Coupling Quiz: Difference between revisions

Line 13:

{The mechanism of cycling of cations across the mitochondrial inner membrane (mtIM), strongly stimulated by permeability transition (mtPT); comparable to the use of protonophores e.g. by UCP1 or cation (Ca2+) cycling, leads to:

{LEAK state can be measured:

|type="()"}

~~+ [[Charge number]]~~ of ~~O2 = 4~~

- After addition of kinetically saturation doses of ADP.

|| The '''[[charge number]]''' of an ion or electrochemical reaction is the [[charge]] divided by the [[elementary charge]] of the ion or of electrons transferred in the reaction as defined in the reaction equation. ''z'' is a positive integer. ''z''B = ''Q''B·''e''-1; [[Cohen 2008 IUPAC Green Book]]

- ~~[[Atomic number]] of O2 = 8~~

- After uncoupler titration.

|| Correct answer is the '''[[charge number]]'''. '''[[Charge number]]''' of an ion or electrochemical reaction is the [[charge]] divided by the [[elementary charge]] of the ion or of electrons transferred in the reaction as defined in the reaction equation. ''z'' is a positive integer. ''z''B = ''Q''B·''e''-1; [[Cohen 2008 IUPAC Green Book]]

- ~~[[Elementary charge]]~~ of ~~O2 in [C]~~

- In the absence of ATP.

|| Correct answer is the '''[[charge number]]'''. '''[[Charge number]]''' of an ion or electrochemical reaction is the [[charge]] divided by the [[elementary charge]] of the ion or of electrons transferred in the reaction as defined in the reaction equation. ''z'' is a positive integer. ''z''B = ''Q''B·''e''-1; [[Cohen 2008 IUPAC Green Book]]

~~- Alphabetical order~~ of ~~O2 isotope~~

+ Absence of ADP.

|| Correct answer is the '''[[charge number]]'''. '''[[Charge number]]''' of an ion or electrochemical reaction is the [[charge]] divided by the [[elementary charge]] of the ion or of electrons transferred in the reaction as defined in the reaction equation. ''z'' is a positive integer. ''z''B = ''Q''B·''e''-1; [[Cohen 2008 IUPAC Green Book]]

@@ Line 13: / Line 13: @@
-{The mechanism of cycling of cations across the mitochondrial inner membrane (mtIM), strongly stimulated by permeability transition (mtPT); comparable to the use of protonophores e.g. by UCP1 or cation (Ca2+) cycling, leads to:
+{LEAK state can be measured:
 |type="()"}
-+ [[Charge number]] of O<sub>2</sub> = 4
+- After addition of kinetically saturation doses of ADP.
 || The '''[[charge number]]''' of an ion or electrochemical reaction is the [[charge]] divided by the [[elementary charge]] of the ion or of electrons transferred in the reaction as defined in the reaction equation. ''z'' is a positive integer. ''z''<sub>B</sub> = ''Q''<sub>B</sub>·''e''<sup>-1</sup>; [[Cohen 2008 IUPAC Green Book]]
-- [[Atomic number]] of O<sub>2</sub> = 8
+- After uncoupler titration.
 || Correct answer is the '''[[charge number]]'''. '''[[Charge number]]''' of an ion or electrochemical reaction is the [[charge]] divided by the [[elementary charge]] of the ion or of electrons transferred in the reaction as defined in the reaction equation. ''z'' is a positive integer. ''z''<sub>B</sub> = ''Q''<sub>B</sub>·''e''<sup>-1</sup>; [[Cohen 2008 IUPAC Green Book]]
-- [[Elementary charge]] of O<sub>2</sub> in [C]
+- In the absence of ATP.
 || Correct answer is the '''[[charge number]]'''. '''[[Charge number]]''' of an ion or electrochemical reaction is the [[charge]] divided by the [[elementary charge]] of the ion or of electrons transferred in the reaction as defined in the reaction equation. ''z'' is a positive integer. ''z''<sub>B</sub> = ''Q''<sub>B</sub>·''e''<sup>-1</sup>; [[Cohen 2008 IUPAC Green Book]]
-- Alphabetical order of O<sub>2</sub> isotope
++ Absence of ADP.
 || Correct answer is the '''[[charge number]]'''. '''[[Charge number]]''' of an ion or electrochemical reaction is the [[charge]] divided by the [[elementary charge]] of the ion or of electrons transferred in the reaction as defined in the reaction equation. ''z'' is a positive integer. ''z''<sub>B</sub> = ''Q''<sub>B</sub>·''e''<sup>-1</sup>; [[Cohen 2008 IUPAC Green Book]]

	V = J/C
	V = J·C
	V = (J·F)/C
	V = J/(C·F)

	- 1.2 kV
	- 120 V
	-1.2 V
	1.2 V

	To express both in identical motive units [MU]
	To feel insecure
	To compliment our brain mitochondria
	To get free drinks

Coupling Quiz: Difference between revisions

Revision as of 10:36, 27 January 2020

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List of Quizzes on Bioblast

	After uncoupler titration.
	Absence of ADP.
	After addition of kinetically saturation doses of ADP.
	In the absence of ATP.