Oxidation of NADH in the Electron transport system results in production of approximately 1/3 more ATP than FADH2. This

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Oxidation of NADH in the Electron transport system results in production of approximately 1/3 more ATP than FADH2. This

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Oxidation Of Nadh In The Electron Transport System Results In Production Of Approximately 1 3 More Atp Than Fadh2 This 1
Oxidation Of Nadh In The Electron Transport System Results In Production Of Approximately 1 3 More Atp Than Fadh2 This 1 (44.98 KiB) Viewed 56 times
Oxidation of NADH in the Electron transport system results in production of approximately 1/3 more ATP than FADH2. This is because: Electrons from NADH travel through Complex Il in addition to Complex I. NADH has a higher reduction potential than FADH2. NADH releases more electrons during oxidation than FADH2. Complex Il does not pump H. QUESTION 2 The F1 subunit of mitochondrial ATP synthase is mostly in the and is responsible for Inner mitochondrial membrane; rotating the F1 subunit. Intermembrane space; catalyzing phosphorylation of ADP. Inner mitochondrial membrane; transporting Ht across the membrane. Mitochondrial matrix; catalyzing phosphorylation of ADP
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