You asked: Which of the following is prosthetic group of peroxidase enzyme?

Which of the enzymes are with prosthetic group?

They often play an important role in enzyme catalysis. A protein without its prosthetic group is called an apoprotein, while a protein combined with its prosthetic group is called a holoprotein.

List of prosthetic groups.

Prosthetic group Function Distribution
Lipoic acid Redox reactions Bacteria, archaea and eukaryotes

What is the prosthetic group for catalase enzyme?

The constitution of the enzyme catalase is similar to that of hemoglobin. The prosthetic group is a hematin (1) and combines with a specific protein to form the enzyme molecule.

What is peroxidase generally used for?

Peroxidase is an enzyme found in a wide variety of organisms, from plants to humans to bacteria. Its function is to break down hydrogen peroxide (H2O2), which is one of the toxins produced as a byproduct of using oxygen for respiration. (The fact that it’s toxic is what makes hydrogen peroxide useful in first aid kits.

What is prosthetic group example?

Example of a prosthetic group

Prosthetic groups are non-protein components that attach mostly to proteins and assist the protein in various ways. When bound to proteins, prosthetic groups are called holoproteins. Some examples of prosthetic groups are heme, biotin, flavin, iron sulfides, copper and ubiquinone.

What is the difference between cofactor and prosthetic group?

As above cofactors are non-protein chemical structures, while they are divided into 2 types, such as inorganic and organic.

Distinguish between prosthetic group and cofactors.

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Cofactor Prosthetic group
It is the non protein chemical that binds the enzyme. This is the protein chemical molecule, which carries chemicals to the enzymes

What is a cofactor and give a general example?

A cofactor is a non-protein chemical that assists with a biological chemical reaction. … Some cofactors can be made inside the body, such as ATP, while others must be consumed in food. Minerals, for example, come from the environment, and cannot be made from scratch by any living cell.