Pathway and coupling control states

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 N_L, N_P, N_E

• PM-pathway control state PM_L, PM_P, PM_E
• GM-pathway control state GM_L, GM_P, GM_E
• PGM-pathway control state PGM_L, PGM_P, PGM_E

S-pathway

• Succinate pathway SRot_L, SRot_P, SRot_E
• Succinate without rotenone S_L, S_P, S_E

NS-pathway

• NS-pathway control state NS_L, NS_P, NS_E

• PMS-pathway control state PMS_L, PMS_P, PMS_E
• GMS-pathway control state GMS_L, GMS_P, GMS_E
• PGMS-pathway control state PGMS_L, PGMS_P, PGMS_E

NSGp-pathway

• NSGp NSGp_L, NSGp_P, NSGp_E

SGp-pathway

• SGp-pathway control state SGp_L, SGp_P, SGp_E

F-pathway

• Fatty acid oxidation pathway control state F_L, F_P, F_E

FN-pathway

• FN FN_L, FN_P, FN_E

FNS-pathway

• FNS FNS_L, FNS_P, FNS_E

FNSGp-pathway

• FNSGp FNSGp_L, FNSGp_P, FNSGp_E

MitoPedia concepts: Respiratory state