Linked from

The 49 pages that link to Oxidative phosphorylation, each with the reason it gives.

• GlycolysisCompared with: It produces far more ATP per glucose overall, but depends on respiratory electron transport.

• Lactic acid fermentationCompared with: Fermentation yields ATP through glycolysis rather than this membrane-based process.

• Lactate dehydrogenaseCompared with: When oxygen-dependent oxidation cannot reoxidize NADH fast enough, lactate formation helps restore NAD⁺.

• ATP hydrolysisCompared with: It captures energy to synthesize ATP, rather than using ATP hydrolysis to power work.

• Cori cycleCompared with: It generates ATP using oxygen, whereas the cycle’s muscle lactate production supports glycolysis when oxidative capacity is limited.

• LactateCompared with: Unlike lactate formation, it oxidizes fuels using oxygen as the final electron acceptor.

• Substrate-level phosphorylationCompared with: Unlike direct transfer from a metabolic intermediate, it depends on chemiosmosis.

• Light-dependent reactionsCompared with: It shares chemiosmotic ATP synthesis but uses respiratory rather than light-driven electron transport.

• AnaerobicCompared with: It provides a familiar oxygen-dependent contrast to anaerobic energy pathways.