CATALYTIC METALS IN STEP 2
| Metal/s Properties in step 2* | ||||||
| MN 398 A | Substrate-bound (1s5n) | Product-bound (1s5n) | ||||
| Oxidation State | 2 | 2 | ||||
| Coordination Geometry | octahedral | octahedral | ||||
| Coordination Number | 6 | 6 | ||||
| Notes on step 2 | - | - | ||||
| MN 399 A | Substrate-bound (1s5n) | Product-bound (1s5n) | ||||
| Oxidation State | 2 | 2 | ||||
| Coordination Geometry | octahedral | octahedral | ||||
| Coordination Number | 6 | 6 | ||||
| Notes on step 2 | - | - | ||||
*All the coordination properties are derived from the representative PDBs.
If no PDB is available, when possible, the coordination properties are derived from the MACiE reaction mechanism.
| Metal/s Function/s in step 2 | |||
| MN 398 A | |||
| Function | Evidence | Notes | |
| Increases acidity | spectroscopicStudies | It increases the acidity of a water molecule which loses a proton and becomes an hydroxide ion | |
| Increases nucleophilicity | spectroscopicStudies | It increases the nucleophilicity of a water | |
| MN 399 A | |||
| Function | Evidence | Notes | |
| Coordinates substrate | spectroscopicStudies | - | |
| Electrostatic stabiliser | spectroscopicStudies | - | |
