Pathway and coupling control states: Difference between revisions
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::::* [[NSGp]] NSGp<sub>''L''</sub>, NSGp<sub>''P''</sub>, NSGp<sub>''E''</sub> | ::::* [[NSGp]] NSGp<sub>''L''</sub>, NSGp<sub>''P''</sub>, NSGp<sub>''E''</sub> | ||
=== SGp-pathway === | |||
::::* [[SGp-pathway control state]] SGp<sub>''L''</sub>, SGp<sub>''P''</sub>, SGp<sub>''E''</sub> | |||
=== F-pathway === | === F-pathway === | ||
Latest revision as of 16:40, 6 July 2023
- high-resolution terminology - matching measurements at high-resolution
Pathway and coupling control states
Description
In mitochondrial respiratory physiology a large number of pathway and coupling control states is encountered, for which a unified system of terms and abbreviations is required. In mitochondrial preparations there is a large number of potentially complex pathway control states, in contrast to only three coupling control states (L, P, E). Therefore, it is practical to use L, P, and E as subscripts attached to the abbreviation of the pathway control state.
Reference: Gnaiger 2020 BEC MitoPathways
Pathway and coupling control states
N-pathway
- N-pathway control state NL, NP, NE
- PM-pathway control state PML, PMP, PME
- GM-pathway control state GML, GMP, GME
- PGM-pathway control state PGML, PGMP, PGME
S-pathway
- Succinate pathway SRotL, SRotP, SRotE
- Succinate without rotenone SL, SP, SE
NS-pathway
- NS-pathway control state NSL, NSP, NSE
- PMS-pathway control state PMSL, PMSP, PMSE
- GMS-pathway control state GMSL, GMSP, GMSE
- PGMS-pathway control state PGMSL, PGMSP, PGMSE
NSGp-pathway
- NSGp NSGpL, NSGpP, NSGpE
SGp-pathway
- SGp-pathway control state SGpL, SGpP, SGpE
F-pathway
- Fatty acid oxidation pathway control state FL, FP, FE
FN-pathway
- FN FNL, FNP, FNE
FNS-pathway
- FNS FNSL, FNSP, FNSE
FNSGp-pathway
- FNSGp FNSGpL, FNSGpP, FNSGpE
MitoPedia concepts:
Respiratory state
