Peter Mitchell first enunciated its mechanism of action in 1961. All the clusters involved are non-heme proteins and are Iron-Sulfur conglomerations. All four transitions possess a negative delta G in this series of reactions that were the centerpiece of Mitchell's chemiosmotic theory. The b-c2 complex follows ubiquinone in this pathway that also utilizes NADH dehydrogenase and several cytochromes. The final step results in the production of two water molecules, FTP, in this pathway that follows the Krebs cycle in aerobic metabolism and releases energy for ATP formation.
Peter Mitchell first enunciated its mechanism of action in 1961. All the clusters involved are non-heme proteins and are Iron-Sulfur conglomerations. All four transitions possess a negative delta G in this series of reactions that were the centerpiece of Mitchell's chemiosmotic theory. The b-c2 complex follows ubiquinone in this pathway that also utilizes NADH dehydrogenase and several cytochromes. The final step results in the production of two water molecules, FTP, in this pathway that follows the Krebs cycle in aerobic metabolism and releases energy for ATP formation.
Peter Mitchell first enunciated its mechanism of action in 1961.
electron transport chain (prompt on "oxidative phosphorylation")