6. In a plot of l/V against 1/[S] for an enzyme-catalyzed reaction, the presence of a competitive inhibitor will alter the: (A) intercept on the l/[S] axis. (B) Vmax. (C) intercept on the l/V axis. (D) pK of the plot. (E) curvature of the plot.

9. In the laboratory, recombinant plasmids are commonly introduced into bacterial cells by: (A) electrophoresis – a gentle low-voltage gradient draws the DNA into the cell. (B) infection with a bacteriophage that carries the plasmid. (C) microinjection. (D) mixing plasmids with an extract of broken cells. (E) transformation – heat shock of the cells incubated with plasmid DNA in the presence of CaCl2.

6. In a plot of l/V against 1/[S] for an enzyme-catalyzed reaction, the presence of a competitive inhibitor will alter the:
(A) intercept on the l/[S] axis.
(B) Vmax.
(C) intercept on the l/V axis.
(D) pK of the plot.
(E) curvature of the plot.

相關試題

相關試卷

6. In a plot of l/V against 1/[S] for an enzyme-catalyzed reaction, the presence of a competitive inhibitor will alter the:(A) intercept on the l/[S] axis.(B) Vmax.(C) intercept on the l/V axis.(D) pK of the plot.(E) curvature of the plot.

相關試題

相關試卷

6. In a plot of l/V against 1/[S] for an enzyme-catalyzed reaction, the presence of a competitive inhibitor will alter the:
(A) intercept on the l/[S] axis.
(B) Vmax.
(C) intercept on the l/V axis.
(D) pK of the plot.
(E) curvature of the plot.