The function of NAD+ is to
A) cause the release of energy to adjacent cells when energy is needed in aerobic conditions.
B) hasten the release of energy when the cell has been deprived of oxygen.
C) carry hydrogen atoms and free energy from compounds being oxidized and to give hydrogen atoms and free energy to compounds being reduced.
D) block the release of energy to adjacent cells.
E) None of the above
Correct Answer:
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Q24: Some of the free energy released
Q25: Which of the following oxidizes other compounds
Q26: Glycolysis converts glucose into pyruvate, ATP, and
Q27: Within the cell, the pyruvate dehydrogenase complex,
Q28: The first five reactions of the glycolytic
Q30: The oxidation of pyruvate to carbon dioxide
Q30: In steps 6 through 10 of glycolysis,
Q31: During glycolysis, for each mole of glucose
Q33: ATP is used to drive the first
Q34: The end product of glycolysis is
A) pyruvate.
B)
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