The bond formed between an enzyme and an inhibitor:

can be broken easily

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cannot be broken easily

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is a weak bond

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none of the above

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Solution

The correct option is B cannot be broken easily
If the bond formed between an enzyme and an inhibitor is a strong covalent bond, it cannot be broken easily. Then the enzyme is blocked permanently and the body degrades the enzyme-inhibitor complex and synthesizes the new enzyme.

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Similar questions

What happens when the bond formed between an enzyme and an inhibitor is a strong covalent bond?

Which of the following statements is not true about enzyme inhibitors?
(a) Inhibit the catalytic activity of the enzyme
(b) Prevent the binding of substrate
(c) Generally a strong covalent bond is formed between an inhibitor and an enzyme
(d) Inhibitors can be competitive or non-competitive

Cis-dicholoroethylene can be converted to trans-dichloroethylene by irradiation. During the
interconversion
(A) both the π and σ bonds are broken and reformed.
(B) only the π bond is broken and reformed.
(C) the C-Cl and C-H bonds are broken, H and Cl atoms interchange their positions and
new bonds are formed.
(D) both the π and σ bonds rotate along with the groups.

Q. In which of the following can

C - C l

bond be easily broken?

Q. Which type of bond allows for bonds to be easily broken and reformed?

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The bond formed between an enzyme and an inhibitor:

The correct option is B cannot be broken easilyIf the bond formed between an enzyme and an inhibitor is a strong covalent bond, it cannot be broken easily. Then the enzyme is blocked permanently and the body degrades the enzyme-inhibitor complex and synthesizes the new enzyme.

The correct option is B cannot be broken easily
If the bond formed between an enzyme and an inhibitor is a strong covalent bond, it cannot be broken easily. Then the enzyme is blocked permanently and the body degrades the enzyme-inhibitor complex and synthesizes the new enzyme.