As an enzyme fits into a substrate at the active site, it undergoes a slight change to fit into the substrate. This process is defined by a concept known as the
A. feedback inhibition model.
B. induced fit model.
C. active enzyme inhibition scheme.
D. facilitated diffusion process.

According to the induced fit model, the substrate binds to its respective enzyme at the active site of the enzyme. This binding stimulates some conformational changes in the enzyme. These changes are brought about to facilitate the more complementary binding of enzyme and substrate. The conformational adaptation in the enzyme stimulated by binding of the substrate is called induced fit.

As an enzyme fits into a substrate at the active site, it undergoes a slight change to fit into the substrate. This process is defined by a concept known as the A. feedback inhibition model. B. induced fit model. C. active enzyme inhibition scheme. D. facilitated diffusion process.

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As an enzyme fits into a substrate at the active site, it undergoes a slight change to fit into the substrate. This process is defined by a concept known as the
A. feedback inhibition model.
B. induced fit model.
C. active enzyme inhibition scheme.
D. facilitated diffusion process.