GL1X · GenesisL1 explorer

UniProt A1XQS6

NADH dehydrogenase [ubiquinone] 1 subunit C1, mitochondrial (A1XQS6)

NADH dehydrogenase [ubiquinone] 1 subunit C1, mitochondrial (UniProt A1XQS6): 70 experimental structures on GenesisL1, 1 ligand bound, 3 pockets. Binding sites, pockets, druggability and 3D structures in GL1X.

UniProt
A1XQS6
Protein
NADH dehydrogenase [ubiquinone] 1 subunit C1, mitochondrial
Experimental structures
70
Predicted models
0
Ligands
1
Pockets
3 · 3 records with a druggable one

Structures

70 records of A1XQS6 in the MolNFT archive: 70 experimental, 0 predicted.

EntryTitleMethodChainsLigandsPockets
7V2CActive state complex I from Q10 datasetelectron microscopyf——
7V2CActive state complex I from Q10 datasetelectron microscopyf——
7V2DDeactive state complex I from Q10 datasetelectron microscopyf——
7V2DDeactive state complex I from Q10 datasetelectron microscopyf——
7V2EActive state complex I from Q10-NADH datasetelectron microscopyf——
7V2EActive state complex I from Q10-NADH datasetelectron microscopyf——
7V2FDeactive state complex I from Q10-NADH datasetelectron microscopyf——
7V2FDeactive state complex I from Q10-NADH datasetelectron microscopyf——
7V2HActive state complex I from DQ-NADH datasetelectron microscopyf——
7V2HActive state complex I from dq-NADH datasetelectron microscopyf——
7V2KDeactive state complex I from DQ-NADH datasetelectron microscopyf——
7V2KDeactive state complex I from dq-NADH datasetelectron microscopyf——
7V2RActive state complex I from Q1-NADH datasetelectron microscopyf—1 (best 0.81)
7V2RActive state complex I from Q1-NADH datasetelectron microscopyf——
7V30Deactive state complex I from Q1-NADH datasetelectron microscopyf——
7V30Deactive state complex I from Q1-NADH datasetelectron microscopyf——
7V31Active state complex I from rote datasetelectron microscopyfPEE—
7V31Active state complex I from rotenone datasetelectron microscopyf——
7V32Deactive state complex I from rote datasetelectron microscopyf——
7V32Deactive state complex I from rotenone datasetelectron microscopyf——
7V33Active state complex I from rote -NADH datasetelectron microscopyf——
7V33Active state complex I from rotenone-NADH datasetelectron microscopyf——
7V3MDeactive state complex I from rote -NADH datasetelectron microscopyf——
7V3MDeactive state complex I from rotenone-NADH datasetelectron microscopyf——
7VBLMembrane arm of active state CI from DQ-NADH datasetelectron microscopyf——
7VBLMembrane arm of active state ci from dq-NADH datasetelectron microscopyf——
7VBPMembrane arm of deactive state CI from DQ-NADH datasetelectron microscopyf——
7VBPMembrane arm of deactive state ci from dq-NADH datasetelectron microscopyf——
7VC0Membrane arm of active state CI from Rote -NADH datasetelectron microscopyf——
7VC0Membrane arm of active state ci from rotenone-NADH datasetelectron microscopyf——
7VWLMembrane arm of deactive state CI from rote -NADH datasetelectron microscopyf——
7VWLMembrane arm of deactive state ci from rotenone-NADH datasetelectron microscopyf——
7VXSMembrane arm of active state CI from Q10 datasetelectron microscopyf——
7VY1Membrane arm of deactive state CI from Q10 datasetelectron microscopyf——
7VY9Membrane arm of active state CI from Q10-NADH datasetelectron microscopyf——
7VYEMembrane arm of deactive state CI from Q10-NADH datasetelectron microscopyf——
7VYGMembrane arm of active state CI from rote datasetelectron microscopyfPEE—
7VYIMembrane arm of deactive state CI from Rote datasetelectron microscopyf——
7VYSMembrane arm of active state CI from Q1-NADH datasetelectron microscopyf——
7VZ8Membrane arm of deactive state CI from Q1-NADH datasetelectron microscopyf——
7VZVActive state CI from Q10 dataset, Subclass 1electron microscopyf——
7VZWActive state CI from Q10 dataset, Subclass 2electron microscopyf——
7W00Deactive state CI from Q10 dataset, Subclass 1electron microscopyf——
7W0HDeactive state CI from Q10 dataset, Subclass 2electron microscopyf——
7W0RActive state CI from Q10-NADH dataset, Subclass 1electron microscopyf——
7W0YActive state CI from Q10-NADH dataset, Subclass 2electron microscopyf——
7W1ODeactive state CI from Q10-NADH dataset, Subclass 1electron microscopyf——
7W1PDeactive state CI from Q10-NADH dataset, Subclass 2electron microscopyf——
7W1TActive state CI from Rote dataset, Subclass 1electron microscopyfPEE1 (best 0.84)
7W1UActive state CI from Rote dataset, Subclass 2electron microscopyf——
7W1VActive state CI from Rote -NADH dataset, Subclass 1electron microscopyf——
7W1ZActive state CI from Rote -NADH dataset, Subclass 2electron microscopyf——
7W20Active state CI from Rote -NADH dataset, Subclass 3electron microscopyf——
7W2KDeactive state CI from Rote -NADH dataset, Subclass 1electron microscopyf——
7W2LDeactive state CI from Rote -NADH dataset, Subclass 2electron microscopyf——
7W2RActive state CI from DQ-NADH dataset, Subclass 1electron microscopyf——
7W2UActive state CI from DQ-NADH dataset, Subclass 2electron microscopyf——
7W2YActive state CI from DQ-NADH dataset, Subclass 3electron microscopyf——
7W31Deactive state CI from DQ-NADH dataset, Subclass 1electron microscopyf——
7W32Deactive state CI from DQ-NADH dataset, Subclass 2electron microscopyf——

10 records more on the page itself.

Ligands

  • PEE · 1,2-dioleoyl-sn-glycero-3-phosphoethanolamine · in 3 records

Elsewhere

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