A cellular enzyme is effectively deactivated by an increase in temperature of 10°C. Which is the most likely mechanism of deactivation?

A. The enzyme, which is a carbohydrate, breaks apart into glucose molecules.

B. The enzyme, which is a protein, breaks apart into individual amino acids.

C. The enzyme changes shape and is no longer able to bind the substrate.

D. The enzyme reacts with the substrate to produce side products.

Question

Nathan Blackburn

Biology

17 December, 01:05

A cellular enzyme is effectively deactivated by an increase in temperature of 10°C. Which is the most likely mechanism of deactivation?

A. The enzyme, which is a carbohydrate, breaks apart into glucose molecules.

B. The enzyme, which is a protein, breaks apart into individual amino acids.

C. The enzyme changes shape and is no longer able to bind the substrate.

D. The enzyme reacts with the substrate to produce side products.

+1

Answers (2)

Know the Answer?

Marcelo Burton · Answer 1

C. The enzyme changes shape and is no longer able to bind the substrate.

Explanation:

The change in heat changed the size of the enzyme. The enzyme changed size and shape which made it incapable of bonding with the substrate.

Maya Moyer · Answer 2

C

Explanation:

Yeah the enzyme changes shape because the temperature.