What impact might a substance that blocks the binding of NAD+ to electrons have on cellular respiration and metabolism (weight). The substance has no effect on hunger and only impacts the rate of cellular respiration and the fuel sources already available in the body! Group of answer choices Will promote weight loss because cellular respiration would increase because more fuel would need to be metabolized to generate the needed ATP Will promote weight loss because cellular respiration would slow down because there is nowhere for the electrons to go Will promote weight gain because cellular respiration would slow down because there is nowhere for the electrons to go Will promote weight gain because cellular respiration would increase because more fuel would need to be metabolized to generate the needed ATP
What impact might a substance that blocks the binding of NAD+ to electrons have on cellular respiration and metabolism (weight). The substance has no effect on hunger and only impacts the rate of cellular respiration and the fuel sources already available in the body! Group of answer choices Will promote weight loss because cellular respiration would increase because more fuel would need to be metabolized to generate the needed ATP Will promote weight loss because cellular respiration would slow down because there is nowhere for the electrons to go Will promote weight gain because cellular respiration would slow down because there is nowhere for the electrons to go Will promote weight gain because cellular respiration would increase because more fuel would need to be metabolized to generate the needed ATP
Human Physiology: From Cells to Systems (MindTap Course List)
9th Edition
ISBN:9781285866932
Author:Lauralee Sherwood
Publisher:Lauralee Sherwood
Chapter2: Cell Physiology
Section: Chapter Questions
Problem 3SQE
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What impact might a substance that blocks the binding of NAD+ to electrons have on
Group of answer choices
Will promote weight loss because cellular respiration would increase because more fuel would need to be metabolized to generate the needed ATP
Will promote weight loss because cellular respiration would slow down because there is nowhere for the electrons to go
Will promote weight gain because cellular respiration would slow down because there is nowhere for the electrons to go
Will promote weight gain because cellular respiration would increase because more fuel would need to be metabolized to generate the needed ATP
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