Assertion : A co-enzyme or metal ion that is | vedclass

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(C) The Assertion is correct: $A$ prosthetic group is an organic compound or metal ion that is tightly bound to the apoenzyme (protein portion) and re

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If the Assertion is correct but Reason is incorrect.

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(C) The Assertion is correct: $A$ prosthetic group is an organic compound or metal ion that is tightly bound to the apoenzyme (protein portion) and remains associated with it throughout the catalytic cycle.The Reason is incorrect: $A$ complete,catalytically active enzyme consisting of the protein part (apoenzyme) and the non-protein part (co-factor/prosthetic group) is called a holoenzyme,not an apoenzyme. An apoenzyme is only the protein portion of the enzyme.

Assertion : $A$ co-enzyme or metal ion that is very tightly bound to enzyme protein is called a prosthetic group.
Reason : $A$ complete,catalytically active enzyme together with its bound prosthetic group is called an apoenzyme.

Similar Questions

Carboxypeptidase requires $........$ for its activity.

Who discovered 'co-enzymes'?

Which of the following is $NOT$ true for co-enzymes?

Organic compounds bound to an enzyme,which are essential for its catalytic activity,are called .........

Statement $P$: Coenzymes are larger molecules compared to the protein part of enzymes.
Statement $Q$: Since the enzyme is inactive without the coenzyme,it forms the active site.

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Assertion : $A$ co-enzyme or metal ion that is very tightly bound to enzyme protein is called a prosthetic group.Reason : $A$ complete,catalytically active enzyme together with its bound prosthetic group is called an apoenzyme.