The shaded area in the following diagram showsCH₂CH |HCO-H-N N-H-O-CH₂C-OH-N Gly 193HRNCovalent bond formation between a catalytic amino acid residue and the substrate during chymotrypsin catalysis.Acid-base catalysis by a catalytic residue in chymotrypsin.Oxyanion hole which stabilizes substrate binding in chymotrypsin catalysis.Oxyanion hole which stabilizes transition state in chymotrypsin catalysis.Low barrier hydrogen bond formation between the transition state and one of the catalytic residues of chymotrypsin.?

Answered: Image /qna-images/answer/ee19f650-834c-4a1b-9d52-2457646e3227.jpg

The shaded area in the following diagram shows CH₂ CH₂ ? H N-HO -CH₂ C-OH-N Gly 193 H RN O Covalent bond formation between a catalytic amino acid residue and the substrate during chymotrypsin catalysis. O Acid-base catalysis by a catalytic residue in chymotrypsin. O Oxyanion hole which stabilizes substrate binding in chymotrypsin catalysis. O Oxyanion hole which stabilizes transition state in chymotrypsin catalysis. O Low barrier hydrogen bond formation between the transition state and one of the catalytic residues of chymotrypsin. CO-H-N

The shaded area in the following diagram shows CH₂ CH₂ ? H N-HO -CH₂ C-OH-N Gly 193 H RN O Covalent bond formation between a catalytic amino acid residue and the substrate during chymotrypsin catalysis. O Acid-base catalysis by a catalytic residue in chymotrypsin. O Oxyanion hole which stabilizes substrate binding in chymotrypsin catalysis. O Oxyanion hole which stabilizes transition state in chymotrypsin catalysis. O Low barrier hydrogen bond formation between the transition state and one of the catalytic residues of chymotrypsin. CO-H-N

Organic Chemistry

9th Edition

ISBN:9781305080485

Author:John E. McMurry

Publisher:John E. McMurry

Chapter26: Biomolecules: Amino Acids, Peptides, And Proteins

Section26.SE: Something Extra

Problem 28MP

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