Difference between revisions of "Coupling Quiz"

Line 16:

|type="()"}

- After addition of kinetically saturation doses of ADP

|| The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O2, respiratory fuel substrates and Pi.

|| The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O2, respiratory fuel substrates and Pi.

- After ~~uncoupler~~ titration

- After protonophore titration

|| Wrong answer :( . The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O2, respiratory fuel substrates and Pi.

|| Wrong answer :( . The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O2, respiratory fuel substrates and Pi. The intrinsic proton leak is the ''uncoupled'' leak current of protons in which protons diffuse across the mtIM in the dissipative direction of the downhill protonmotive force without coupling to phosphorylation. Protonophores are ''uncouplers'' which are titrated to obtain maximum ''noncoupled'' respiration as a measure of ET-capacity.

- In the absence of substrates

|| Wrong answer :( . The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O2, respiratory fuel substrates and Pi. Therefore substrates are necessary to reach LEAK state of mitochondrial respiration.

|| Wrong answer :( . The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O2, respiratory fuel substrates and Pi. Therefore substrates are necessary to reach LEAK state of mitochondrial respiration.

+ In the absence of ADP

|| Correct! The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O2, respiratory fuel substrates and Pi. In the absence of ADP no ATP synthesis can procede and we measure low, cation leak-dependent respiration.

|| Correct! The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O2, respiratory fuel substrates and Pi. In the absence of ADP no ATP synthesis can procede and we measure low, cation leak-dependent respiration.

{How are the units of electric energy [J] and electric force [V] related?

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

	- 1.2 kV
	1.2 V
	-1.2 V
	- 120 V

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

Difference between revisions of "Coupling Quiz"

Latest revision as of 12:36, 27 January 2020

Do you feel the Coupling?

List of Quizzes on Bioblast

@@ Line 16: / Line 16: @@
 |type="()"}
 - After addition of kinetically saturation doses of ADP
-|| The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O<sub>2</sub>, respiratory fuel substrates and P<sub>i</sub>.
+|| The LEAK-state is defined as a state of mitochondrial respiration when O<sub>2</sub> flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O<sub>2</sub>, respiratory fuel substrates and P<sub>i</sub>.
-- After uncoupler titration
+- After protonophore titration
-|| Wrong answer :( . The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O<sub>2</sub>, respiratory fuel substrates and P<sub>i</sub>.
+|| Wrong answer :( . The LEAK-state is defined as a state of mitochondrial respiration when O<sub>2</sub> flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O<sub>2</sub>, respiratory fuel substrates and P<sub>i</sub>. The intrinsic proton leak is the ''uncoupled'' leak current of protons in which protons diffuse across the mtIM in the dissipative direction of the downhill protonmotive force without coupling to phosphorylation. Protonophores are ''uncouplers'' which are titrated to obtain maximum ''noncoupled'' respiration as a measure of ET-capacity.
 - In the absence of substrates
-|| Wrong answer :( . The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O<sub>2</sub>, respiratory fuel substrates and P<sub>i</sub>. Therefore substrates are necessary to reach LEAK state of mitochondrial respiration.
+|| Wrong answer :( . The LEAK-state is defined as a state of mitochondrial respiration when O<sub>2</sub> flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O<sub>2</sub>, respiratory fuel substrates and P<sub>i</sub>. Therefore substrates are necessary to reach LEAK state of mitochondrial respiration.
 + In the absence of ADP
-|| Correct! The LEAK-state is defined as a state of mitochondrial respiration when O2 flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O<sub>2</sub>, respiratory fuel substrates and P<sub>i</sub>. In the absence of ADP no ATP synthesis can procede and we measure low, cation leak-dependent respiration.
+|| Correct! The LEAK-state is defined as a state of mitochondrial respiration when O<sub>2</sub> flux mainly compensates for ion leaks in the absence of ATP synthesis, at kinetically-saturating concentrations of O<sub>2</sub>, respiratory fuel substrates and P<sub>i</sub>. In the absence of ADP no ATP synthesis can procede and we measure low, cation leak-dependent respiration.
 {How are the units of electric energy [J] and electric force [V] related?

	In the absence of ADP
	After addition of kinetically saturation doses of ADP
	After protonophore titration
	In the absence of substrates