P01112 (RASH_HUMAN) Homo sapiens (Human)
GTPase HRas UniProtKBInterProSTRINGInteractive Modelling
It is possible new templates exist for this target since these models were created.
Available Structures
234 Experimental Structures
| Description | PDB ID | Oligo-state | Range | Seq id (%) | Ligands | |
|---|---|---|---|---|---|---|
| Crystal Structure of the Afadin RA1 domain in complex with HRAS |
Heteromer Q9QZQ1; | 100 | 1×GNP; 1×MG; | |||
| CRYSTAL STRUCTURE OF THE ACTIVE RAS PROTEIN COMPLEXED WITH THE RAS-INTERACTING DOMAIN OF RALGDS |
Heteromer Q03386; | 99.4 | 1×MG; 1×GNP; | |||
| Tricomplex of RMC-7977, HRAS WT, and CypA |
Heteromer P62937; | 100 | 1×GNP; 1×MG; 1×ZNI; | |||
| Crystal Structure of Mb(NS1)/H-Ras Complex |
Heteromer | 100 | 1×GDP; 1×MG; | |||
| Crystal Structure of HRas(GMPPNP-bound) in complex with the Ras-binding domain(RBD) of SIN1 |
Heteromer Q9BPZ7; | 100 | 1×GNP; 1×MG; | |||
| Expanding the Chemical Landscape of SOS1 Activators Using Fragment Based Methods |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×QTG; 6×FMT; 2×GOL; 1×NA; | |||
| Expanding the Chemical Landscape of SOS1 Activators Using Fragment Based Methods |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 6×FMT; 1×QTD; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×FWA; 6×FMT; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×FVM; 6×FMT; 2×GOL; 1×NA; | |||
| Expanding the Chemical Landscape of SOS1 Activators Using Fragment Based Methods |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×ACT; 1×QTJ; 6×FMT; 2×GOL; 1×NA; | |||
| Crystal Structure of HRasG12V(GMPPNP-bound) in complex with the Ras-binding domain(RBD) of SIN1 |
Heteromer Q9BPZ7; | 99.4 | 1×GNP; 1×MG; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×FVJ; 6×FMT; 2×GOL; 1×NA; | |||
| Crystal Structure of HRasQ61L(GMPPNP-bound) in complex with the Ras-binding domain(RBD) of SIN1 |
Heteromer Q9BPZ7; | 99.4 | 1×GNP; 1×MG; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 6×FMT; 1×FW7; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×FFY; 6×FMT; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 6×FMT; 1×FFS; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×EC4; 6×FMT; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 100 | 1×GNP; 1×MG; 1×EAS; 6×FMT; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×EBY; 6×FMT; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 4×CL; 1×FVG; 6×FMT; 3×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×FV4; 6×FMT; 2×GOL; 1×NA; | |||
| Expanding the Chemical Landscape of SOS1 Activators Using Fragment Based Methods |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×QTM; 6×FMT; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×EBV; 6×FMT; 2×GOL; 1×NA; | |||
| Expanding the Chemical Landscape of SOS1 Activators Using Fragment Based Methods |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 2×QTA; 7×FMT; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×EAV; 6×FMT; 2×GOL; 1×NA; | |||
| Crystal Structure of NORE1A in Complex with RAS |
Heteromer Q5EBH1; | 98.8 | 2×MG; 2×GNP; | |||
| Expanding the Chemical Landscape of SOS1 Activators Using Fragment Based Methods |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×QTV; 6×FMT; 2×GOL; 1×NA; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 3×CL; 1×FV7; 5×FMT; 2×GOL; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 1×FFV; 6×FMT; 2×GOL; 1×NA; | |||
| Expanding the Chemical Landscape of SOS1 Activators Using Fragment Based Methods |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 6×FMT; 1×QTS; 2×GOL; 1×NA; | |||
| Structure of PLC epsilon Ras association domain with hRas |
Heteromer Q9P212; | 99.4 | 1×GTP; 1×MG; 3×GOL; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×GNP; 1×MG; 6×FMT; 3×CL; 1×FVD; 3×GOL; 1×BME; | |||
| Monobody 12VC3 Bound to HRAS(WT) |
Heteromer | 100 | 1×MG; 1×GSP; | |||
| Ligand-bound Ras:SOS:Ras complex |
Heteromer Q07889; | 100 | 1×MG; 1×GNP; 1×5UU; | |||
| Crystal structure of HRAS(G12V) - anti-RAS Fv complex |
Heteromer | 99.4 | 5×ZN; 1×GTP; 1×MG; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×MG; 1×GNP; 1×FVY; | |||
| Ligand-bound Ras:SOS:Ras complex |
Heteromer Q07889; | 100 | 1×MG; 1×GNP; 1×5UX; | |||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×MG; 1×GNP; 1×FW4; | |||
| Transition state analogue complex of small G protein and its GAP effector |
Heteromer P20936; | 100 | 1×GDP; 1×MGF; 1×MG; 1×GAI; | |||
| The crystal structure of H-Ras and SOS in complex with ligands |
Heteromer Q07889; | 100 | 1×NEN; | |||
| Structural evidence for feedback activation by RasGTP of the Ras-specific nucleotide exchange facto… |
Heteromer Q07889; | 99.4 | 1×MG; 5×PO4; 1×GNP; | |||
| Structural evidence for feedback activation by RasGTP of the Ras-specific nucleotide exchange facto… |
Heteromer Q07889; | 99.4 | 1×MG; 5×PO4; 1×GTP; | |||
| The crystal structure of H-Ras and SOS in complex with ligands |
Heteromer Q07889; | 100 | 1×VJP; | |||
| Ligand-bound Ras:SOS:Ras complex |
Heteromer Q07889; | 100 | 1×MG; 1×GNP; 1×5UV; | |||
| Crystal structure of the Grb14 RA and PH domains in complex with GTP-loaded H-Ras |
Heteromer Q14449; | 99.4 | 5×GOL; 1×GTP; 1×MG; | |||
| Crystal structure of SOS1-HRas-peptidomimetic4 |
Heteromer Q07889; | 100 | 8×FMT; | |||
| Crystal Structure of wt H-Ras-GppNHp bound to the RBD of Raf Kinase |
Heteromer P04049; | 100.0 | 1×GNP; 2×CA; 1×MG; 1×ACT; 1×DTU; | |||
| Ligand-bound Ras:SOS:Ras complex |
Heteromer Q07889; | 100 | 1×MG; 1×GNP; 1×5UW; | |||
| The crystal structure of H-Ras and SOS in complex with ligands |
Heteromer Q07889; | 100 | 2×RV1; | |||
| Crystal structure of SOS1-HRas-peptidomimetic10 |
Heteromer Q07889; | 100 | ||||
| Ras:SOS:Ras in complex with a small molecule activator |
Heteromer Q07889; | 99.4 | 1×MG; 1×GNP; 1×FVV; | |||
| The crystal structure of H-Ras and SOS in complex with ligands |
Heteromer Q07889; | 100 | 1×L7S; | |||
| The crystal structure of H-Ras and SOS in complex with ligands |
Heteromer Q07889; | 100 | 1×FK1; 1×HXY; 1×FMT; | |||
| RAS-RASGAP COMPLEX |
Heteromer P20936; | 100 | 1×MG; 1×GDP; 1×AF3; | |||
| Crystal structure of SOS1-HRas-peptidomimetic5 |
Heteromer Q07889; | 100 | 3×CL; 14×FMT; | |||
| Monobody 12VC1 Bound to HRAS(G12C) |
Heteromer | 99.4 | 1×GSP; 1×MG; | |||
| The crystal structure of H-Ras and SOS in complex with ligands |
Heteromer Q07889; | 100 | 2×FMT; 1×UMK; | |||
| The crystal structure of H-Ras and SOS in complex with ligands |
Heteromer Q07889; | 100 | 1×L71; | |||
| Crystal Structure of a ternary Ras:SOS:Ras*GDP complex |
Heteromer Q07889; | 99.4 | 1×MG; 4×PO4; 1×GDP; | |||
| Structural evidence for feedback activation by RasGTP of the Ras-specific nucleotide exchange facto… |
Heteromer Q07889; | 100 | 1×MG; 7×PO4; 1×GNP; | |||
| CRYSTAL STRUCTURE OF HRAS(G12V) - ANTI-RAS FV (disulfide free mutant) COMPLEX |
Heteromer | 99.4 | 3×ZN; 1×GTP; 1×MG; | |||
| The crystal structure of H-Ras and SOS in complex with ligands |
Heteromer Q07889; | 100 | 1×DXO; | |||
| Crystal structure of HRas in complex with the Ras-binding and cysteine-rich domains of CRaf-kinase |
Heteromer P04049; | 99.4 | 1×GNP; 1×MG; 2×ZN; | |||
| COMPLEX OF HUMAN H-RAS WITH HUMAN SOS-1 |
Heteromer Q07889; | 100 | ||||
| De novo design binder of HRAS -120-4 |
Heteromer | 100 | 1×GNP; 1×MG; | |||
| The crystal structure of H-Ras and SOS in complex with ligands |
Heteromer Q07889; | 100 | 1×6W2; | |||
| Approach for Targeting Ras with Small Molecules that Activate SOS-Mediated Nucleotide Exchange |
Heteromer Q07889; | 99.4 | 1×MG; 1×GNP; 1×2PZ; | |||
| Crystal structure of SOS1-HRas-peptidomimetic2 |
Heteromer Q07889; | 100 | ||||
| Crystal Structure of G12V HRas-GppNHp bound in complex with the engineered RBD variant 1 of CRAF Ki… |
Heteromer P04049; | 99.4 | 1×GNP; 1×GOL; 1×MG; | |||
| Approach for Targeting Ras with Small Molecules that Activate SOS-Mediated Nucleotide Exchange |
Heteromer Q07889; | 99.4 | 1×MG; 1×GNP; 1×2PX; | |||
| Crystal structure of Ras-Bry2RBD complex |
Heteromer P28829; | 100 | 1×MG; 1×GNP; | |||
| Ras G12V - PI 3-kinase gamma complex |
Heteromer P48736; | 99.4 | 1×MG; 1×GNP; | |||
| Crystal structure of SOS1-HRas-peptidomimetic3 |
Heteromer Q07889; | 100.0 | ||||
| Crystal Structure of G12V HRas-GppNHp bound in complex with the engineered RBD variant 12 of CRAF K… |
Heteromer P04049; | 99.4 | 1×MG; 1×GNP; | |||
| Structural evidence for feedback activation by RasGTP of the Ras-specific nucleotide exchange facto… |
Heteromer Q07889; | 99.4 | 1×MG; 1×GTP; 1×PO4; | |||
| Crystal Structure of Q61L H-Ras-GppNHp bound to the RBD of Raf Kinase |
Heteromer P04049; | 99.4 | 1×GNP; 1×MG; | |||
| Crystal structure of Shank3 NTD-ANK A42K mutant in complex with HRas |
Heteromer Q4ACU6; Q61411; | 100 | 1×GNP; 1×MG; | |||
| Structure of RasGRP4 in complex with HRas |
Heteromer Q8TDF6; | 100.0 | ||||
| Approach for Targeting Ras with Small Molecules that Activate SOS-Mediated Nucleotide Exchange |
Heteromer Q07889; | 99.4 | 1×MG; 1×GNP; 1×RND; | |||
| Complex of Ras-GDP with RafRBD(A85K) |
Heteromer P04049; | 100 | 1×GDP; 1×MG; | |||
| KRas G12V, bound to GppNHp and miniprotein 225-11 |
Heteromer | 97.58 | 1×GNP; 1×MG; 3×CA; | |||
| H-Ras PEG 400/CaCl2, ordered off | homo-6-mer | 99.4 | 12×CA; 12×MG; 6×DTU; 6×GNP; | |||
| MOLECULAR SWITCH FOR SIGNAL TRANSDUCTION: STRUCTURAL DIFFERENCES BETWEEN ACTIVE AND INACTIVE FORMS … | homo-4-mer | 100 | 4×MG; 4×GCP; | |||
| H-Ras Q61H in complex with GppNHp (state 1) after structural transition by humidity control | homo-3-mer | 99.37 | 6×MG; 3×NA; 3×GNP; | |||
| CRYSTAL STRUCTURE ANALYSIS OF A FLUORESCENT FORM OF H-RAS P21 IN COMPLEX WITH GppNHp | homo-3-mer | 98.8 | 15×MG; 3×TRS; 3×GNP; 3×XY2; | |||
| CRYSTAL STRUCTURES AT 2.2 ANGSTROMS RESOLUTION OF THE CATALYTIC DOMAINS OF NORMAL RAS PROTEIN AND A… | homo-2-mer | 99.42 | 2×MG; 2×GDP; | |||
| CRYSTAL STRUCTURES AT 2.2 ANGSTROMS RESOLUTION OF THE CATALYTIC DOMAINS OF NORMAL RAS PROTEIN AND A… | homo-2-mer | 100 | 2×MG; 2×GDP; | |||
| HRas(1-166) in complex with GDP and BeF3- | homo-2-mer | 100 | 2×GDP; 2×BEF; 2×MG; 1×MPD; | |||
| REFINED CRYSTAL STRUCTURE OF THE TRIPHOSPHATE CONFORMATION OF H-RAS P21 AT 1.35 ANGSTROMS RESOLUTIO… | homo-2-mer | 100 | 2×MG; 2×GNP; | |||
| THREE-DIMENSIONAL STRUCTURES AND PROPERTIES OF A TRANSFORMING AND A NONTRANSFORMING GLYCINE-12 MUTA… | homo-2-mer | 99.4 | 2×MG; 2×GNP; | |||
| STRUKTUR UND GUANOSINTRIPHOSPHAT-HYDROLYSEMECHANISMUS DES C-TERMINAL VERKUERZTEN MENSCHLICHEN KREBS… | homo-2-mer | 100 | 2×MG; 2×GCP; | |||
| H-RAS P21 PROTEIN MUTANT G12P, COMPLEXED WITH GUANOSINE-5'-[BETA,GAMMA-METHYLENE] TRIPHOSPHATE AND … | homo-2-mer | 98.8 | 2×MG; 2×GCP; | |||
| H-RAS P21 PROTEIN MUTANT G12P, COMPLEXED WITH GUANOSINE-5'-[BETA,GAMMA-METHYLENE] TRIPHOSPHATE AND … | homo-2-mer | 99.4 | 2×MN; 2×GCP; | |||
| X-RAY CRYSTAL STRUCTURE ANALYSIS OF THE CATALYTIC DOMAIN OF THE ONCOGENE PRODUCT P21H-RAS COMPLEXED… | homo-2-mer | 100 | 2×MG; 2×CAG; | |||
| Crystal Structure of H-Ras G12C, GMPPNP-bound | homo-2-mer | 99.4 | 2×GNP; 2×MG; 4×CA; | |||
| THREE-DIMENSIONAL STRUCTURES OF H-RAS P21 MUTANTS: MOLECULAR BASIS FOR THEIR INABILITY TO FUNCTION … | homo-2-mer | 99.4 | 2×MG; 2×GNP; | |||
| THREE-DIMENSIONAL STRUCTURES OF H-RAS P21 MUTANTS: MOLECULAR BASIS FOR THEIR INABILITY TO FUNCTION … | homo-2-mer | 99.4 | 2×MG; 2×GNP; | |||
| THREE-DIMENSIONAL STRUCTURES AND PROPERTIES OF A TRANSFORMING AND A NONTRANSFORMING GLY-12 MUTANT O… | homo-2-mer | 99.4 | 2×MG; 2×GNP; | |||
| THREE-DIMENSIONAL STRUCTURES OF H-RAS P21 MUTANTS: MOLECULAR BASIS FOR THEIR INABILITY TO FUNCTION … | homo-2-mer | 99.4 | 2×MG; 2×GNP; | |||
| THREE-DIMENSIONAL STRUCTURES OF H-RAS P21 MUTANTS: MOLECULAR BASIS FOR THEIR INABILITY TO FUNCTION … | homo-2-mer | 99.4 | 2×MG; 2×GNP; | |||
| X-RAY CRYSTAL STRUCTURE ANALYSIS OF THE CATALYTIC DOMAIN OF THE ONCOGENE PRODUCT P21H-RAS COMPLEXED… | homo-2-mer | 100 | 2×MG; 2×CAG; | |||
| THREE-DIMENSIONAL STRUCTURES OF H-RAS P21 MUTANTS: MOLECULAR BASIS FOR THEIR INABILITY TO FUNCTION … | homo-2-mer | 98.8 | 2×MG; 2×GTP; | |||
| X-RAY CRYSTAL STRUCTURE ANALYSIS OF THE CATALYTIC DOMAIN OF THE ONCOGENE PRODUCT P21H-RAS COMPLEXED… | homo-2-mer | 100 | 2×MG; 2×AGN; | |||
| CRYSTALLOGRAPHIC STUDIES ON P21H-RAS USING SYNCHROTRON LAUE METHOD: IMPROVEMENT OF CRYSTAL QUALITY … | homo-2-mer | 99.34 | 2×MG; 2×CAG; | |||
| CRYSTALLOGRAPHIC STUDIES ON P21H-RAS USING SYNCHROTRON LAUE METHOD: IMPROVEMENT OF CRYSTAL QUALITY … | homo-2-mer | 99.29 | 2×MG; 2×GTP; | |||
| CRYSTALLOGRAPHIC STUDIES ON P21H-RAS USING SYNCHROTRON LAUE METHOD: IMPROVEMENT OF CRYSTAL QUALITY … | homo-2-mer | 99.38 | 2×GDP; | |||
| HUMAN C-HA-RAS(1-171)(DOT)GDP, NMR, MINIMIZED AVERAGE STRUCTURE | monomer | 100 | 1×MG; 1×GDP; | |||
| MOLECULAR SWITCH FOR SIGNAL TRANSDUCTION: STRUCTURAL DIFFERENCES BETWEEN ACTIVE AND INACTIVE FORMS … | monomer | 100 | 1×MG; 1×GDP; | |||
| Crystal Structure of the C-HA-RAS Protein Prepared by the Cell-Free Synthesis | monomer | 100.0 | 1×GDP; | |||
| Crystal structure of the GppNHp-bound H-Ras G60A mutant | monomer | 99.4 | 2×MG; 1×GNP; | |||
| CRYSTAL STRUCTURE ANALYSIS OF A FLUORESCENT FORM OF H-RAS P21 IN COMPLEX WITH GDP | monomer | 98.8 | 1×MG; 1×GDP; 1×XY2; | |||
| Crystal structure analysis of a fluorescent form of H-Ras p21 in complex with R-caged GTP | monomer | 98.8 | 1×MG; 1×CAG; 1×XY2; | |||
| CRYSTAL STRUCTURE ANALYSIS OF A FLUORESCENT FORM OF H-RAS P21 IN COMPLEX WITH GDP (2) | monomer | 99.39 | 1×MG; 1×GDP; | |||
| CRYSTAL STRUCTURE ANALYSIS OF A FLUORESCENT FORM OF H-RAS P21 IN COMPLEX WITH S-caged GTP | monomer | 98.8 | 1×CAG; 1×MG; 1×XY2; | |||
| CRYSTAL STRUCTURE ANALYSIS OF A FLUORESCENT FORM OF H-RAS P21 IN COMPLEX WITH GTP | monomer | 98.8 | 2×MG; 1×XY2; 1×GTP; | |||
| H-Ras mutant L120A bound to GMP-PNP at 100K | monomer | 99.4 | 1×GNP; 2×CA; 4×MG; 1×NA; 2×ACT; | |||
| STRUCTURE OF P21RAS IN COMPLEX WITH GPPNHP AT 100 K | monomer | 100 | 1×MG; 1×GNP; | |||
| H-RasG12V with allosteric switch in the "on" state | monomer | 99.4 | 1×GNP; 3×CA; 2×MG; 1×ACT; | |||
| CRYSTAL STRUCTURE ANALYSIS OF A FLUORESCENT FORM OF H-RAS P21 IN COMPLEX WITH GTP (2) | monomer | 98.8 | 2×MG; 1×XY2; 1×GTP; | |||
| Allosteric modulation of H-Ras GTPase | monomer | 100 | 1×GNP; 2×CA; 2×MG; 1×ACT; | |||
| Room temperature H-ras | monomer | 100 | 1×GNP; 1×MG; | |||
| H-Ras PEG 400/Ca(OAc)2, ordered off | monomer | 99.4 | 3×CA; 3×MG; 1×DTU; 1×GNP; | |||
| H-RasQ61L with allosteric switch in the "on" state | monomer | 99.4 | 1×GNP; 3×CA; 2×MG; 1×ACT; | |||
| HRas (1-166) Y64 phosphorylation | monomer | 100.0 | 1×GDP; 1×MG; 1×SO4; | |||
| Crystal structure of H-RasQ61K-GppNHp | monomer | 99.4 | 1×CA; 2×MG; 1×GNP; | |||
| H-Ras mutant L120A bound to GMP-PNP at 277K | monomer | 99.4 | 2×CA; 1×GNP; 2×MG; | |||
| Crystal Structure of H-Ras with Thr50 replaced by Isoleucine | monomer | 99.4 | 1×GNP; 3×MG; 1×CA; | |||
| H-Ras soaked in neat cyclopentanol: one of 10 in MSCS set | monomer | 100 | 1×GNP; 2×YEG; 2×CA; 2×MG; | |||
| Crystal structure of H-Ras-GppNHp | monomer | 100.0 | 1×CA; 2×MG; 1×GNP; | |||
| H-Ras wildtype new crystal form | monomer | 100 | 1×GNP; 1×MG; 4×CA; | |||
| Crystal structure of H-RasQ61I-GppNHp, trigonal crystal form | monomer | 100.0 | 1×MG; 1×GNP; | |||
| BeF3 Phospho-HRas GSA complex | monomer | 100 | 2×PEG; 3×ACT; 1×GDP; 1×BEF; 1×MG; 3×SO4; | |||
| HRAS R97L Crystal Form 2 | monomer | 99.4 | 1×GNP; 1×MG; | |||
| Crystal Structure of the activating H-RasK117R mutant in Costello Syndrome, bound to Mg-GDP | monomer | 99.4 | 1×MG; 1×GDP; | |||
| HRAS G12S in complex with GDP | monomer | 99.4 | 1×GDP; 1×MG; | |||
| Crystal Structure of the GTP-bound form of RasQ61G | monomer | 99.4 | 3×MG; 2×CA; 1×GNP; | |||
| H-Ras soaked in neat hexane: 1 of 10 in MSCS set | monomer | 100 | 1×GNP; 2×HEX; 3×CA; 1×MG; | |||
| HRAS A59E GDP | monomer | 99.4 | 1×GDP; 1×MG; 2×CA; | |||
| H-Ras WT in complex with GppNHp (state 2*) before structural transition by humidity control | monomer | 100 | 1×GNP; 2×CA; 1×MG; | |||
| Set 1 CaCl2/DTT, ordered off | monomer | 99.4 | 3×CA; 2×MG; 2×DTT; 1×GNP; | |||
| Crystal Structure of Small Molecule Disulfide 2C07 Bound to H-Ras M72C GDP | monomer | 99.39 | 1×GDP; 1×92V; 1×MG; | |||
| H-Ras Set 2 CaCl2/DTT, ordered off | monomer | 99.4 | 1×CA; 3×MG; 1×GNP; 1×DTT; | |||
| H-Ras Set 1 Ca(OAc)2, on | monomer | 100 | 1×GNP; 2×CA; 2×MG; 1×ACT; | |||
| Crystal structure of H-RasQ61V-GppNHp | monomer | 99.4 | 2×MG; 1×CA; 1×GNP; | |||
| H-Ras soaked in 20% S,R,S-bisfuranol: 1 of 10 in MSCS set | monomer | 100 | 1×GNP; 2×CA; 1×MG; 2×RSG; | |||
| H-Ras crosslinked control, soaked in aqueous solution: one of 10 in MSCS set | monomer | 100 | 1×GNP; 2×CA; 2×MG; | |||
| H-Ras in 70% glycerol: one of 10 in MSCS set | monomer | 100 | 1×GNP; 8×GOL; 2×MG; 2×CA; | |||
| STRUCTURE OF P21RAS IN COMPLEX WITH GTP AT 100 K | monomer | 100 | 1×MG; 1×GTP; | |||
| H-Ras WT in complex with GppNHp (state 1) after structural transition by humidity control | monomer | 100 | 1×GNP; 1×MG; 2×CA; 1×NA; | |||
| Crystal Structure of H-Ras G12C, GDP-bound | monomer | 99.37 | 1×GDP; 1×MG; 2×CA; 2×NA; | |||
| H-Ras bound to GMP-PNP at 277K | monomer | 100 | 1×CA; 2×MG; 1×NA; 1×GNP; | |||
| HRAS R97G Crystal Form 2 | monomer | 99.4 | 2×MG; 1×GNP; 2×CA; | |||
| H-Ras Set 2 Ca(OAc)2/DTE, ordered off | monomer | 99.4 | 2×CA; 3×MG; 2×DTU; 1×GNP; | |||
| H-Ras soaked in 55% dimethylformamide: 1 of 10 in MSCS set | monomer | 100 | 1×GNP; 4×DMF; 2×CA; 2×MG; | |||
| H-Ras Set 2 Ca(OAc)2, on | monomer | 100 | 1×GNP; 2×CA; 2×MG; 1×ACT; | |||
| HRAS R97A Crystal Form 1 T-State | monomer | 99.4 | 2×CA; 2×MG; 1×GNP; | |||
| Crystal Structure of RasA59G in the GDP-bound Form | monomer | 99.4 | 1×MG; 1×GDP; | |||
| Crystal Structure of the GDP-bound form of the RasG60A mutant | monomer | 99.4 | 2×MG; 1×GDP; | |||
| Crystal Structure of RasA59G in the GTP-bound form | monomer | 99.4 | 1×MG; 2×CA; 1×GNP; | |||
| GTPase HRAS under 650 MPa pressure | monomer | 100 | 1×GNP; 1×MG; 2×PGE; 1×1PE; | |||
| H-Ras soaked in 50% isopropanol: 1 of 10 in MSCS set | monomer | 100.0 | 1×GNP; 2×CA; 1×MG; | |||
| H-RAS COMPLEXED WITH DIAMINOBENZOPHENONE-BETA,GAMMA-IMIDO-GTP | monomer | 99.38 | 1×MG; 1×DBG; | |||
| H-Ras soaked in 60% 1,6-hexanediol: 1 of 10 in MSCS set | monomer | 100.0 | 1×GNP; 1×HEZ; 2×MG; 2×CA; | |||
| Crystal structure of H-Ras T35S in complex with GppNHp | monomer | 99.36 | 1×GNP; 1×MG; 2×SO4; | |||
| H-Ras soaked in 90% R,S,R-bisfuranol: one of 10 in MSCS set | monomer | 100.0 | 1×GNP; 13×RSF; 1×MG; 3×CA; | |||
| Crystal Structure of human HRAS G12C covalently bound to AMG 510 | monomer | 99.37 | 1×GDP; 1×MOV; 1×MG; | |||
| H-Ras Set 2 Ca(OAc)2/DTT, on | monomer | 100 | 1×GNP; 2×CA; 2×MG; 1×ACT; | |||
| H-Ras Set 1 CaCl2/DTE, ordered off | monomer | 99.4 | 1×CA; 3×MG; 1×DTU; 1×GNP; | |||
| HRAS R97M Crystal Form 2 | monomer | 99.4 | 2×MG; 1×GNP; 2×CA; | |||
| GTPase HRAS under ambient pressure | monomer | 100 | 1×GNP; 1×MG; 1×PGE; | |||
| HRAS A59T GppNHp | monomer | 99.4 | 1×GNP; 1×MG; 1×GOL; | |||
| CRYSTAL STRUCTURE OF HRAS-G12D IN COMPLEX WITH GCP AND COMPOUND 18 | monomer | 99.38 | 2×MG; 1×GCP; 1×EZZ; | |||
| GTPASE HRAS IN COMPLEX WITH ZN-CYCLEN AT AMBIENT PRESSURE | monomer | 100 | 1×GNP; 1×MG; 1×PGE; | |||
| GTPase HRAS mutant D33K under 900 MPa pressure | monomer | 99.4 | 1×GNP; 1×MG; 2×PGE; 1×1PE; | |||
| HRAS R97F Crystal Form 1 | monomer | 99.36 | 1×GNP; 2×MG; 2×CA; 1×NA; | |||
| Allosteric modulation of H-Ras GTPase | monomer | 99.37 | 1×CA; 1×MG; 1×GNP; | |||
| H-Ras Set 1 CaCl2 'Mixed | monomer | 100 | 2×CA; 2×MG; 1×GNP; | |||
| H-Ras soaked in 50% 2,2,2-trifluoroethanol: one of 10 in MSCS set | monomer | 100 | 1×GNP; 2×ETF; 2×CA; 2×MG; | |||
| H-RasG12V with allosteric switch in the "off" state | monomer | 99.38 | 1×GNP; 1×CA; 3×MG; 2×DTT; | |||
| GTPase HRAS under 500 MPa pressure | monomer | 100 | 1×GNP; 1×MG; 2×PGE; 1×1PE; | |||
| HRAS R97L Crystal Form 1 | monomer | 99.4 | 1×GNP; 1×CA; 2×MG; | |||
| Ras soaked in Calcium Acetate | monomer | 100 | 1×GNP; 2×CA; 2×MG; 1×ACT; | |||
| Ras soaked in Magnesium Acetate | monomer | 100 | 1×GNP; 1×CA; 3×MG; | |||
| HRas G12V in complex with GDP | monomer | 99.4 | 1×GDP; 2×MG; 1×CA; | |||
| H-Ras Y137E | monomer | 99.39 | 2×MG; 1×GNP; 1×GOL; | |||
| GTPase HRAS under 200 MPa pressure | monomer | 100 | 1×GNP; 1×MG; 1×PGE; | |||
| Crystal structure of H-RasQ61I-GppNHp | monomer | 99.4 | 1×CA; 2×MG; 1×GNP; | |||
| Crystal structure of H-Ras G12V in complex with GppNHp (state 1) | monomer | 99.4 | 1×GNP; 1×MG; | |||
| Crystal structure of H-Ras WT in complex with GppNHp (state 1) | monomer | 100 | 1×GNP; 1×MG; | |||
| HRAS G13D bound to GppNHp (H13GNP) | monomer | 99.39 | 1×MG; 1×GNP; 1×CA; | |||
| H-RAS COMPLEXED WITH DIAMINOBENZOPHENONE-BETA,GAMMA-IMIDO-GTP | monomer | 99.38 | 1×MG; 1×DBG; | |||
| HRAS R97G Crystal form 1 | monomer | 99.4 | 2×MG; 1×GNP; 1×CA; | |||
| HRAS G13D bound to GppNHp (Ha,b,c13GNP) | monomer | 99.37 | 1×GNP; 1×MG; 1×CA; 2×GOL; | |||
| GTPase HRAS mutant D33K under ambient pressure | monomer | 99.4 | 1×GNP; 1×MG; 1×PGE; | |||
| HRAS G13D bound to GDP (H13GDP) | monomer | 99.39 | 1×GDP; 1×MG; 1×GOL; | |||
| HRAS R97M Crystal Form 1 | monomer | 99.4 | 1×GNP; 2×MG; 1×DTT; 1×CA; | |||
| HRAS R97I Crystal Form 1 | monomer | 99.4 | 1×GNP; 1×CA; 2×MG; | |||
| H-Ras Q61L in complex with GppNHp (state 1) after structural transition by humidity control | monomer | 99.4 | 2×MG; 3×CA; 1×GNP; | |||
| HRAS A59E GppNHp | monomer | 99.37 | 1×GNP; 1×MG; 1×GOL; | |||
| Structure of the Q61G mutant of Ras in the GDP-bound form | monomer | 99.4 | 2×MG; 1×GDP; | |||
| Crystal structure of H-RasQ61L-GppNHp | monomer | 99.4 | 1×CA; 2×MG; 1×GNP; | |||
| H-Ras 166 in Aqueous mother liqour, RT | monomer | 100.0 | 1×MG; 1×GNP; | |||
| H-Ras in 50% isopropanol | monomer | 100.0 | 1×MG; 1×GNP; 3×IPA; | |||
| Allosteric modulation of H-Ras GTPase | monomer | 99.39 | 1×GNP; 1×CA; 1×MG; | |||
| Complex of Ras with cyclen | monomer | 100 | 1×GNP; 1×MG; 4×CA; 1×YCN; 1×ZN; | |||
| CRYSTAL STRUCTURE OF HRAS IN COMPLEX WITH COMPOUND 18 and GDP | monomer | 100.0 | 1×NA; 1×GDP; 1×EZZ; | |||
| H-Ras Y137F | monomer | 99.38 | 1×MG; 1×GNP; 1×CA; | |||
| GTPASE HRAS IN COMPLEX WITH ZN-CYCLEN AT 200 MPA PRESSURE | monomer | 100 | 1×GNP; 1×MG; 1×PGE; | |||
| HRAS R97F Crystal Form 2 | monomer | 99.4 | 2×MG; 1×GNP; 1×CA; | |||
| Ras soaked in Magnesium Acetate and back soaked in Calcium Acetate | monomer | 100 | 1×GNP; 2×CA; 2×MG; 1×ACT; | |||
| Crystal structure of H-Ras T35S in complex with GppNHp | monomer | 99.4 | 1×GNP; 1×MG; | |||
| GTPase HRAS mutant D33K under 200 MPa pressure | monomer | 99.4 | 1×GNP; 1×MG; 1×PGE; | |||
| HRAS R97V Crystal Form 1 | monomer | 99.4 | 1×GNP; 1×CA; 2×MG; | |||
| HRAS R97I Crystal Form 2 | monomer | 99.4 | 1×GNP; 1×MG; 2×CA; | |||
| Crystal Structure of Small Molecule Disulfide 2C07 Bound to H-Ras M72C GppNHp | monomer | 99.36 | 1×GNP; 1×MG; | |||
| HRAS R97A Crystal Form 1 R-state | monomer | 99.4 | 1×GNP; 2×CA; 1×MG; | |||
| H-RAS 166 in 60 % 1,6 hexanediol | monomer | 100 | 1×MG; 1×HEZ; 1×GNP; | |||
| Crystal structure of H-Ras Q61L in complex with GppNHp (state 1) | monomer | 99.4 | 1×GNP; 1×MG; | |||
| HRAS A59T GppNHp crystal 2 | monomer | 99.4 | 1×GNP; 1×MG; | |||
| H-Ras 166 in 50% 2,2,2 triflouroethanol | monomer | 100 | 1×MG; 1×GNP; 1×ETF; | |||
| GTPase HRAS in complex with Zn-cyclen under 500 MPa pressure | monomer | 100 | 1×GNP; 1×MG; 1×PGE; 1×YCN; 1×ZN; | |||
| Crystal structure of fully modified H-Ras-GppNHp | monomer | 100 | 1×MG; 3×CA; 1×GNP; | |||
| Crystal Structure of the dominant negative S17N mutant of Ras | monomer | 99.31 | 1×GDP; 1×CA; | |||
| C-H-RAS P21 PROTEIN MUTANT WITH THR 35 REPLACED BY SER (T35S) COMPLEXED WITH GUANOSINE-5'-[B,G-IMID… | monomer | 100.0 | 1×MG; 1×GNP; | |||
| THE SOLUTION STRUCTURE AND DYNAMICS OF RAS P21. GDP DETERMINED BY HETERONUCLEAR THREE AND FOUR DIME… | monomer | 100 | 1×MG; 1×GDP; | |||
| THE SOLUTION STRUCTURE AND DYNAMICS OF RAS P21. GDP DETERMINED BY HETERONUCLEAR THREE AND FOUR DIME… | monomer | 100 | 1×MG; 1×GDP; | |||
| EC-NMR Structure of Human H-RasT35S mutant protein Determined by Combining Evolutionary Couplings (… | monomer | 99.4 | ||||
| Solution structure of H-RasT35S mutant protein in complex with Kobe2601 | monomer | 99.4 | 1×GNP; 1×MG; 1×KOB; | |||
| THE SOLUTION STRUCTURE AND DYNAMICS OF RAS P21. GDP DETERMINED BY HETERONUCLEAR THREE AND FOUR DIME… | monomer | 100 | 1×MG; 1×GDP; | |||
| Solution structure of GppNHp-bound H-RasT35S mutant protein | monomer | 99.4 | 1×GNP; 1×MG; | |||
| Solution structure of H-RasT35S mutant protein in complex with KBFM123 | monomer | 99.4 | 1×GNP; 1×KBF; 1×MG; | |||
| EC-NMR Structure of Human H-RasT35S mutant protein Determined by Combining Evolutionary Couplings (… | monomer | 99.4 | ||||
| Neutron crystal structure of Ras bound to the GTP analogue GppNHp | monomer | 100.0 | 1×GNP; 1×MG; | |||
| Crystal Structure of the activating H-Ras I163F mutant in Costello Syndrome, bound to MG-GDP | monomer | 99.28 | 1×GDP; | |||
1 SWISS-MODEL model
| Template | Oligo-state | QMEAN | Range | Ligands | Trg-Tpl Seq id (%) | |
|---|---|---|---|---|---|---|
| 8elu.1.A | monomer | 0.88 | 1×MG; 1×GNP; | 99.47 | ||
1 SWISS-MODEL model built on isoform sequence
| Isoform | Template | Oligo-state | QMEAN | Range | Ligands | Trg-Tpl Seq id (%) | |
|---|---|---|---|---|---|---|---|
| Isoform 2 | 8elu.1.A | monomer | 0.86 | 1×MG; 1×GNP; | 90.91 | ||