A cofactor (prosthetic group) is a part of a | vedclass

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(B) holoenzyme consists of an apoenzyme (protein part) and a cofactor (non-protein part).Cofactors are classified into three types: prosthetic groups,

Vedclass · Accepted Answer

An accessory non-protein substance attached firmly

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(B) holoenzyme consists of an apoenzyme (protein part) and a cofactor (non-protein part).Cofactors are classified into three types: prosthetic groups, co-enzymes, and metal ions.Prosthetic groups are organic compounds that are distinguished from other cofactors in that they are tightly bound to the apoenzyme.Therefore, a prosthetic group is an accessory non-protein substance that is attached firmly to the enzyme.

Column-$I$ (Enzymes)	Column-$II$ (Co-factors)
$P$. Catalase,Peroxidase	$I$. $Fe$
$Q$. Carboxypeptidase	$II$. $NAD$
$R$. Alcohol dehydrogenase	$III$. $Zn$

$A$ cofactor $(prosthetic\ group)$ is a part of a holoenzyme. It is:

Similar Questions

Match the following columns:

Column-$I$ (Enzymes) Column-$II$ (Co-factors)

$P$. Catalase,Peroxidase $I$. $Fe$

$Q$. Carboxypeptidase $II$. $NAD$

$R$. Alcohol dehydrogenase $III$. $Zn$

Organic compounds having transient association with apoenzyme are called

In co-factors,in what form are the inorganic components present?

Most enzymes consist of two parts; these are

Assertion $(A)$: The structure of an enzyme consists of an apoenzyme and a coenzyme.
Reason $(R)$: $A$ coenzyme is a non-protein part that makes the enzyme active.

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