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Label the graph for 'no inhibitor' to show the position of V,½V K State the effect that inhibitor A had on V and K State the effect that inhibitor B had on V and K of the enzyme. max and max m of the enzyme. max max

Label the graph for 'no inhibitor' to show the position of V,½V K State the effect that inhibitor A had on V and K State the effect that inhibitor B had on V and K of the enzyme. max and max m of the enzyme. max max

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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no inhibitor inhibitor A inhibitor B V V = velocity (rąte) [S] = substrate concentration [S] Copy the graphs, Label the graph for 'no inhibitor' to show the position of V, ½V and max max a m b State the effect that inhibitor A had on V and K of the enzyme. of the enzyme. max and Km State the effect that inhibitor B had on V max d Which inhibitor is competitive and which is non-competitive? Explain your answer. Total
Transcribed Image Text:no inhibitor inhibitor A inhibitor B V V = velocity (rąte) [S] = substrate concentration [S] Copy the graphs, Label the graph for 'no inhibitor' to show the position of V, ½V and max max a m b State the effect that inhibitor A had on V and K of the enzyme. of the enzyme. max and Km State the effect that inhibitor B had on V max d Which inhibitor is competitive and which is non-competitive? Explain your answer. Total
12 Two inhibitors of the same enzyme, inhibitor A and inhibitor B, were investigated to discover if they were competitive or non- order to do this, the rate of reaction of the enzyme was measured at different concentrations of substrate without inhibitor, with inhibitor A and with inhibitor B. Graphs of the data were plotted as shown. The graphs showed that one inhibitor was competitive and the other non-competitive. on-competitive. In
Transcribed Image Text:12 Two inhibitors of the same enzyme, inhibitor A and inhibitor B, were investigated to discover if they were competitive or non- order to do this, the rate of reaction of the enzyme was measured at different concentrations of substrate without inhibitor, with inhibitor A and with inhibitor B. Graphs of the data were plotted as shown. The graphs showed that one inhibitor was competitive and the other non-competitive. on-competitive. In
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