Allosteric control refers to a type of enzyme regulation involving the binding of a non-substrate molecule, known as the allosteric effector, at locations on the enzyme other than the active site.

Allosteric control is the process in which activation or inhibition of an enzyme by a small regulatory molecule occurs.

Explanation:
Enzymes are proteins that catalyze biochemical reactions in living organisms. Allosteric control is a regulatory mechanism that governs enzyme activity. It involves the binding of a small regulatory molecule to a specific site on the enzyme, called the allosteric site, which causes a conformational change in the enzyme that affects its activity.

Here are some key points regarding allosteric control:

- Allosteric control is a type of enzyme regulation that occurs when a small regulatory molecule binds to an enzyme at a location other than the active site.
- The small regulatory molecule can be either an activator or an inhibitor of enzyme activity.
- Binding of the regulatory molecule causes a conformational change in the enzyme that affects its ability to bind substrate and carry out its catalytic function.
- The regulatory molecule binds to a specific site on the enzyme, called the allosteric site, which is distinct from the active site where substrate binding occurs.
- Allosteric control is a reversible process that allows enzymes to respond to changes in cellular conditions.
- Allosteric control is often used to regulate metabolic pathways, allowing cells to maintain homeostasis and respond to changing environmental conditions.

In conclusion, allosteric control is an important mechanism that allows enzymes to be regulated in response to changing conditions in the cell. By binding to the allosteric site, small regulatory molecules can either activate or inhibit enzyme activity, allowing the cell to maintain homeostasis and carry out its metabolic functions.

Allosteric control refers to a type of enzyme regulation involving the binding of a non-substrate molecule, known as the allosteric effector, at locations on the enzyme other than the active site.@#