EC Number   |
Metals/Ions |
Reference |
|---|
   1.20.99.1 | Ca2+ |
increases activity |
713790 |
| 1.20.99.1 | Cd2+ |
increases activity |
713790 |
| 1.20.99.1 | Cu2+ |
increases activity |
713790 |
| 1.20.99.1 | Fe2+ |
increases activity |
713790 |
| 1.20.99.1 | Iron |
contains several iron-sulfur centres as prosthetic groups |
287859 |
| 1.20.99.1 | Iron |
dimeric enzyme contains a reduced molybdenum bis(molybdopterin) center in the larger subunit and a [3Fe4S] Rieske cluster in the smaller subunit |
658052 |
| 1.20.99.1 | Iron |
enzyme is a MoFe protein, Mo atom bound to 2 pterin cofactors and a [3Fe4S] cluster, binding site on the large subunit, the small subunit contains a binding site for a Rieske-type [2Fe2S] cluster |
287858 |
| 1.20.99.1 | Iron |
involved in catalysis, 10.6 mol per mol of alpha3beta3 |
658195 |
| 1.20.99.1 | Iron |
involved in catalysis, enzyme contains a reduced molybdenum bis(molybdopterin) center in the larger subunit and a [3Fe4S] Rieske cluster in the smaller subunit |
658195 |
| 1.20.99.1 | Molybdenum |
dimeric enzyme contains a reduced molybdenum bis(molybdopterin) center in the larger subunit and a [3Fe4S] Rieske cluster in the smaller subunit, the molybdenoenzyme does not exhibit a Mo(V) EPR signal during oxidative-reductive titation, reversible reduction of the Mo(VI) center to Mo(IV), reduction potential and pH dependence determination |
658052 |
