During cellular respiration, decarboxylation occurs when
A) a carbon atom is removed from glucose.
B) a carbon dioxide molecule is removed from the cytosol.
C) a carboxyl group is released from pyruvate.
D) a carbon atom is removed from and an oxygen atom is added to fructose.
E) all carbon and oxygen atoms are released from a high-energy molecule.
Correct Answer:
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Q101: During decarboxylation, NAD+ is formed from NADH.
Q102: If oxygen is in short supply, the
Q103: When oxygen is low, pyruvate is converted
Q104: The total number of ATP generated by
Q105: The coenzymes that will provide the electrons
Q107: The citric acid cycle involves
A) a multienzyme
Q108: During electron transport, how many ATP can
Q109: In the first step of the electron
Q110: The electron transport chain
A) does not require
Q111: Oxidative phosphorylation within the electron transport system
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