In a plot of 1/V against 1/[S] for an enzyme-catalyzed reaction, the presense of a non-competitive...
In a plot of 1/V against 1/[S] for an enzyme-catalyzed reaction, the presense of a non-competitive inhibitor will:
a) leave the intercept on the 1/V axis unchanged
b)give parallel straight lines
c) move the intercept on the 1/[S] axis closer to zero
d) leave the intercept of the 1/[S] axis unchanged
e) move the intercept on the 1/[S] axis closer to zero and leave the intercept on the 1V axis unchanged
Homework Answers
In case of non competitive inhibitor, the following graoh is obtained:
In this graph, the non competitive inhinitor and without inhibitor lines found at the same point on 1/[S] axis. That's why there is found same Km value.
The intercept on 1/V are found at different points.
That's why right answer is :
d) leave the intercept of the 1/[S] axis unchanged
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In a plot of 1/V against 1/[S] for an enzyme-catalyzed reaction,
the presense of a non-competitive...
An enzyme catalyzed reaction was performed in the presence and in the absence of an inhibitor....
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Please show me how to solve these and I'll give thumbs up. Thank you! Question 6...
Please show me how to solve these and I'll give thumbs up.
Thank you!
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Determine the type of inhibition that has occurred in a first order Michaelis-Menten enzyme catalyzed reaction that has...
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An enzyme catalyzed reaction was performed in the presence and in the absence of an inhibitor. The Lineweaver Burk plot showed non-competitive kinetics with y- intercepts of 15s -1 and 5 s -1 in the presence and absence of the inhibitor respectively. If the inhibitor binding constant was 0.5nM, calculate [I ] used in this reaction? a. 0.135nM b. none of the above c. 0.225nM d. InM e. 0.125nM
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An enzyme catalyzed reaction was performed in the presence and in the absence of an inhibitor. The Lineweaver Burk plot showed competitive kinetics with x-intercepts of -10mm -1 and -3.5mm -1 in the presence and absence of the inhibitor respectively. If the inhibitor concentration used was 2micro molar (UM), calculate KI for the inhibitor enzyme binding? a. none of the above b. 0.135nM c. 0.054nM d. 0.225nM e. 1077 nM
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Please show me how to solve these and I'll give thumbs up.
Thank you!
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