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| 11050436 | cytochrome b | cytochrome b | 1.0 | ubiquinol cytochrome c oxidoreductase is responsible for taking reducing equivalents which are generated in complexes i and ii and contained in ubiquinol and transfer ring them through reactions with cytochrome b the rieske iron sulphur protein and cytochrome c 1 to the final electron acceptor cytochrome c . | |  |
| 11050436 | cytochrome b | cytochrome b | 1.0 | iquinol donates one electron to the rieske iron sulphur protein a myxathiazol inhibitor site generating a semiquinone in proximity to the outer face of the inner membrane which then reduces the first cytochrome b haem b l . | | |
| 11050436 | cytochrome b | cytochrome b | 1.0 | the second cytochrome b haem b h situated closer to the matrix side of the membrane accepts an electron from the first haem and reduces ubiquinone to form ubisemiquinone and subsequently with passage of another electron to | | |
| 11050436 | cytochrome b | cytochrome b | 1.0 | blocking electron passage out of cytochrome b h prevents the semiquinone at the q o site from donating its electron and so inhibition with antimycin produces a >tenfold increase in superoxide production from complex iii fig 3 . | | |
| 11050436 | cytochrome b | cytochrome b | 1.0 | this then promptly reduces the b l haem of cytochrome b . | | |
| 11050436 | cytochrome b | cytochrome b | 1.0 | the b h haem of cytochrome b then reduces ubiquinone q to produce another ubisemiquinone. | | |