Difference between revisions of "SUIT protocol library"
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<big><big>'''[[Substrate-uncoupler-inhibitor titration]] (SUIT) protocols</big> | <big><big>'''[[Substrate-uncoupler-inhibitor titration]] (SUIT) protocols</big> | ||
Classes of SUIT protocols with coupling and substrate control'''</big> | Classes of SUIT protocols with coupling and substrate control defined for [[mitochondrial preparations]]'''</big> | ||
__TOC__ | __TOC__ | ||
== | == Strategy == | ||
# Select a [[#Pathway control states |pathway control state]] | # Select a [[#Pathway control states |pathway control state]]. | ||
# Define substrates for each pathway state | # Select a [[#Control patterns |control pattern]]. | ||
# [[#Define substrates]] for each pathway state. | |||
# [[#Define coupling states]]. | |||
Β | |||
== Definition of states == | == Definition of states == | ||
=== Define substrates === | === Define substrates === | ||
[[Substrate control state]]s are defined for each pathway control state ([[Complex I-linked substrate state |CI-linked]], [[Complex II-linked substrate state |CII-linked]], [[Complex I&II-linked substrate state |CI&II-linked]]) is defined by a specific substrate or substrate combination. These substrates may be added in a single step, or in multiple steps for analyis of the effect of different substrate combinations within a pathway control state. | |||
* CI: PM, GM, PGM, M, .. | * CI: PM, GM, PGM, M, .. | ||
* CII: S(Rot), S, SM, .. | * CII: S(Rot), S, SM, .. | ||
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=== Define coupling states === | === Define coupling states === | ||
The [[coupling control state]]s require a complementary definition of an [[ETS-competent substrate state]]. | |||
* ''L'', ''P'', ''E'' | * ''L'', ''P'', ''E'' | ||
Coupling states: [[Image:L.jpg|link=LEAK respiration|LEAK]] [[Image:P.jpg|link=OXPHOS capacity|OXPHOS]] [[Image:E.jpg|link=ETS capacity|ETS]] | |||
=== Define residual oxygen consumption === | === Define residual oxygen consumption === | ||
* ROX: Rot&Ama, Rot&Mna&Ama, Cn, Az, .. | * ROX: Rot&Ama, Rot&Mna&Ama, Cn, Az, .. | ||
[[Image:ROX.jpg|link=Residual oxygen consumption|ROX]] | |||
Revision as of 03:52, 19 August 2015
This page is in preparation (intern wiki: SUIT protocol library intern)
Substrate-uncoupler-inhibitor titration (SUIT) protocols
Classes of SUIT protocols with coupling and substrate control defined for mitochondrial preparations
Strategy
- Select a pathway control state.
- Select a control pattern.
- #Define substrates for each pathway state.
- #Define coupling states.
Definition of states
Define substrates
Substrate control states are defined for each pathway control state (CI-linked, CII-linked, CI&II-linked) is defined by a specific substrate or substrate combination. These substrates may be added in a single step, or in multiple steps for analyis of the effect of different substrate combinations within a pathway control state.
- CI: PM, GM, PGM, M, ..
- CII: S(Rot), S, SM, ..
- CI&II: PS, GS, PMS, GMS, PGMS, ..
- CIV: AsTM
- FAO: Oct, Pal, ...
- CGPDH:
- c
Define coupling states
The coupling control states require a complementary definition of an ETS-competent substrate state.
- L, P, E
Define residual oxygen consumption
- ROX: Rot&Ama, Rot&Mna&Ama, Cn, Az, ..
Pathway control states
Single pathway control states
- CI
- CII
- CI&CII
- CIV
- FAO
- CGPDH
Multiple pathway control states
A. CI-CII-CIV
- CI + CII
- CI + CII + CIV
- CI + CI&CII + CII
- CI + CI&CII + CII + CIV
B. FAO-CI-CII-CIV
- FAO + CI + CII
- FAO + CI + CII + CIV
- FAO + CI + CI&CII + CII
- FAO + CI + CI&CII + CII + CIV
C. CGPDH-CI-CII-CIV
- CGPDH + CI
- CGPDH + CI + CII
- CGPDH + CI + CII + CIV
- CGPDH + CI + CI&CII + CII
- CGPDH + CI + CI&CII + CII + CIV
- CI + CGPDH + ...
- CI + CI&CII + CGPDH + ...
- CI&CII + CGPDH + ...
D. FAO-CGPDH-CI-CII-CIV
- FAO + CGPDH + CI + ...
- CGPDH + FAO + CI + ...
- CI + FAO + CGPDH + ...
- CI + CGPDH + FAO + ...
- ...
Control patterns
Linear
- Linear coupling control: at a single substrate state (classical State 3 -> State 4, or P -> LT).
- Linear substrate control: at a single coupling state (unusual).
- Monodirectional linear coupling control: LN -> PD -> EF
- Bidirectional linear coupling control: LN -> PD -> LOmy -> EF
Orthogonal
- Orthogonal coupling -> substrate control (mono- or bidirectional)
- Orthogonal substrate -> coupling control (mono- or bidirectional)
Diametral
- Diametral coupling -> substrate ->> control (mono- or bidirectional)
- Diametral substrate -> coupling ->> control (mono- or bidirectional)