Question

In normal mitochondria, the rate of NADH consumption (oxidation) will: Select one a. All of the answers are correct. b. decrease if mitochondrial ADP is depleted. c. be very low if the ATP synthase is inhibited, but increase when a coupler is added. d. decrease when cyanide is used to prevent electron transfer through the cytochrome chain. e. be increased in active muscle, decreased in inactive muscle.

          In normal mitochondria, the rate of NADH consumption (oxidation) will:
Select one
a. All of the answers are correct.
b. decrease if mitochondrial ADP is depleted.
c. be very low if the ATP synthase is inhibited, but increase when a coupler is added.
d. decrease when cyanide is used to prevent electron transfer through the cytochrome chain.
e. be increased in active muscle, decreased in inactive muscle.

In normal mitochondria, the rate of NADH consumption (oxidation) will:
Select one
a. All of the answers are correct.
b. decrease if mitochondrial ADP is depleted.
c. be very low if the ATP synthase is inhibited, but increase when a coupler is added.
d. decrease when cyanide is used to prevent electron transfer through the cytochrome chain.
e. be increased in active muscle, decreased in inactive muscle.

Added by Jeremy W.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Marlyn Joyce

07/15/2022

Step 1

Step 1: The rate of NADH consumption is directly related to the rate of electron transport. Show more…

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In normal mitochondria, the rate of NADH consumption (oxidation) will: Select one a. All of the answers are correct. b. decrease if mitochondrial ADP is depleted. c. be very low if the ATP synthase is inhibited, but increase when a coupler is added. d. decrease when cyanide is used to prevent electron transfer through the cytochrome c oxidase. e. be increased in active muscle, decreased in inactive muscle.