EC Number   |
Subunits |
Reference |
|---|
    1.12.1.3 | ? |
(alphabetagammadelta)n, n is 3 or more |
659019 |
| 1.12.1.3 | heterotetramer |
- |
-, 764358, 765702 |
| 1.12.1.3 | heterotetramer |
a maturation pathway is proposed where, in the terminal step, the NiFe-containing catalytic subunit assembles with NADPH-oxidizing trimeric form to give the active holoenzym |
730870 |
| 1.12.1.3 | pentamer |
16.5% tricine-SDS |
704606 |
| 1.12.1.3 | tetramer |
four different subunits with the following molecular weights: HndA 18800, HndB 13800, HndC 52000, HndD 63400, SDS-PAGE |
439687 |
| 1.12.1.3 | tetramer |
four different subunits with the following molecular weights: HndA 19000, HndB 14000, HndC 52000, HndD 64000, SDS-PAGE |
439687 |
| 1.12.1.3 | tetramer |
the HndC subunit (52 kDa) corresponds to the NADP-reducing unit, and the HndD subunit (63.5 kDa) is homologous to Clostridium pasteurianum hydrogenase. The role of HndA and HndB subunits (18.8 kDa and 13.8 kDa, respectively) in the complex remains unknown. HndAc and HndB can form a heterodimeric intermediate in the electron transfer between the hydrogenase (HndD) active site and the NADP reduction site in HndC |
677009 |
