Difference between revisions of "Talk:Cell ergometry"
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=== Respiratory coupling control factors in living cells === | === Respiratory coupling control factors in living cells === | ||
:::: [[Image:j--R.jpg|50 px|link=ROUTINE coupling efficiency |ROUTINE coupling efficiency]] [[ROUTINE coupling efficiency]]: ''j<sub>≈R</sub>'' = ''≈R/R'' =(''R-L'')/''R'' = 1-''L/R'' | :::: [[Image:j--R.jpg|50 px|link=ROUTINE coupling efficiency |ROUTINE coupling efficiency]] [[ROUTINE coupling efficiency]]: ''j<sub>≈R</sub>'' = ''≈R/R'' =(''R-L'')/''R'' = 1-''L/R'' | ||
:::: [[Image:j--E.jpg|50 px|link= | :::: [[Image:j--E.jpg|50 px|link=E-L coupling efficiency |E-L coupling efficiency]] [[E-L coupling efficiency]], ''E-L'' control factor: ''j<sub>≈E</sub>'' = ''≈E/E'' = (''E-L'')/''E'' = 1-''L/E'' | ||
:::: [[Image:jExR.jpg|50 px|link=Excess E-R capacity factor |Excess ''E-R'' capacity factor]] [[Excess E-R capacity factor |Excess ''E-R'' capacity factor]], ''E-R'' coupling control factor: ''j<sub>ExR</sub>'' = (''E-R'')/''E'' = 1-''R/E'' | :::: [[Image:jExR.jpg|50 px|link=Excess E-R capacity factor |Excess ''E-R'' capacity factor]] [[Excess E-R capacity factor |Excess ''E-R'' capacity factor]], ''E-R'' coupling control factor: ''j<sub>ExR</sub>'' = (''E-R'')/''E'' = 1-''R/E'' | ||
:::: [[Image:NetR over E.jpg|60 px|link=NetROUTINE control ratio |netROUTINE control ratio]] [[netROUTINE control ratio]], ''≈R/E'' control ratio: ''≈R/E'' = (''R-L'')/''E'' | :::: [[Image:NetR over E.jpg|60 px|link=NetROUTINE control ratio |netROUTINE control ratio]] [[netROUTINE control ratio]], ''≈R/E'' control ratio: ''≈R/E'' = (''R-L'')/''E'' | ||
[[File:EPL- | [[File:EPL-net and excess.jpg|right|400px|thumb|[[Gnaiger 2020 BEC MitoPathways |Gnaiger 2020 BEC MitoPathways]]: Fig. 2.4.]] | ||
== Cell ergometry: permeabilized cells == | == Cell ergometry: permeabilized cells == | ||
=== Respiratory coupling states in mt-preparations === | === Respiratory coupling states in mt-preparations === | ||
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=== Respiratory coupling control factors in mt-preparations === | === Respiratory coupling control factors in mt-preparations === | ||
:::: [[Image:j--P.jpg|50 px|link=OXPHOS-coupling efficiency |OXPHOS-coupling efficiency]] [[OXPHOS-coupling efficiency]], (''P-L'' or ''≈P'' control factor): ''j<sub>≈P</sub>'' = ''≈P/P'' = (''P-L'')/''P'' = 1-''L/P'' | :::: [[Image:j--P.jpg|50 px|link=OXPHOS-coupling efficiency |OXPHOS-coupling efficiency]] [[OXPHOS-coupling efficiency]], (''P-L'' or ''≈P'' control factor): ''j<sub>≈P</sub>'' = ''≈P/P'' = (''P-L'')/''P'' = 1-''L/P'' | ||
:::: [[Image:j--E.jpg|50 px|link= | :::: [[Image:j--E.jpg|50 px|link=E-L coupling efficiency |E-L coupling efficiency]] [[E-L coupling efficiency]], ''E-L'' control factor: ''j<sub>≈E</sub>'' = ''≈E/E'' = (''E-L'')/''E'' = 1-''L/E'' | ||
:::: [[Image:jExP.jpg|50 px|link=Excess E-P capacity factor |Excess ''E-P'' capacity factor]] [[Excess E-P capacity factor |Excess ''E-P'' capacity factor]], ''E-P'' coupling control factor: ''j<sub>ExP</sub>'' = (''E-P'')/''E'' = 1-''P/E'' | :::: [[Image:jExP.jpg|50 px|link=Excess E-P capacity factor |Excess ''E-P'' capacity factor]] [[Excess E-P capacity factor |Excess ''E-P'' capacity factor]], ''E-P'' coupling control factor: ''j<sub>ExP</sub>'' = (''E-P'')/''E'' = 1-''P/E'' | ||
:::: [[Image:NetP over E.jpg|60 px|link=NetOXPHOS control ratio |netOXPHOS control ratio]] [[netOXPHOS control ratio]], ''≈P/E'' control ratio: ''≈P/E'' = (''P-L'')/''E'' | :::: [[Image:NetP over E.jpg|60 px|link=NetOXPHOS control ratio |netOXPHOS control ratio]] [[netOXPHOS control ratio]], ''≈P/E'' control ratio: ''≈P/E'' = (''P-L'')/''E'' | ||
Latest revision as of 18:59, 7 February 2021
Old nomenclature - Cell ergometry: living cells
Respiratory coupling states in living cells
ROUTINE respiration, R = R´-Rox
Free ROUTINE activity, ≈R = R-L
ET capacity, E = E´-Rox
Free ET capacity, ≈E = E-L
Excess E-R capacity, ExR = E-R
LEAK respiration, L = L´-Rox
Residual oxygen consumption, ROX (subtracted from apparent fluxes (R´, E´, L´)
Respiratory coupling control ratios in living cells
L/R coupling control ratio, L/R
LEAK-control ratio, L/E
ROUTINE-control ratio, R/E
Respiratory coupling control factors in living cells
ROUTINE coupling efficiency: j≈R = ≈R/R =(R-L)/R = 1-L/R
E-L coupling efficiency, E-L control factor: j≈E = ≈E/E = (E-L)/E = 1-L/E
Excess E-R capacity factor, E-R coupling control factor: jExR = (E-R)/E = 1-R/E
netROUTINE control ratio, ≈R/E control ratio: ≈R/E = (R-L)/E
Gnaiger 2020 BEC MitoPathways: Fig. 2.4.
Cell ergometry: permeabilized cells
Respiratory coupling states in mt-preparations
OXPHOS capacity, P = P´-Rox
Free OXPHOS capacity, ≈P = P-L
- ET capacity, E = E´-Rox
- Free ET capacity, ≈E = E-L
Excess E-P capacity, ExP = E-P
- LEAK respiration, L = L´-Rox
- Residual oxygen consumption, Rox (subtracted from P´, E´, L´)
Respiratory coupling control ratios in mt-preparations
L/P coupling control ratio: L/P- LEAK-control ratio, L/E
OXPHOS-control ratio, P/E
Respiratory coupling control factors in mt-preparations
OXPHOS-coupling efficiency, (P-L or ≈P control factor): j≈P = ≈P/P = (P-L)/P = 1-L/P- E-L coupling efficiency, E-L control factor: j≈E = ≈E/E = (E-L)/E = 1-L/E
Excess E-P capacity factor, E-P coupling control factor: jExP = (E-P)/E = 1-P/E
netOXPHOS control ratio, ≈P/E control ratio: ≈P/E = (P-L)/E
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