Citric Acid Cycle
[1] Recongnizing Oxidation and Reduction Reactions
Lehninger chapter 16, page 643, question 3
Show Answer
See answer in Lehninger on page AS–17.
[2] Relationship between Energy Release and the Oxidation State of Carbon
Lehninger chapter 16, page 644, question 4
Note that the correct chemical formula of hexonoic acid is C6H12O2.
Show Answer
See answer in Lehninger on page AS–17.
[3] Nicotinamide Coenzymes as Reversible Redox Carriers
Lehninger chapter 16, page 644, question 5
Show Answer
See answer in Lehninger on page AS–17.
[4] Pyruvate Dehydrogenase Cofactors and Mechanism
Lehninger chapter 16, page 644, question 6
Show Answer
See answer in Lehninger on page AS–17.
[5] Thiamine Deficiency
Lehninger chapter 16, page 644, question 7
Show Answer
See answer in Lehninger on page AS–17.
[6] Cofactors for the Citric Acid Cycle
Lehninger chapter 16, page 645, question 11
Show Answer
See answer in Lehninger on page AS–18.
[7] Respiration Studies in Isolated Mitochondria
Lehninger chapter 16, page 645, question 15
Show Answer
See answer in Lehninger on page AS–18.
[8] Labeling Studies in Isolated Mitochondria
Lehninger chapter 16, page 645, question 16
Show Answer
See answer in Lehninger on page AS–18.
[9] Synthesis of L-Malate in Wine Making
Lehninger chapter 16, page 646, question 23
Show Answer
See answer in Lehninger on page AS–18.
[10] Commercial Synthesis of Citric Acid
Lehninger chapter 16, page 646, question 27
Show Answer
See answer in Lehninger on page AS–18.
[11] Effect of [NADH]/[NAD+] on the Citric Acid Cycle
Lehninger chapter 16, page 646, question 31
Show Answer
See answer in Lehninger on page AS–18.
