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Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Number 1 please explain
1. Arrange the steps involved in molecular docking into a proper sequence. А. A least squares fit of ligand atoms to the sphere centers is applied to ensure proper orientation. В. Ligand atoms are matched to sphere centers. The interaction energy is computed as a "Z-score" for binding mode. The best-scoring orientations are retained for subsequent analysis. A “negative" image of the binding site is made. New orientations obtained by matching different sets of atoms and sphere centers. Orientation is checked for steric clashing between ligand and receptor. С. D. E. F. G. a. A, B, C, E, F, G, D b. B, A, E, G, C, D, F c. C, G, B, A, F, D, E d. E, B, A, G, C, F, D e. G, E, A, B, F, D, C 2. Carbonic anhydrase has two substrates, carbon dioxide and bicarbonate, which are both converted to carbonic acid. Kinetic data for each is given below. Typical values for Kcat/Km range from less than 1 mM-'sec-' to as high as 2.8×10$ mM-'sec-'. What can be said about the Kcat/Km for CO2? Substrate Km (mM) Kcat (sec-!) Kca/Km (m M-'sec-!) 8.3x104 1.5x104 12 1x106 CO2 HCO3 26 4x105 a. carbonic anhydrase binds CO2 well but poorly converts it to carbonic acid b. carbonic anhydrase binds CO2 poorly but effectively converts it to carbonic acid carbonic anhydrase binds CO2 well and converts it to carbonic acid very well acid
Transcribed Image Text:1. Arrange the steps involved in molecular docking into a proper sequence. А. A least squares fit of ligand atoms to the sphere centers is applied to ensure proper orientation. В. Ligand atoms are matched to sphere centers. The interaction energy is computed as a "Z-score" for binding mode. The best-scoring orientations are retained for subsequent analysis. A “negative" image of the binding site is made. New orientations obtained by matching different sets of atoms and sphere centers. Orientation is checked for steric clashing between ligand and receptor. С. D. E. F. G. a. A, B, C, E, F, G, D b. B, A, E, G, C, D, F c. C, G, B, A, F, D, E d. E, B, A, G, C, F, D e. G, E, A, B, F, D, C 2. Carbonic anhydrase has two substrates, carbon dioxide and bicarbonate, which are both converted to carbonic acid. Kinetic data for each is given below. Typical values for Kcat/Km range from less than 1 mM-'sec-' to as high as 2.8×10$ mM-'sec-'. What can be said about the Kcat/Km for CO2? Substrate Km (mM) Kcat (sec-!) Kca/Km (m M-'sec-!) 8.3x104 1.5x104 12 1x106 CO2 HCO3 26 4x105 a. carbonic anhydrase binds CO2 well but poorly converts it to carbonic acid b. carbonic anhydrase binds CO2 poorly but effectively converts it to carbonic acid carbonic anhydrase binds CO2 well and converts it to carbonic acid very well acid
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