Difference between revisions of "Net R/E control ratio"

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Net R/E control ratio

Description

The netROUTINE control ratio (≈R/E control ratio), ≈R/E = (R-L)/E, expresses phosphorylation-related respiration (corrected for LEAK respiration) as a fraction of ET capacity. ≈R/E remains constant, if dyscoupling is fully compensated by an increase of ROUTINE respiration and free ROUTINE activity (≈R = R-L) is maintained constant.

Abbreviation: ≈R/E

Reference: Gnaiger 2014 MitoPathways, Huetter 2004 Biochem J

MitoPedia concepts: Respiratory control ratio

Compare

ROUTINE coupling efficiency
More details: »Biochemical coupling efficiency

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 {{MitoPedia
 |abbr=''≈R/E''
-|description=[[Image:NetR over E.jpg|60 px|netROUTINE control ratio]] The '''netROUTINE control ratio''' (''≈R/E'' control ratio), ''≈R/E'' = (''R-L'')/''E'', expresses phosphorylation-related respiration (corrected for [[LEAK respiration]]) as a fraction of [[ETS capacity]]. ''≈R/E'' remains constant, if [[dyscoupling]] is fully compensated by an increase of ROUTINE respiration and [[free ROUTINE activity]] (''≈R'' = ''R-L'') is maintained constant.
+|description=[[Image:NetR over E.jpg|60 px|netROUTINE control ratio]] The '''netROUTINE control ratio''' (''≈R/E'' control ratio), ''≈R/E'' = (''R-L'')/''E'', expresses phosphorylation-related respiration (corrected for [[LEAK respiration]]) as a fraction of [[ET capacity]]. ''≈R/E'' remains constant, if [[dyscoupling]] is fully compensated by an increase of ROUTINE respiration and [[free ROUTINE activity]] (''≈R'' = ''R-L'') is maintained constant.
 |info=[[Gnaiger 2014 MitoPathways]], [[Huetter 2004 Biochem J]]
 }}