Feedback inhibition, covalent modification, and allosteric regulation are all examples of _______
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Step 1: Feedback inhibition, covalent modification, and allosteric regulation are all mechanisms that regulate enzyme activity. Show more…
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Explain how the following mechanisms regulate enzyme activity. (a) Covalent modification (b) Genetic control (c) Allosteric regulation (d) Feedback inhibition
Match the following: Allosteric A. Regulation mechanism where in binding of a modulator to a protein results in a higher or lower activity of the protein. Covalent modification B. Regulation mechanism where in attachment of an organic functional group results in a higher or lower activity of the protein. Protein turnover C. Regulation mechanism where in increased or decreased genetic expression of an enzyme leads to higher or lower flux through a pathway. Sequestration D. Regulation mechanism where in an enzyme that catalyzes an irreversible step in a pathway is removed from the cellular compartment where the pathway normally runs.
Adi S.
Types of physiological regulation of enzyme activity include all of the following EXCEPT: covalent modification. changes in rate of synthesis of the enzyme. allosteric activation. acid-base inhibition. noncompetitive inhibition.
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