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* Question Completion Status : J Reduction QUESTION 2 0. 5 points Save Answer shown below is a branched reaction pathway , in which either D or E can...
1:The reaction shown below is a/an ______________ reaction.
CH3COOH → CH3CHO
Oxidation
Reduction
2:The reactions converting glucose into CO2 taken together are _____ and ______:
Anabolic; require energy
Anabolic; release energy
Catabolic; require energy
Catabolic; release energy
3:Each of the following is a high-energy product of glycolysis. From which of these can anaerobic organisms harvest the stored energy? I.e. Which of these is/are useful to an anaerobe?
ATP
NADH
Pyruvate
All of the above
4:Assuming glucose is available and ATP levels are not too high, Glycolysis is active:
in anaerobic species
in aerobic species when O2 is available
in aerobic species when O2 is NOT available
All of the above
5:What product(s) is/are common to two of the reactions of the Citric Acid Cycle and the Pyruvate Dehydrogenase reaction?
ATP and NADH
ATP and CO2
NADH only
Both CO2 and NADH
ATP, NADH, and CO2
6:Which of the following is NOT a product of the Citric Acid Cycle?
Citric acid
CO2
NADH
FADH2
All of the above are products
7:What do glycolysis and the Citric Acid Cycle have in common?
They both involve oxidation of glucose.
They both occur in the cytoplasm.
They both produce CO2
They both produce ATP and NADH
8:Pyrimidines are synthesized through a long series of reactions beginning with the amino acid aspartate. The ribonucleotide CTP is one of the final compounds in this reaction pathway, and when the cell has enough CTP, it binds to and inhibits the enzyme that catalyzes the first reaction in the pathway, aspartate transcarbamoylase (ATCase). This is most likely an example of:
Competitive inhibition
Allosteric activation
Allosteric inhibition
Direct feedback inhibition
End-product inhibition
Both allosteric inhibition and end-product inhibition
Both competitive inhibition and direct feedback inhibition
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