Which of the following is the second step of Citric Acid Cycle?

When one acetyl CoA is processed through the citric acid cycle, how many times does each of the following events occur? a. A FAD molecule is a reactant. b. A CoA-SH molecule is produced. c. A dehydrogenase enzyme is needed for the reaction to occur. d. A C5 molecule is produced.

How many Carbon atoms are fully oxidized during each turn of the citric acid cycle?

Gluconeogensis uses nearly all of the same enzymes as those in ____, and is a(an) ______ reaction. Select one: a. Citric Acid Cycle anabolic b. citric acid cycle, catabolic c. glycolysis, anabolic d. glycolysis, catabolic e. none of the above

All the enzymes that participate in the citric acid cycle are located in the mitochondrial matrix, except for which enzyme?   1. aconitase   2. succinate dehydrogenase   3. fumarase   4. malate dehydrogenase

How many cycles of "citric acid cycle" are necessary to reveal the "C" that come from acetyl-CoA that take place in the first cycle known as "CO2"?

Why is it reasonable for excess NADH to negatively regulate the citric acid cycle?

Which of the following molecules shown are the reduced products produced in the citric acid cycle whose reduction directly helped drive oxidation? Select all that apply. Ensure you are selecting the product forms of the molecule, which here means the reduced form, and are only considering redox reactions! Do not include the pyruvate processing steps -- just the citric acid cycle itself. A. GDP B. NADH C. FAD D. Acetyl-CoA E. NAD+ F. CoA G. FADH2 H. GTP I. QH2 J. Q

Which of the following enzymes do not catalyze a reaction in the citrate cycle that produces CO2 as a product? Choose one or more: OA. isocitrate dehydrogenase OB. fumarase L C. succinate dehydrogenase O D. succinyl-CoA synthetase

Write the equation for net citric acid cycle and calculate one cycle equivalent to how many ATP?