The allosteric regulation of ATCase by CTP is an example of: 1. Negative homotropic allostery 2. Positive homotropic allostery 3. Negative heterotropic allostery 4. Positive heterotropic allostery
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The allosteric regulation of ATCase by CTP is an example of:
1. Negative homotropic allostery
2. Positive homotropic allostery
3. Negative heterotropic allostery
4. Positive heterotropic allostery
Enzymes are biological catalysts that aid in the speeding up of chemical reactions in living organisms. Proteins called enzymes bind to substrates, alter them, and then produce a product.
The substrate binds to the active site of an enzyme, which subsequently produces a product through an enzymatic process. Enzyme kinetics is the study of an enzyme's reaction rate and the factors that govern it.
Allosteric regulation occurs when a regulatory molecule, such as an activator or inhibitor, binds to an enzyme's allosteric site (which is different from the active site). The binding of a regulatory molecule causes an enzyme's conformation to change.
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