Template:Chemicals SUIT-006 Q mt D071: Difference between revisions

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Line 5: Line 5:
| 1Rot
| 1Rot
| {{Template:Rotenone}}
| {{Template:Rotenone}}
| This step is essential to reach the fully oxidized Q state needed to calculate the Q redox ratio.
| This step is essential to reach the fully oxidized CoQ<sub>2</sub> needed to calculate the reduced Q fraction.
|-
|-
| 1S
| 1S
Line 21: Line 21:
| 4U
| 4U
| {{Template:CCCP}}
| {{Template:CCCP}}
| Can be substituted for other [[MitoPedia:_Uncouplers|uncoupler]]
| Can be substituted for other [[MitoPedia:_Uncouplers|uncoupler]].
|-
|-
| 5Ama
| 5Anox
|
| The O<sub>2</sub> concentration in the O2k-chamber can be decreased by N<sub>2</sub> or H<sub>2</sub> injection to reach faster anoxia, see: [[Setting the oxygen concentration]].
|-
| 6Ama
| {{Template:Antimycin A}}
| {{Template:Antimycin A}}
| This step can be skipped if the fully reduced Q-pool was reached under anoxia.
| This step can be omitted.
|}
|}

Latest revision as of 16:23, 25 November 2021

Step Chemical(s) and link(s) Comments
1Rot Rotenone (Rot) This step is essential to reach the fully oxidized CoQ2 needed to calculate the reduced Q fraction.
1S Succinate (S)
2D ADP (D)
(3Omy) Oligomycin (Omy) This step can be skipped.
4U Carbonyl cyanide m-chlorophenyl hydrazone, CCCP (U) Can be substituted for other uncoupler.
5Anox The O2 concentration in the O2k-chamber can be decreased by N2 or H2 injection to reach faster anoxia, see: Setting the oxygen concentration.
6Ama Antimycin A (Ama) This step can be omitted.
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