EC Number |
Subunits |
Reference |
---|
5.4.99.1 | ? |
- |
3451, 3452 |
5.4.99.1 | ? |
component E is a dimer, epsilon2, with epsilon = MW 53500, + component S is a monomer, sigma = 14800 |
3463 |
5.4.99.1 | ? |
enzyme is composed of two components: E, a dimer, epsilon2, and S, a monomer, sigma = 14700 |
3457 |
5.4.99.1 | ? |
the enzyme consists of two separable proteins called component E and component S, MW of component E determined by ultracentrifugation is 128000, the molecular weight of component S determined by ultracentrifugation is 17000 |
3450 |
5.4.99.1 | ? |
x * 15000 + x * 51000, about |
-, 714983 |
5.4.99.1 | ? |
x * 18000, SDS-PAGE, x * 18370, calcultated, subunit SanU, x * 48000, SDS-PAGE, x * 47850, calculated, subunit SanV |
662763 |
5.4.99.1 | ? |
x * component E = MW 50000 + x * component S = 6000, SDS-PAGE |
3461 |
5.4.99.1 | heterodimer |
1 * 53700 + 1 * 14000, two weakly-associating subunits, MutS and MutE, combine with adenosylcobalamin to form the active holoenzyme |
692318 |
5.4.99.1 | heterodimer |
the enzyme contains a small sigma subunit and a large epsilon subunit |
-, 748550 |
5.4.99.1 | More |
no enzymic activity for subunit SanU or SanV alone, enzymic activity results after mixing both subunits plus coenzyme B12, reversible and dynamical equilibrium between SanU and SanV in formation of a possibly tetrameric complex |
662763 |