Linked from

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

• OxidationBroader topic: Oxidation of electron carriers powers the proton gradient that drives ATP synthesis.

• Cellular respirationBroader topic: It is the ATP-generating stage of respiration, not the entire respiratory process.

• PhysiologyBroader topic: Its ATP production powers many energy-demanding physiological processes.

• BiochemistryBroader topic: It shows how chemical energy in electrons becomes usable cellular energy.

• Mitochondrial diseaseBroader topic: Defects in this process are a common route from mitochondrial dysfunction to cellular energy shortage.

• PhosphorylationBroader topic: This named process couples phosphate addition to energy capture, rather than chiefly regulating a target protein.

• Aerobic respirationBroader topic: It converts the gradient generated during aerobic respiration into most of its ATP.

• ChemiosmosisBroader topic: It is the principal mitochondrial process coupling respiration to ATP synthesis.

• Adenosine diphosphateBroader topic: It regenerates ATP from ADP using energy released by electron transport.

• Leigh syndromeBroader topic: Defects in this energy-producing process cause many cases of Leigh syndrome.

• MitochondriaBroader topic: It produces most mitochondrial ATP across the inner membrane.