Chymotrypsin serves as a catalyst in the "Hydrolysis" of pepdite bonds - found in carboxylic groups of amino acids, which consist of aromatic pedand groups and large hydrophobic groups. Chymotrypsin is also known to serve as a catalyst in the Hydrolysis of "ester - and amide bonds" , found in hydrophobic groups.
1. Would you expect the KMof the reactions of Chymotrypsin with the different substrates to have the same value ? explain your reasoning.
2. Would you expect the Vmaxof the reactions of Chymotrypsin with the different substrates to have the same value ? explain your reasoning.
3. Would you expect the " pH-dependence " of the "hydrolysis - reactions" of the different substrates to be the same for all substrates ? explain your reasoning.
Chymotrypsin serves as a catalyst in the "Hydrolysis" of pepdite bonds - found in carboxylic groups of amino acids, which consist of aromatic pedand groups and large hydrophobic groups. Chymotrypsin is also known to serve as a catalyst in the Hydrolysis of "ester - and amide bonds" , found in hydrophobic groups.
1. Would you expect the KMof the reactions of Chymotrypsin with the different substrates to have the same value ? explain your reasoning.
2. Would you expect the Vmaxof the reactions of Chymotrypsin with the different substrates to have the same value ? explain your reasoning.
3. Would you expect the " pH-dependence " of the "hydrolysis - reactions" of the different substrates to be the same for all substrates ? explain your reasoning.
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