Linked from

The 20 pages that link to ATP synthase, each with the reason it gives.

• Cellular respirationBroader topic: It converts the proton-motive force generated during respiration into ATP.

• Adenosine triphosphateRelated: It replenishes ATP by coupling proton flow to phosphate attachment.

• Oxidative phosphorylationBroader topic: This rotary enzyme converts the proton-motive force into ATP.

• ATPCompared with: ATP synthase makes ATP; ATP itself is the nucleotide consumed by cellular work.

• Electron transport chainRelated: It converts the proton gradient generated by respiratory electron transport into ATP.

• Aerobic respirationBroader topic: It harvests the proton gradient created by electron transport.

• Cytochrome c oxidaseRelated: It uses the gradient to which cytochrome c oxidase contributes.

• ATP hydrolysisCompared with: It catalyzes the reverse chemical direction by synthesizing ATP from hydrolysis products.

• ChemiosmosisRelated: Protons flowing through this enzyme couple gradient dissipation to ATP production.

• Adenosine diphosphateRelated: It couples a proton gradient to the phosphorylation of ADP.

• Substrate-level phosphorylationCompared with: It catalyzes ATP formation by a distinct mechanism, not direct substrate phosphate transfer.

• Molecular machineBroader topic: This rotary machine couples ion flow to the production of cellular fuel.

• ThylakoidRelated: Its catalytic head faces the stroma while protons flow out of the thylakoid lumen.

• Coenzyme Q10Compared with: It converts the gradient supported by coenzyme Q10’s electron transfers into ATP rather than carrying electrons.

• ATPaseBroader topic: Its reversible activity connects ATP turnover with proton-gradient maintenance.

• John E. WalkerBroader topic: This is the enzyme whose structure and catalytic action Walker investigated.

• Light-dependent reactionsRelated: It converts the thylakoid proton gradient into ATP.

• Peter D. MitchellBroader topic: This molecular machine converts the gradient into ATP, completing the mechanism.

• 2,4-DinitrophenolRelated: DNP reduces ATP production without directly inhibiting this enzyme.

• MitochondriaBroader topic: This rotary enzyme converts the inner membrane’s proton flow into ATP.