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Suppose you added a "pulse" of 3-14C-pyruvate (where 14C is in the methyl position) to an aerobically growing cell to study the citric acid cycle. a. Indicate the location (s) of 14C on oxaloacetate after one cycle. From the color- coding on your CAC handout, note that enzymes work on one side of the intermediates until they become symmetrical. b. How many cycles would it take to release all of the 14C as 14CO2?

Suppose you added a "pulse" of 3-14C-pyruvate (where 14C is in the methyl position) to an aerobically growing cell to study the citric acid cycle. a. Indicate the location (s) of 14C on oxaloacetate after one cycle. From the color- coding on your CAC handout, note that enzymes work on one side of the intermediates until they become symmetrical. b. How many cycles would it take to release all of the 14C as 14CO2?

Chemistry
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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3. Suppose you added a "pulse" of 3-14C-pyruvate (where 14C is in the methyl position) to an aerobically growing cell to study the citric acid cycle. a. Indicate the location (s) of 14C on oxaloacetate after one cycle. From the color- coding on your CAC handout, note that enzymes work on one side of the intermediates until they become symmetrical. b. How many cycles would it take to release all of the 14C as 14CO2?
Transcribed Image Text:3. Suppose you added a "pulse" of 3-14C-pyruvate (where 14C is in the methyl position) to an aerobically growing cell to study the citric acid cycle. a. Indicate the location (s) of 14C on oxaloacetate after one cycle. From the color- coding on your CAC handout, note that enzymes work on one side of the intermediates until they become symmetrical. b. How many cycles would it take to release all of the 14C as 14CO2?
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