Fig.11-4 B and TFig. 6-18LehnFig. 6-18LehnFig. 6-19LehnExperimental evidence diagrammed in the graphshown suggests thatA) chymotrypsin has a serine residue in its activesite.B) chymotrypsin does not hydrolyze peptidebonds through direct addition of water.C) chymotrypsin hydrolyzes ester linkages betterthan peptide bonds.D) chymotrypsin binds small substrates betterthan large ones.E) chymotrypsin has a distinctly differentreaction mechanism from that of trypsin.The bend or elbow in the graph shown arisesbecauseA) the substrate has been depleted.B) acetic acid has built up and downregulatedthe enzyme.C) most all of the enzyme has beenconverted to a acyl-linked form.D) p-Nitrophenylacetate is binding to theenzyme active site.E) p -Nitrophenol is being produced.Fig. 6-16LehnFig. 11-7 B and TFig. 11-6 B and TFig. 6-21LehnFig. 6-21LehnFig. 6-21LehnFig. 6-21LehnFig. 6-21LehnFig. 6-21LehnFig. 6-21
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