Found 909 chains in Genus chains table. Displaying 51 - 100. Applied filters: Proteins

Search results query: Ras

Total Genus Sequence Length pdb Title
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
61 166 6v9lA 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
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
58 177 6ukaA Crystal structure of rhog and elmo complex
61 210 6kftA Mvm ns2 mutant nm42 in complex with crm1-ran-ranbp1
55 168 7btcA Crystal structure of rheb y35n mutant bound to gdp
50 167 7btaA Crystal structure of rheb d60k mutant bound to gdp
58 169 7btdA Crystal structure of rheb y35n mutant bound to gppnhp
65 166 6yxwA Affimer k3 - kras protein complex
60 168 6yr8A Affimer k6 - kras protein complex
61 208 6x2yA Crystal structure of mdia2nes peptide bound to crm1(e571k)
66 208 6x2xA Crystal structure of mek1nes peptide bound to crm1(e571k)
65 208 6x2pA Crystal structure of the mek1nes peptide bound to crm1
60 208 6x2rA Crystal structure of the 4e-tnes peptide bound to crm1
52 208 6x2vA Crystal structure of pki(de)nes peptide bound to crm1
64 208 6x2uA Crystal structure of pkines peptide bound to crm1
60 208 6x2sA Crystal structure of mek1(nq)nes peptide bound to crm
61 208 6x2wA Crystal structure of pkines peptide bound to crm1(e571k)
57 208 6x2mA Crystal structure of unliganded crm1-ran-ranbp1
56 208 6x2oA Crystal structure of unliganded crm1(e571k)-ran-ranbp1
60 180 6wghA Crystal structure of gdp-bound nras with ten residues long internal tandem duplication in the switch ii region
49 176 6wcwB Structure of human rubicon rh domain in complex with gtp-bound rab7
54 168 6v6fC Crystal structure of q61l kras(gmppnp)-nf1(grd)-spred1(evh1) complex
54 168 6v65C Crystal structure of kras(gmppnp)-nf1(grd)-spred1 complex
45 175 6tvoB Human crm1-rangtp in complex with leptomycin b
43 171 6skuB Legionella effector ankx in complex with human rab1b
67 188 6s5fA Structure of the human rab39b in complex with gmppnp
56 182 6s5hA Structure of the human rab38 in complex with gtp
57 185 6ptwB Nmr data-driven model of kras-gmppnp:rbd-crd complex tethered to a nanodisc (state b)