The ability of a competitive inhibitor to bind to an active site in an allosterically controlled enzyme is __________ than the ability of a non-competitive inhibitor to bind to an active site in the same allosterically controlled enzyme.

Enzyme Reaction
The ability of a competitive inhibitor to bind to an active site in an allosterically controlled enzyme is __________ than the ability of a non-competitive inhibitor to bind to an active site in the same allosterically controlled enzyme.

greater

half

lesser

approximately equal

greater

half

lesser

approximately equal

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Enzyme Reaction
An enzyme that is always produced, regardless of the presence of substrates or the end products, is called

an allosteric enzyme

a repressible enzyme

an isoenzyme

a constitutive enzyme

an allosteric enzyme

a repressible enzyme

an isoenzyme

a constitutive enzyme

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Enzyme Reaction
Reduction is the

loss of electron

gain of protons

loss of proton

gain of electron

loss of electron

gain of protons

loss of proton

gain of electron

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Enzyme Reaction
The fact that β-oxidation of fatty acids, occurs in the mitochondria whereas fatty acid synthesis occurs in the cytoplasmic matrix, is an example of regulation of enzymatic activity by the __________ mechanism.

compartmentation

competitive inhibition

repression

induction

compartmentation

competitive inhibition

repression

induction

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Enzyme Reaction
The affinity of an enzyme for its substrate, when the enzyme has a Km of 0.50 M will be __________ than the affinity of an enzyme for its substrate when the enzyme has a Km of 0.05 M.

lesser

greater

approximately equal

half

lesser

greater

approximately equal

half

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Enzyme Reaction
A substrate binds to its enzyme at a location called the __________ site.

substrate

coenzyme

active

polypeptide

substrate

coenzyme

active

polypeptide

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Enzyme Reaction

Enzyme Reaction The ability of a competitive inhibitor to bind to an active site in an allosterically controlled enzyme is __________ than the ability of a non-competitive inhibitor to bind to an active site in the same allosterically controlled enzyme.

Enzyme Reaction An enzyme that is always produced, regardless of the presence of substrates or the end products, is called

Enzyme Reaction Reduction is the

Enzyme Reaction The fact that β-oxidation of fatty acids, occurs in the mitochondria whereas fatty acid synthesis occurs in the cytoplasmic matrix, is an example of regulation of enzymatic activity by the __________ mechanism.

Enzyme Reaction The affinity of an enzyme for its substrate, when the enzyme has a Km of 0.50 M will be __________ than the affinity of an enzyme for its substrate when the enzyme has a Km of 0.05 M.

Enzyme Reaction A substrate binds to its enzyme at a location called the __________ site.

Enzyme Reaction
The ability of a competitive inhibitor to bind to an active site in an allosterically controlled enzyme is __________ than the ability of a non-competitive inhibitor to bind to an active site in the same allosterically controlled enzyme.

Enzyme Reaction
An enzyme that is always produced, regardless of the presence of substrates or the end products, is called

Enzyme Reaction
Reduction is the

Enzyme Reaction
The fact that β-oxidation of fatty acids, occurs in the mitochondria whereas fatty acid synthesis occurs in the cytoplasmic matrix, is an example of regulation of enzymatic activity by the __________ mechanism.

Enzyme Reaction
The affinity of an enzyme for its substrate, when the enzyme has a Km of 0.50 M will be __________ than the affinity of an enzyme for its substrate when the enzyme has a Km of 0.05 M.

Enzyme Reaction
A substrate binds to its enzyme at a location called the __________ site.