14. Which of the following types of inhibition can be reversed by addition of more substrate? (A) noncompetitive inhibition (B) uncompetitive inhibition (C) competitive inhibition (D) irreversible inhibition (E) none of the above

17. Which of the following properly expresses the Michaelis-Menten equation? (A) \(V_{\mathrm{max}} = v_{\mathrm{o}}K_{\mathrm{M}} / (K_{\mathrm{M}} + [\mathrm{S}])\) (B) \(v_{\mathrm{o}} = V_{\mathrm{max}}K_{\mathrm{M}} / (K_{\mathrm{M}} + [\mathrm{S}])\) (C) \(k_{\mathrm{cat}} = V_{\mathrm{max}} / [\mathrm{E}]_{\mathrm{T}}\) (D) \(V_{\mathrm{max}} = v_{\mathrm{o}}[\mathrm{S}] / (K_{\mathrm{M}} + [\mathrm{S}])\) (E) \(v_{\mathrm{o}} = V_{\mathrm{max}}[\mathrm{S}] / (K_{\mathrm{M}} + [\mathrm{S}])\)

14. Which of the following types of inhibition can be reversed by addition of more substrate?
(A) noncompetitive inhibition
(B) uncompetitive inhibition
(C) competitive inhibition
(D) irreversible inhibition
(E) none of the above

相關試題

相關試卷

14. Which of the following types of inhibition can be reversed by addition of more substrate?(A) noncompetitive inhibition(B) uncompetitive inhibition(C) competitive inhibition(D) irreversible inhibition(E) none of the above

相關試題

相關試卷

14. Which of the following types of inhibition can be reversed by addition of more substrate?
(A) noncompetitive inhibition
(B) uncompetitive inhibition
(C) competitive inhibition
(D) irreversible inhibition
(E) none of the above