Organism | UniProt | Comment | Textmining |
---|---|---|---|
Acetobacterium woodii | H6LC28 and H6LC27 and H6LC32 and H6LC31 and H6LC29 and H6LC30 | H6LC28 i.e. RnfA, H6LC27 i.e. RnfB, i.e. RnfC, H6LC31 i.e. RnfD, H6LC29 i.e. RnfE, H6LC30 i.e. RnfG | - |
Acetobacterium woodii DSM 1030 | H6LC28 and H6LC27 and H6LC32 and H6LC31 and H6LC29 and H6LC30 | H6LC28 i.e. RnfA, H6LC27 i.e. RnfB, i.e. RnfC, H6LC31 i.e. RnfD, H6LC29 i.e. RnfE, H6LC30 i.e. RnfG | - |
General Information | Comment | Organism |
---|---|---|
physiological function | endergonic reduction of ferredoxin with NADH is driven by reverse electron transport catalyzed by the Rnf complex. Deletion of subunits RnfABCDEG results in a mutant that does not grow on H2 plus CO2, nor does it produce acetate or ATP from H2 plus CO2, and ferredoxin:NADx02 oxidoreductase activity and Na+ translocation are also completely lost. The mutant also does not grow on low-energy substrates, such as ethanol or lactate | Acetobacterium woodii |