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11 Nov 2019
The following figures show the Lineweaver-Burk plots of two different inhibitor experiments. Identify the mechanism of inhibition for each. Type of inhibition for Experiment 1: competitive inhibition noncompetitive inhibition uncompetitive inhibiton Type of inhibition for Experiment 2: uncompetitive inhibition competitive inhibition noncompetitive inhibiton Inhibition mechanism for Experiment 1: Inhibitor binds to both free E and ES complex with identical binding constants. Inhibitor binds to both free E and o ES complex with different binding constants. Inhibitor binds only to free E. Inhibitor binds only to ES complex. Inhibition mechanism for Experiment 2: Inhibitor binds only to free E. Inhibitor binds to both free E and ES complex with identical binding constants. Inhibitor binds only to ES complex. Inhibitor binds to both free E and ES complex with different binding constants.
The following figures show the Lineweaver-Burk plots of two different inhibitor experiments. Identify the mechanism of inhibition for each. Type of inhibition for Experiment 1: competitive inhibition noncompetitive inhibition uncompetitive inhibiton Type of inhibition for Experiment 2: uncompetitive inhibition competitive inhibition noncompetitive inhibiton Inhibition mechanism for Experiment 1: Inhibitor binds to both free E and ES complex with identical binding constants. Inhibitor binds to both free E and o ES complex with different binding constants. Inhibitor binds only to free E. Inhibitor binds only to ES complex. Inhibition mechanism for Experiment 2: Inhibitor binds only to free E. Inhibitor binds to both free E and ES complex with identical binding constants. Inhibitor binds only to ES complex. Inhibitor binds to both free E and ES complex with different binding constants.
Jarrod RobelLv2
23 Jan 2019