Some plants create an alternative version of this process via the use of the AOX protein, and GLDH interfaces with this pathway during ascorbate synthesis. This process is disrupted by the protein thermogenin and the chemical FCCP, and the antibiotics Rotenone and Antimycin A were used to elucidate this process. Molecules can enter this pathway via either succinate dehydrogenase or a ubiquinone oxoreductase, and the next steps involve Coenzyme Q and cytochrome c. Used to generate a proton gradient across the inner mitochondrial membrane, FTP, name this set of chemical reactions which follows the Krebs Cycle and produces ATP by the use of a donor and acceptor of negat
Some plants create an alternative version of this process via the use of the AOX protein, and GLDH interfaces with this pathway during ascorbate synthesis. This process is disrupted by the protein thermogenin and the chemical FCCP, and the antibiotics Rotenone and Antimycin A were used to elucidate this process. Molecules can enter this pathway via either succinate dehydrogenase or a ubiquinone oxoreductase, and the next steps involve Coenzyme Q and cytochrome c. Used to generate a proton gradient across the inner mitochondrial membrane, FTP, name this set of chemical reactions which follows the Krebs Cycle and produces ATP by the use of a donor and acceptor of negatively charged atoms.
Some plants create an alternative version of this process via the use of the AOX protein, and GLDH interfaces with this pathway during ascorbate synthesis.
{E}lectron {T}ransport {C}hain [accept {oxidative phosphorylation}]