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- E-L coupling efficiency + ([[File:J(E-L).jpg|50 px|E-L coupling effic … [[File:J(E-L).jpg|50 px|E-L coupling efficiency]] The '''''E-L'' coupling efficiency''', ''j<sub>E-L</sub>'' = (''E-L'')/''E'' = 1-''L/E'', is 0.0 at zero coupling (''L''=''E'') and 1.0 at the limit of a fully coupled system (''L''=0). The background state is the [[LEAK respiration|LEAK]] state which is stimulated to flux in the [[electron transfer pathway]] reference state by [[uncoupler]] titration. LEAK states ''L''<sub>N</sub> or ''L''<sub>T</sub> may be stimulated first by saturating ADP (rate ''P'' in the OXPHOS state) with subsequent uncoupler titration to the ET state with maximum rate ''E''. The ''E-L'' coupling efficiency is based on measurement of a [[coupling-control ratio]] ([[LEAK-control ratio]], ''L/E''), whereas the thermodynamic or [[ergodynamic efficiency]] of coupling between ATP production (phosphorylation of ADP to ATP) and oxygen consumption is based on measurement of the output/input flux ratio (P»/O<sub>2</sub> ratio) and output/input force ratio (Gibbs force of phosphorylation/Gibbs force of oxidation). The [[biochemical coupling efficiency]] expressed as the ''E-L'' coupling efficiency is independent of kinetic control by the ''E-P'' control efficiency, and is equal to the [[P-L control efficiency |''P-L'' control efficiency]] if ''P=E'' as evaluated in a [[coupling-control protocol]].</br>» [[#Biochemical_coupling_efficiency:_from_0_to_.3C1 | '''MiPNet article''']]#Biochemical_coupling_efficiency:_from_0_to_.3C1 | '''MiPNet article''']])
