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The graph below represents one of the enzymes inhibition mechanism, answer the following: A Y (C) L== 0 B +1 Slope = K(C) Vmax -1 Slope = KM Vmax X Q13) Which mode of inhibition does the graph represent? A) Pure competitive B) Mixed competitive C) Pure noncompetitive D) Uncompetitive E) Irreversible inhibition

The graph below represents one of the enzymes inhibition mechanism, answer the following: A Y (C) L== 0 B +1 Slope = K(C) Vmax -1 Slope = KM Vmax X Q13) Which mode of inhibition does the graph represent? A) Pure competitive B) Mixed competitive C) Pure noncompetitive D) Uncompetitive E) Irreversible inhibition

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Q11: Which ion chromatography conditions is suitable to isolate a protein that has a surface rich in D and E amino acids? A) cation exchanger resin running at pH > pl B) cation exchanger resin running at pH <pl C) anion exchanger resin running at pH> pl D) anion exchanger resin running at pH <pl E) any resin running at pH = pl Q12: Lyophilization can be explained using the following physical phenomena: A) Condensation B) Evaporation C) Precipitation D) Sublimation E) Crystallization The graph below represents one of the enzymes inhibition mechanism, answer the following: A Y (C) 0 B +1 Slope = K(C) Vmax -1 Slope = KM Vmax X Q13) Which mode of inhibition does the graph represent? A) Pure competitive B) Mixed competitive C) Pure noncompetitive D) Uncompetitive E) Irreversible inhibition
Transcribed Image Text:Q11: Which ion chromatography conditions is suitable to isolate a protein that has a surface rich in D and E amino acids? A) cation exchanger resin running at pH > pl B) cation exchanger resin running at pH <pl C) anion exchanger resin running at pH> pl D) anion exchanger resin running at pH <pl E) any resin running at pH = pl Q12: Lyophilization can be explained using the following physical phenomena: A) Condensation B) Evaporation C) Precipitation D) Sublimation E) Crystallization The graph below represents one of the enzymes inhibition mechanism, answer the following: A Y (C) 0 B +1 Slope = K(C) Vmax -1 Slope = KM Vmax X Q13) Which mode of inhibition does the graph represent? A) Pure competitive B) Mixed competitive C) Pure noncompetitive D) Uncompetitive E) Irreversible inhibition
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