The enzyme catalyzes the convertion of phosphoenolpyruvate to phosphonopyruvate. It is a tetramer and requires magnesium ions to perform the reaction mechanism (PMID10378273).
MG 1003 A IN THE RESTING STATE ENZYME
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Representative PDB structure for MG 1003 A in the resting state enzyme | |
| PDB code | 1s2v | |
| Metal Type in the PDB | magnesium | |
| Residue name of the metal in the PDB | MG | |
| Residue number of the metal in the PDB | 1002 | |
| Chain of the metal in the PDB | B | |
| Atom name of the metal in the PDB | MG | |
| Download the coordinates file of the metal site | NOTES ON PDB: | |
| First Coordination Sphere | ||||||
| Ligand Type | Ligand Identity | Residue In MACiE | Donors | Bind Mode | Catalytic? | Notes |
| water | HOH 1238 B | - | O | monodentate | No | - |
| water | HOH 1236 B | - | O | monodentate | No | - |
| water | HOH 1235 B | - | O | monodentate | No | - |
| water | HOH 1234 B | - | O | monodentate | No | - |
| water | HOH 1196 B | - | O | monodentate | No | - |
| residue | ASP 85 B | ASP 85 A | OD2 | monodentate | No | - |