Chapter 16: Q. 16.78 (page 581)
16.78 How does the induced-fit model of enzyme action allow an enzyme to catalyze a reaction of a group of substrates?
Short Answer
The interaction progresses according to the mediated structural models.
Chapter 16: Q. 16.78 (page 581)
16.78 How does the induced-fit model of enzyme action allow an enzyme to catalyze a reaction of a group of substrates?
The interaction progresses according to the mediated structural models.
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Get started for freeIndicate whether each of the following statements describes primary, secondary, tertiary, or quaternary protein structure:
a. Hydrophobic groups seeking a nonpolar environment move toward the inside of the folded protein.
b. Protein chains of collagen form a triple helix.
c. An active protein contains four tertiary subunits.
d. In sickle-cell anemia, valine replaces glutamate in the -chain.
Classify each of the following proteins according to its function:
a. hemoglobin, oxygen campier in the blood
b. collagen, a major component of tendons and cartilage
c. Keratin is a protein that is found in hair.
d. amylases that catalyze the hydrolysis of search
Draw the condensed structural formula for each of the following pairs, and give their three-letter and one-letter abbreviations:
a. alanylations
b. serylpheaylalanine
c. glycylalanylvaline
d. valyliwoleucyltrypeophan
a. Write an equation that represents an enzyme-catalyzed reaction.
b. How is the active site different from the whole enzyme structure?
Explain why each of the following pairs are complementary proteins:
a. beans and outs
b. almonds and peanuts
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