnp-bound) in complex with ras-binding domain (rbd) and cysteine-rich domain (crd) of raf1/craf |
|
62
|
173
|
6zqtA |
Crystal structure of the rlip76 ral binding domain mutant (e427h/q433l/k440r) in complex with ralb-gmppnp |
|
60
|
179
|
6v6vA |
Crystal structure of oncogenic rhoa mutant g14v complexed with gdp |
|
60
|
179
|
6v6mA |
Crystal structure of an inactive state of gmppnp-bound rhoa |
|
69
|
168
|
6vjjA |
Crystal structure of wild-type kras4b (gmppnp-bound) in complex with ras-binding domain (rbd) of raf1/craf |
|
66
|
169
|
6xi7A |
Crystal structure of wild-type kras (gmppnp-bound) in complex with ras-binding domain (rbd) and cysteine-rich domain (crd) of raf1/craf (crystal form i) |
|
48
|
167
|
6uzkB |
Crystal structure of the ternary complex of krit1 bound to both the rap1 gtpase and hki6 |
|
60
|
166
|
6v9oA |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
58
|
167
|
6v9oC |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
64
|
168
|
6xgvA |
Crystal structure of kras-g13d (gmppnp-bound) in complex with ras-binding domain (rbd) and cysteine-rich domain (crd) of raf1/craf |
|
59
|
168
|
6xhbA |
Crystal structure of wild-type kras (gmppnp-bound) in complex with ras-binding domain (rbd) and cysteine-rich domain (crd) of raf1/craf (crystal form ii) |
|
50
|
168
|
6xhaA |
Crystal structure of kras-g12v (gmppnp-bound) in complex with ras-binding domain (rbd) and cysteine-rich domain (crd) of raf1/craf |
|
60
|
179
|
6v6uA |
Crystal structure of rhoa-gdp with novel switch i conformation |
|
61
|
173
|
6yx5A |
Structure of drra from legionella pneumophilia in complex with human rab8a |
|
60
|
208
|
6xjrA |
Crystal structure of kpt-185 bound to crm1 (e582k, 537-dltvk-541 to glceq) |
|
61
|
208
|
6xjuA |
Crystal structure of kpt-8602 bound to crm1 (e582k, 537-dltvk-541 to glceq) |
|
57
|
208
|
6xjtA |
Crystal structure of kpt-8602 bound to crm1 (537-dltvk-541 to glceq) |
|
57
|
208
|
6xjpA |
Crystal structure of kpt-185 bound to crm1 (537-dltvk-541 to glceq) |
|
57
|
208
|
6xjsA |
Crystal structure of kpt-330 bound to crm1 (e582k, 537-dltvk-541 to glceq) |
|
60
|
209
|
7l5eA |
Crystal structure of kpt-330 bound to crm1 (537-dltvk-541 to glceq) |
|
54
|
171
|
6zsjA |
The mechanism of activation of the actin binding protein ehbp1 by rab8 family members. |
|
58
|
171
|
6zsiA |
The mechanism of activation of the actin binding protein ehbp1 by rab8 family members. |
|
60
|
167
|
6v9mC |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
60
|
166
|
6v9jA |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
60
|
166
|
6v9fA |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
61
|
166
|
6v9lA |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
59
|
167
|
6v94C |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
59
|
167
|
6v9fC |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
61
|
166
|
6v94A |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
59
|
167
|
6v9nC |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
62
|
166
|
6v9mA |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
61
|
166
|
6v9nA |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
60
|
167
|
6v9lC |
Expanding the chemical landscape of sos1 activators using fragment based methods |
|
58
|
167
|
6v9jC |
Expanding the chemical landscape of sos1 activators using fragment based methods |
