That the enzyme requires only a small amount of substrate to become saturated

That the enzyme requires a large amount of substrate to become saturated

That high substrate concentrations are needed to achieve maximum reaction velocity

The enzyme has a low affinity for its substrate

That the enzyme requires only a small amount of substrate to become saturated

That the enzyme requires a large amount of substrate to become saturated

That high substrate concentrations are needed to achieve maximum reaction velocity

The enzyme has a low affinity for its substrate

Size of enzyme

Substrate concentration

pH

Temperature

Enzyme concentration

Size of enzyme

Substrate concentration

pH

Temperature

Enzyme concentration

Binding of one active site affects the binding of the other active sites

Allosteric enzymes follow the same rules with respect to Michaelis-Menten kinetics that other enzymes do

These enzymes only have one ligand binding site

Plotting reaction velocity against substrate concentration for an allosteric enzyme is linear

Allosteric enzymes do not have a

Binding of one active site affects the binding of the other active sites

Allosteric enzymes follow the same rules with respect to Michaelis-Menten kinetics that other enzymes do

These enzymes only have one ligand binding site

Plotting reaction velocity against substrate concentration for an allosteric enzyme is linear

Allosteric enzymes do not have a

Myoglobin, with one subunit, binds to a single ligand, whereas hemoglobin, with four subunits, utilizes cooperative binding

Myoglobin, with one subunit, utilizes cooperative binding, whereas hemoglobin, with four subunits, binds to a single ligand

Hemoglobin, with one subunit, utilizes cooperative binding, whereas myoglobin, with four subunits, binds to a single ligand

Myoglobin, with four subunits, utilizes cooperative binding, whereas hemoglobin, with one subunit, binds to a single ligand

Both myoglobin and hemoglobin have four subunits, but myoglobin utilizes single-ligand binding whereas hemoglobin uses cooperative binding

Myoglobin, with one subunit, binds to a single ligand, whereas hemoglobin, with four subunits, utilizes cooperative binding

Myoglobin, with one subunit, utilizes cooperative binding, whereas hemoglobin, with four subunits, binds to a single ligand

Hemoglobin, with one subunit, utilizes cooperative binding, whereas myoglobin, with four subunits, binds to a single ligand

Myoglobin, with four subunits, utilizes cooperative binding, whereas hemoglobin, with one subunit, binds to a single ligand

Both myoglobin and hemoglobin have four subunits, but myoglobin utilizes single-ligand binding whereas hemoglobin uses cooperative binding