Describe the mechanism of feedback inhibition and the role this process plays in controlling enzyme activity.

Q: Briefly discuss the impact of changes in both temperature and pH on enzyme activity.

A: The enzyme can be defined as the substance that will acts as a catalyst in living organisms,…

Q: A allosteric regulator the rate of an enzyme-catalyzed reaction by inducing the active site of the…

A: Enzymes are macromolecular biological catalysts that accelerate chemical reactions. The molecules…

Q: What is feedback inhibition?

A: Various biological metabolic pathways require catalysis(a biochemical reaction to speed up the…

Q: significance of transition state stabilisation and how this impacts the free energy of activation in…

A: Transition state stabilization is crucial in enzyme-catalyzed reactions as it lowers the energy…

Q: Explain and discuss an advantage and a disadvantage of regulating enzyme activity via allosteric…

A: Enzymes can be regulated by other molecules that either increase or reduce their activity. Molecules…

Q: Explain how enzymes are regulated by feedback inhibition.

A: Enzymes are proteins that act as biocatalysts, i.e., they catalyse biological reactions. They play a…

Q: Does the behavior of allosteric enzymes become more or less cooperative in the presence of…

A: Introduction: Cooperativity is a phenomenon where the binding of more than one ligand on a protein…

Q: Define “reciprocal inhibition” and explain its importance

A: Reciprocal inhibition is the automatic antagonist alpha motor neurone inhibition which is evoked by…

Q: State and describe the roles of the six classes of enzymes, giving three examples each

A: Enzymes are essential proteins prepared and required by the cell to catalyze various metabolic…

Q: Describe non-competitive inhibition and enzyme inhibition. How does the environment affect enzyme…

A: These are proteins that act as biological catalysts which accelerate chemical reactions.