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Enzymes are a kind of protein that is present in all types of living organisms.

Enzymes are a kind of protein that is present in all types of living organisms. They are mainly secreted by a source and work as a catalyst in living organisms. They mainly guide various biochemical reactions occurring inside organisms. They are mainly produced by plants, animals, bacteria and fungus. As they act as a catalyst where they convert the substrate into different molecules which are known as products. Almost all metabolic reactions need enzymes for their catalyses. Enzymes are known to catalyse more than 5,000 biochemical reactions inside the body.

It is a kind of enzyme which can change their structural ensemble when they bind to an effector i.e allosteric modulator, by which they can change their binding affinity at a different ligand binding site. They play a major role in various biological processes. There is a specific site to which the effector binds known as allosteric site.This site mainly allows the effector to bind to the protein, which results in conformational changes involving protein dynamics process. Allosteric term mainly refers to the regulatory site of an allosteric is physically distinct from its active site.

There are several unique properties of Allosteric enzymes, which makes it unique from other enzymes. Some of these properties are given below:

We can regulate allosteric enzymes on the basis of types i.e one for substrate and other for effector molecules. Two types of allosteric regulation are:

On the basis of above action performed by the regulator, there are two types of regulation one is activator and other is inhibitors. Allosteric Inhibition: Under this process inhibitors bind with protein due to which all active sites of protein undergo conformational changes due to which activity of enzyme decreases. Allosteric Activation: Under this process activator binds with protein which increases the function of active sites leads to increase in enzymatic activity.

There are so many modals which are proposed on mechanism of allosteric enzymes, some of these model are given below:

There are so many allosteric enzymes that help in various biochemical reactions occurring inside the body. Some of the well known allosteric names are given below:

B.Citrate activates the functioning of these enzymes and it is inhibited by long chain acyl-CoA-molecule products.

It is a kind of enzyme which can change their structural ensemble when they bind to an effector i.e allosteric modulator, by which they can change their binding affinity at a different ligand binding site. They play a major role in various biological processes. There is a specific site to which the effector binds known as allosteric site.This site mainly allows the effector to bind to the protein, which results in conformational changes involving protein dynamics process. Allosteric term mainly refers to the regulatory site of an allosteric is physically distinct from its active site.

Three different properties of allosteric enzymes are given below:

Three example of allosteric enzymes are:

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