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There are several possible fates of pyruvate -- partly dependingon the organism or organ, partly depending on the presence orabsence of oxygen. Which of the following fates of pyruvate is NOTa reduction reaction designed to regenerate NAD+?
A. production of lactate (lactic acid) from pyruvate B.production of ethanol (in two steps) from pyruvate C. production ofacetylCoA from pyruvate (and coenzyme A) D. all of the above arereduction reactions designed to regenerate NAD+.
There are several possible fates of pyruvate -- partly dependingon the organism or organ, partly depending on the presence orabsence of oxygen. Which of the following fates of pyruvate is NOTa reduction reaction designed to regenerate NAD+?
A. production of lactate (lactic acid) from pyruvate B.production of ethanol (in two steps) from pyruvate C. production ofacetylCoA from pyruvate (and coenzyme A) D. all of the above arereduction reactions designed to regenerate NAD+.
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Deanna HettingerLv2
13 Dec 2019
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