Competitive Inhibitor Uncompetitive Inhibitor Mixed Inhibitor Binds to the activ
ID: 192852 • Letter: C
Question
Competitive Inhibitor Uncompetitive Inhibitor Mixed Inhibitor Binds to the active site ofDoes not bind to the free an enzyme Higher concentrations of substrate can reduce the effect of the inhibitor enzyme The y-axis intercept of the Does notbind to the act ve Lineweaver-Burk plot remains the same with or bind to the free enzyme or without this inhibitor site of an enzyme, but can the enzyme-substrate complex Does not affect the vmax of the reaction Increasing inhibitor concentration decreases both the Vmax and the Km tempt ack 9 See Hi VIEW SOLUTIONExplanation / Answer
Competitive inhibition
Uncompetitive inhibition
Mixed or noncompetitive inhibition
Binds to the active site of an enzyme
Does not bind to the free enzyme
Does not bind to the active site of an enzyme, but can bind to the free or enzyme substrate complex
The Y-axis intercept of the lineweaver Burk plot remains the same with or without this inhibitor
Increasing inhibitor concentration can decrease both the Vmax and the Km
Does not affect the Vmax of the reaction
Higher concentration of the substrate can reduce the effect of the inhibitor
Competitive inhibition
Uncompetitive inhibition
Mixed or noncompetitive inhibition
Binds to the active site of an enzyme
Does not bind to the free enzyme
Does not bind to the active site of an enzyme, but can bind to the free or enzyme substrate complex
The Y-axis intercept of the lineweaver Burk plot remains the same with or without this inhibitor
Increasing inhibitor concentration can decrease both the Vmax and the Km
Does not affect the Vmax of the reaction
Higher concentration of the substrate can reduce the effect of the inhibitor
Related Questions
drjack9650@gmail.com
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.