Chapter 15: Q12CP. (page 497)
Which products of glycolysis are reduced molecules that the cell can oxidize to recover free energy?
Short Answer
Pyruvate and NADH are reduced molecules produced in glycolysis that can be oxidized to gain energy.
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Chapter 15: Q12CP. (page 497)
Which products of glycolysis are reduced molecules that the cell can oxidize to recover free energy?
Pyruvate and NADH are reduced molecules produced in glycolysis that can be oxidized to gain energy.
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Compare the oxidation states of glucose and pyruvate. Explain why glycolysis generates NADH
Nerve cells require a source of free energy to transport vesicles containing neurotransmitters along the length of the axon, where mitochondria are scarce. Explain why it makes sense that glyceraldehyde3-phosphate dehydrogenase is located on the surface of some transport vesicles.
Step 4 of the pentose phosphate pathway converts ribulose-5- phosphate to ribose-5-phosphate. Which glycolytic reaction does this reaction resemble and what type of enzyme catalyzes it?
Arsenate (AsO鈧劼斥伝), a structural analog of phosphate, can act as a substrate for any reaction in which phosphate is a substrate. Arsenate esters, unlike phosphate esters, are kinetically as well as thermodynamically unstable and hydrolyze almost instantaneously. Write a balanced overall equation for the conversion of glucose to pyruvate in the presence of ATP, ADP, NAD鈦, and either (a) phosphate or (b) arsenate. (c) Why is arsenate a poison?
Explain the chemical logic of dehydrating 2-phosphoglycerate before its phosphoryl group is transferred.
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