Mitochondrial inner membrane: Difference between revisions
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|description=The '''mitochondrial inner membrane''' is the structure harboring the membrane-bound [[electron transfer system]] including the [[respiratory complex]]es working as [[proton pump]]s, several substrate transporters involved in the [[ETS]], and the mt-[[phosphorylation system]]. The mt-membrane potential and proton gradient (collectively the proton motive force) are generated across the mt-im. | |description=The '''mitochondrial inner membrane''' is the structure harboring the membrane-bound [[electron transfer system]] including the [[respiratory complex]]es working as [[proton pump]]s, several substrate transporters involved in the [[ETS]], and the mt-[[phosphorylation system]]. The mt-membrane potential and proton gradient (collectively the proton motive force) are generated across the mt-im. | ||
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Revision as of 09:24, 2 June 2016
- high-resolution terminology - matching measurements at high-resolution
Mitochondrial inner membrane
Description
The mitochondrial inner membrane is the structure harboring the membrane-bound electron transfer system including the respiratory complexes working as proton pumps, several substrate transporters involved in the ETS, and the mt-phosphorylation system. The mt-membrane potential and proton gradient (collectively the proton motive force) are generated across the mt-im.
Abbreviation: mt-im
MitoPedia concepts:
MiP concept
