Enzyme enolase catalyzes the conversion of $2$-$PGA$ to Phosphoenolpyruvic acid in the presence of . . . . . . which is the cofactor.
- A$Mn^{2+}$
- B$Fe^{2+}$
- C$Mg^{2+}$
- D$Zn^{2+}$
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Similar Questions
What are the co-factors called that are loosely bound to enzymes?
Medium
View SolutionMatch the following columns:
Column-$I$ (Enzymes) Column-$II$ (Co-factors) $P$. Catalase,Peroxidase $I$. $Fe$ $Q$. Carboxypeptidase $II$. $NAD$ $R$. Alcohol dehydrogenase $III$. $Zn$
| Column-$I$ (Enzymes) | Column-$II$ (Co-factors) |
|---|---|
| $P$. Catalase,Peroxidase | $I$. $Fe$ |
| $Q$. Carboxypeptidase | $II$. $NAD$ |
| $R$. Alcohol dehydrogenase | $III$. $Zn$ |
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View SolutionWhich mineral elements act as members of the prosthetic group?
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View SolutionCatalytic activity of carboxypeptidase is lost upon removal of which co-factor?
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View Solution$P$ - Statement: $FMN$ is a coenzyme.
$Q$ - Statement: $A$ coenzyme is a non-protein part of an enzyme.
$Q$ - Statement: $A$ coenzyme is a non-protein part of an enzyme.
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