. Lineweaver-Burk plot is the most used linearization method of the MichaelisMenten equation, but the main drawback is a/an: a. overemphasis to low substrate concentration and less emphasis to high substrate concentration. b. overemphasis to high substrate concentration and less emphasis to low substrate concentration. c. exaggeration to both ends of the reciprocal of the substrate concentration. d. lack of independent variables to x- and y- coordinates. Kinetic data were gathered for Enzyme X, its substrate, and a known competitive inhibitor Z. Upon plotting the linearized kinetic data, one could surmise that the plot of the inhibited enzyme would have: a. a slope and y-intercept both lower in magnitude than the plot of the uninhibited enzyme using Eadie-Hofstee method. b. a constant slope and y-intercept that is lower in magnitude with the plot of the uninhibited enzyme using Eadie-Hofstee method. c. a slope and y-intercept greater in magnitude than the plot of the uninhibited enzyme using Hanes-Woolf method. d. a constant slope but a lower y-intercept than the plot of the uninhibited enzyme using Lineweaver-Burk method
. Lineweaver-Burk plot is the most used linearization method of the MichaelisMenten equation, but the main drawback is a/an:
a. overemphasis to low substrate concentration and less emphasis to high
substrate concentration.
b. overemphasis to high substrate concentration and less emphasis to low
substrate concentration.
c. exaggeration to both ends of the reciprocal of the substrate concentration.
d. lack of independent variables to x- and y- coordinates.
Kinetic data were gathered for Enzyme X, its substrate, and a known competitive
inhibitor Z. Upon plotting the linearized kinetic data, one could surmise that the
plot of the inhibited enzyme would have:
a. a slope and y-intercept both lower in magnitude than the plot of the
uninhibited enzyme using Eadie-Hofstee method.
b. a constant slope and y-intercept that is lower in magnitude with the plot of
the uninhibited enzyme using Eadie-Hofstee method.
c. a slope and y-intercept greater in magnitude than the plot of the
uninhibited enzyme using Hanes-Woolf method.
d. a constant slope but a lower y-intercept than the plot of the uninhibited
enzyme using Lineweaver-Burk method
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