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ETC
| Item | Details |
|---|---|
| ETC Phosphorylation? | Substrate level |
| CHemisomotic Theory | Proton gradient drives ATP synthesis |
| Flavoprotiens | FMN or FDN 2 e trans |
| Coenzyme Q | "ubiquinone" one or two e trans |
| Cytochromes | Fe Heme groups 1 e trans "C is important and not memebrane associated" |
| Iron Sulfate | Fe-S 1 e trans |
| Protien bound Copper | Cu 1 e trans |
| Complex 1 | NADH Dehydrogenase transfers NADH protons to UQ "coenzyme Q" 4 protons and 2 e transfered |
| Complex 2 | Succinate dehydrogenase succinate protons to UQ 2 e transfered |
| Complex 3 | UQ-cytochrome oxidoreductase UQH2 protons to cytochrome c to reduce it 2 H+ in 4 out to inter membrane |
| Complex 4 | Cytochrome c oxidase uses the cytochrome to reduce O2 to H2O 2 H+ are trans ported across |
| ATP symthesis? | ATP synthase involves a rotar as H+ go across membrane it rotates making 3 ATP a rotation rotation to H+ ratio depends on carbon subunits in rotar base |
| Uncouplers? | dissipates proton gradient stoping ATP production good for hibernation and weight loss if you wanna die |
| Transportase? | transports ATP and ADP costs 1 H+ so over all its 4 to make 1 ATP |
| Glyerol Phosphate vs Malate Aspartate | 32 atp per glucose vs 34.2 |
| Substrate level phosphorlyation? | big wang ATP |