Q. The enzyme that catalyzes the transfer of a proton from a reactant to NAD+ is known as ______

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Q. The functions of ATP are ___________

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Q. In anaerobic respiration, pyruvic acid is converted to _______

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Q. The cofactor in Haber’s process is __________

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Q. Catabolic pathways result in _______________ of the molecules.

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Q. Energy released by catabolic pathways is stored in how many forms?

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Q. Anabolic pathways are energy-requiring.

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Q. How many molecules of ATP are formed per molecule of oxidation of glucose?

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Q. The TCA cycle occurs in which region of a prokaryotic cell?

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Q. Glycolysis begins with which of the following reactions?

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Q. NAD is a _________

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Q. NAD⁺ can be derived from which vitamin?

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Q. In fermentation, which of the following is regenerated?

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Q. In case of repeated contraction, muscle cells regenerate NAD⁺ by converting pyruvate to _____________

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Q. Yeast cells convert pyruvate to lactate.

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Q. A cell’s reservoir of NADPH represents its _______________

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Q. How many mechanisms exist for altering the shape of an enzyme, playing a role in regulating glucose oxidation?

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Q. Protein kinases are responsible for transferring which group?

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Q. How many types of protein kinases are there?

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Q. The segregation of alleles on one trait did not have any effect on the segregation of alleles on a different trait. This is based on ____________

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