each enzyme has a specific substrate to which it binds through a definite active site and any other enzyme can not bind to it
Saturation Kinetics- an enzyme reaction in which there is enough enzymes to constantly have a substrate bound them and therefore the reaction is occurring at Vmax. This velocity is only limited by the concentration of substrates, not the enzyme.
demographic-specificity, specialty
Choosing a type of exercise that is related to the sport you do
Since enzyme is a noun, it can be the subject or object in a sentence. Here is an example of the noun "enzyme" being used: Mary lacked the enzyme for digesting lactose which is the sugar in milk.
All vague expressions are not ambiguous. The meaning of a vague expression may be clearly known, but the specificity is not.
Shape of an enzyme specifically shape of its active site determines enzyme specificity .
The enzyme's surface folds are complementary to the substrate's surface folds.
1) absolute specificity 2) Group specificity 3) Linkage specificity 4) Stereochemical specificity
The allosteric site is distinct from the active site, and does not affect the substrate specificity of the enzyme
Enzyme specificity .
enzyme specificity
Because enzymes are specific and speed only one type of reaction.
What an enzyme does is based on its shape, therefore you would have to change it on a molecular level in order to alter its job.
No; enzymes have substrate specificity, which means the substrate has to be a specific shape for the enzyme to bind to it.
Catalysts are compounds that change the speed of chemical reactions. An enzyme is a protein and also a catalyst. So an enzyme can be a catalyst, but a catalyst can't be an enzyme.
They can't catalyse reactions. The specificity of the active site of the enzyme is crucial: without it, the enzyme won't fit with he desired substrate, hence there won't be any reaction. Losing this specificity is due to a conformational change at the active site, andis known as denaturisation.
1. Victor Henri's Quantitative Theory of Enzyme Kinetics 2. "Lock and Key" Theory- First introduced by Emil Fischer in 1894