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UniProt P03920

NADH-ubiquinone oxidoreductase chain 5 (P03920)

NADH-ubiquinone oxidoreductase chain 5 (UniProt P03920), EC 1.6.5.3, 7.1.1.2: 41 experimental structures and 1 predicted model on GenesisL1, 7 ligands bound, 115 pockets. Binding sites, druggability and experiment against…

UniProt
P03920
Protein
NADH-ubiquinone oxidoreductase chain 5
EC
1.6.5.3, 7.1.1.2
Experimental structures
41
Predicted models
1
Ligands
7
Pockets
115 · 26 records with a druggable one

Structures

42 records of P03920 in the MolNFT archive: 41 experimental, 1 predicted.

EntryTitleMethodChainsLigandsPockets
5LC5Structure of mammalian respiratory complex I, CLASS2electron microscopyL——
5LDWStructure of mammalian respiratory Complex I, class1electron microscopyL——
5LDWStructure of mammalian respiratory complex I, CLASS1electron microscopyL——
5LDXStructure of mammalian respiratory complex I, CLASS3.electron microscopyL——
5O31Mitochondrial complex I in the deactive stateelectron microscopyL—5 (best 0.86)
5O31Mitochondrial complex I in the deactive stateelectron microscopyL——
7DGQActivity optimized supercomplex state1electron microscopy6CDL4 (best 0.87)
7DGZActivity optimized complex I (closed form)electron microscopy6CDL—
7DH0Activity optimized complex I (open form)electron microscopy6CDL—
7DKFActivity optimized supercomplex state4electron microscopy62CDL4 (best 0.90)
7QSDBovine complex I in the active state at 3.1 Aelectron microscopyL3PE, CDL, EHZ, PC15 (best 0.87)
7QSDBovine complex I in the active state at 3.1 aelectron microscopyL3PE, CDL, EHZ, PC1—
7QSKBovine complex I in lipid nanodisc, active-Q10electron microscopyL3PE, CDL, EHZ, PC1, CHD, MYR—
7QSLBovine complex I in lipid nanodisc, active-apoelectron microscopyLCDL, 3PE, PC1, EHZ, CHD, MYR—
7QSMBovine complex I in lipid nanodisc, Deactive-ligand (composite)electron microscopyL3PE, CDL, PC1, EHZ, CHD, MYR5 (best 0.85)
7QSMBovine complex I in lipid nanodisc, deactive-ligand (composite)electron microscopyL3PE, CDL, PC1, CHD, MYR—
7QSNBovine complex I in lipid nanodisc, deactive-apoelectron microscopyL3PE, CDL, CHD, PC1, EHZ, MYR—
7QSOBovine complex I in lipid nanodisc, State 3 (Slack)electron microscopyL3PE, CDL, CHD, PC1, EHZ, MYR—
7QSOBovine complex I in lipid nanodisc, state 3 (slack)electron microscopyL3PE, CDL, CHD, PC1, EHZ, MYR—
7R41Bovine complex I in the presence of IM1761092, active class i (Composite map)electron microscopyLCDL, 3PE, PC1, EHZ, MYR5 (best 0.86)
7R43Bovine complex I in the presence of IM1761092, active class iii (Composite map)electron microscopyLCDL, 3PE, PC1, EHZ, MYR—
7R44Bovine complex I in the presence of IM1761092, active class iv (Composite map)electron microscopyLCDL, 3PE, PC1, EHZ, MYR4 (best 0.86)
7R45Bovine complex I in the presence of IM1761092, deactive class i (Composite map)electron microscopyLCDL, 3PE, PC1, EHZ, MYR4 (best 0.86)
7R46Bovine complex I in the presence of IM1761092, deactive class ii (Composite map)electron microscopyLCDL, 3PE, EHZ, PC1, MYR3 (best 0.87)
7R47Bovine complex I in the presence of IM1761092, deactive class iii (Composite map)electron microscopyLCDL, 3PE, PC1, EHZ, MYR—
7R48Bovine complex I in the presence of IM1761092, deactive class iv (Composite map)electron microscopyLCDL, 3PE, EHZ, PC1, MYR5 (best 0.85)
7R4CBovine complex I in the presence of IM1761092, deactive class v (Composite map)electron microscopyL3PE, CDL, PC1, EHZ, MYR4 (best 0.85)
7R4FBovine complex I in the presence of IM1761092, slack class i (Composite map)electron microscopyL3PE, CDL, PC1, EHZ, MYR4 (best 0.88)
7R4GBovine complex I in the presence of IM1761092, slack class ii (Composite map)electron microscopyL3PE, CDL, PC1, EHZ, MYR4 (best 0.85)
8Q0AInward-facing, closed proteoliposome complex I at 3.1 A. Initially purified in DDM.electron microscopyL3PE, CDL, PC1, PLC, EHZ, CHD4 (best 0.87)
8Q0FInward-facing, open2 proteoliposome complex I at 3.1 A. Initially purified in DDM.electron microscopyL3PE, CDL, PC1, PLC, EHZ, CHD4 (best 0.87)
8Q0JInward-facing, slack proteoliposome complex I at 3.8 A. Initially purified in DDM.electron microscopyLEHZ, CHD, MYR5 (best 0.86)
8Q0MOutward-facing, closed proteoliposome complex I at 3.1 A. Initially purified in DDM.electron microscopyL3PE, PC1, PLC, CDL, EHZ, CHD4 (best 0.86)
8Q1PInward-facing, open2 proteoliposome complex I at 2.9 A, after deactivation treatment. Initially…electron microscopyL3PE, CDL, PC1, PLC, EHZ, CHD5 (best 0.87)
8Q1UInward-facing, open1 proteoliposome complex I at 3.3 A, after deactivation treatment. Initially…electron microscopyL3PE, CDL, PC1, PLC, EHZ, CHD6 (best 0.86)
8Q1YOutward-facing, open2 proteoliposome complex I at 2.6 A, after deactivation treatment. Initially…electron microscopyL3PE, PC1, PLC, EHZ, CDL, CHD4 (best 0.88)
8Q25Outward-facing, open1 proteoliposome complex I at 2.8 A, after deactivation treatment. Initially…electron microscopyL3PE, CDL, PLC, PC1, EHZ, CHD5 (best 0.88)
8Q46Inward-facing, open2 proteoliposome complex I at 2.6 A. Initially purified in LMNG.electron microscopyL3PE, CDL, PLC, PC1, EHZ, CHD4 (best 0.86)
8Q47Inward-facing, open1 proteoliposome complex I at 2.9 A. Initially purified in LMNG.electron microscopyL3PE, CDL, PLC, PC1, EHZ, CHD4 (best 0.88)
8Q49Outward-facing, open2 proteoliposome complex I at 2.6 A. Initially purified in LMNG.electron microscopyL3PE, PC1, CHD, PLC, CDL, EHZ4 (best 0.88)
8Q4AOutward-facing, open1 proteoliposome complex I at 2.6 A. Initially purified in LMNG.electron microscopyL3PE, CDL, PC1, PLC, EHZ, CHD4 (best 0.87)
P03920AlphaFold monomer V2.0 prediction for NADH-ubiquinone oxidoreductase chain 5 (P03920)predictedA—6 (best 0.57)

Ligands

  • CDL · Cardiolipin · in 34 records
  • 3PE · 1,2-diacyl-sn-glycero-3-phosphoethanolamine · in 30 records
  • EHZ · ~{S}-[2-[3-[[(2~{R})-3,3-dimethyl-2-oxidanyl-4-phosphonooxy-butanoyl]amino]propanoylamino]ethyl] (3~{S})-3-oxidanyltetradecanethioate · in 30 records
  • PC1 · 1,2-diacyl-sn-glycero-3-phosphocholine · in 30 records
  • MYR · Myristic acid · in 29 records
  • CHD · Cholic acid · in 19 records
  • PLC · Diundecyl phosphatidyl choline · in 11 records

Experiment against prediction

Elsewhere

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