UniProt W5PZE3
Mitochondrial complex I, B17 subunit (W5PZE3)
Mitochondrial complex I, B17 subunit (UniProt W5PZE3): 59 experimental structures on GenesisL1, 2 ligands bound, 107 pockets. Binding sites, pockets, druggability and 3D structures in GL1X.
- UniProt
- W5PZE3
- Protein
- Mitochondrial complex I, B17 subunit
- Experimental structures
- 59
- Predicted models
- 0
- Ligands
- 2
- Pockets
- 107 · 33 records with a druggable one
Structures
59 records of W5PZE3 in the MolNFT archive: 59 experimental, 0 predicted.
| Entry | Title | Method | Chains | Ligands | Pockets |
|---|---|---|---|---|---|
| 5LNK | Entire ovine respiratory complex I | electron microscopy | r | — | — |
| 5LNK | Entire ovine respiratory complex I | electron microscopy | r | — | — |
| 6Q9B | CI Membrane Arm focused refinement from Ovine respiratory SC I+III2 | electron microscopy | B6 | CDL | 4 (best 0.87) |
| 6QA9 | Isolated complex I class refinement from Ovine respiratory supercomplex I+III2 | electron microscopy | B6 | — | 3 (best 0.87) |
| 6QBX | Ovine respiratory supercomplex I+III2 closed class. | electron microscopy | B6 | — | 2 (best 0.86) |
| 6QC2 | Ovine respiratory supercomplex I+III2 open class 2 | electron microscopy | B6 | — | 3 (best 0.86) |
| 6QC3 | Ovine respiratory supercomplex I+III2 open class 1 | electron microscopy | B6 | — | 1 (best 0.86) |
| 6QC4 | Ovine respiratory supercomplex I+III2 open class 3 | electron microscopy | B6 | — | 4 (best 0.86) |
| 6QC5 | Ovine respiratory complex I FRC closed class 1 | electron microscopy | B6 | — | 4 (best 0.86) |
| 6QC6 | Ovine respiratory complex I FRC open class 1 | electron microscopy | B6 | — | 4 (best 0.86) |
| 6QC8 | Ovine respiratory complex I FRC open class 2 | electron microscopy | B6 | — | 3 (best 0.86) |
| 6QCA | Ovine respiratory complex I FRC open class 5 | electron microscopy | B6 | — | 1 (best 0.74) |
| 6QCF | Ovine respiratory complex I FRC open class 6 | electron microscopy | B6 | — | 1 (best 0.73) |
| 6ZKA | Membrane domain of open complex I during turnover | electron microscopy | r | PC1, CDL | — |
| 6ZKB | Membrane domain of closed complex I during turnover | electron microscopy | r | PC1, CDL | 4 (best 0.88) |
| 6ZKB | Membrane domain of closed complex I during turnover | electron microscopy | r | PC1, CDL | — |
| 6ZKC | Complex I during turnover, closed | electron microscopy | r | PC1, CDL | 4 (best 0.88) |
| 6ZKC | Complex I during turnover, closed | electron microscopy | r | PC1, CDL | — |
| 6ZKD | Complex I during turnover, open1 | electron microscopy | r | PC1, CDL | 4 (best 0.88) |
| 6ZKD | Complex I during turnover, OPEN1 | electron microscopy | r | PC1, CDL | — |
| 6ZKE | Complex I during turnover, open2 | electron microscopy | r | PC1, CDL | 3 (best 0.88) |
| 6ZKE | Complex I during turnover, OPEN2 | electron microscopy | r | PC1, CDL | — |
| 6ZKF | Complex I during turnover, open3 | electron microscopy | r | PC1, CDL | 2 (best 0.89) |
| 6ZKF | Complex I during turnover, OPEN3 | electron microscopy | r | PC1, CDL | — |
| 6ZKG | Complex I with NADH, closed | electron microscopy | r | PC1, CDL | 4 (best 0.88) |
| 6ZKG | Complex I with NADH, closed | electron microscopy | r | PC1, CDL | — |
| 6ZKH | Complex I with NADH, open1 | electron microscopy | r | PC1, CDL | 4 (best 0.88) |
| 6ZKH | Complex I with NADH, OPEN1 | electron microscopy | r | PC1, CDL | — |
| 6ZKI | Complex I with NADH, open2 | electron microscopy | r | PC1, CDL | 4 (best 0.89) |
| 6ZKI | Complex I with NADH, OPEN2 | electron microscopy | r | PC1, CDL | — |
| 6ZKJ | Complex I with NADH, open3 | electron microscopy | r | PC1, CDL | 4 (best 0.89) |
| 6ZKJ | Complex I with NADH, OPEN3 | electron microscopy | r | PC1, CDL | — |
| 6ZKK | Complex I inhibited by rote , closed | electron microscopy | r | PC1, CDL | 4 (best 0.86) |
| 6ZKK | Complex I inhibited by rotenone, closed | electron microscopy | r | PC1, CDL | — |
| 6ZKL | Complex I inhibited by rote , open1 | electron microscopy | r | PC1, CDL | 3 (best 0.88) |
| 6ZKL | Complex I inhibited by rotenone, OPEN1 | electron microscopy | r | PC1, CDL | — |
| 6ZKM | Complex I inhibited by rotenone, OPEN2 | electron microscopy | r | PC1, CDL | — |
| 6ZKN | Complex I inhibited by rote , open3 | electron microscopy | r | PC1, CDL | 4 (best 0.88) |
| 6ZKN | Complex I inhibited by rotenone, OPEN3 | electron microscopy | r | PC1, CDL | — |
| 6ZKO | Native complex I, closed | electron microscopy | r | PC1, CDL | 3 (best 0.86) |
| 6ZKO | Native complex I, closed | electron microscopy | r | PC1, CDL | — |
| 6ZKP | Native complex I, open1 | electron microscopy | r | PC1, CDL | 3 (best 0.86) |
| 6ZKP | Native complex I, OPEN1 | electron microscopy | r | PC1, CDL | — |
| 6ZKQ | Native complex I, open2 | electron microscopy | r | PC1, CDL | 4 (best 0.88) |
| 6ZKQ | Native complex I, OPEN2 | electron microscopy | r | PC1, CDL | — |
| 6ZKR | Native complex I, open3 | electron microscopy | r | PC1, CDL | — |
| 6ZKR | Native complex I, OPEN3 | electron microscopy | r | PC1, CDL | — |
| 6ZKS | Deactive complex I, open1 | electron microscopy | r | PC1, CDL | 3 (best 0.88) |
| 6ZKS | Deactive complex I, OPEN1 | electron microscopy | r | PC1, CDL | — |
| 6ZKT | Deactive complex I, open2 | electron microscopy | r | PC1, CDL | 4 (best 0.89) |
| 6ZKT | Deactive complex I, OPEN2 | electron microscopy | r | PC1, CDL | — |
| 6ZKU | Deactive complex I, open3 | electron microscopy | r | PC1, CDL | 4 (best 0.88) |
| 6ZKU | Deactive complex I, OPEN3 | electron microscopy | r | PC1, CDL | — |
| 6ZKV | Deactive complex I, open4 | electron microscopy | r | PC1, CDL | 4 (best 0.88) |
| 6ZKV | Deactive complex I, OPEN4 | electron microscopy | r | PC1, CDL | — |
| 7ZD6 | Complex I from Ovis aries, at pH7.4, Open state | electron microscopy | r | PC1 | 3 (best 0.84) |
| 7ZDH | Complex I from Ovis aries at pH7.4, Closed state | electron microscopy | r | PC1 | 2 (best 0.82) |
| 7ZDM | Complex I from Ovis aries at pH5.5, Closed state | electron microscopy | r | PC1 | 3 (best 0.88) |
| 7ZDP | Complex I from Ovis aries at pH9, Open state | electron microscopy | r | — | — |
Ligands
Elsewhere
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