Chapter 11: Q2. (page 327)
Describe how different enzymes are classified and named?
Short Answer
The different enzymes are generally classified on the basis of the nature of the chemical reactions they catalyze.
Chapter 11: Q2. (page 327)
Describe how different enzymes are classified and named?
The different enzymes are generally classified on the basis of the nature of the chemical reactions they catalyze.
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Get started for freeEukaryotic cells contain a class of proteases known as caspases. Which catalytic residues give these proteases their name? What role do these residues play in catalysis, and how does the caspase mechanism compare to the mechanism of serine proteases? How are the caspases activated, and what is the result of their activity in the cell?
Studies at different pH’s show that an enzyme has two catalytically important residues whose pKs are ~4 and ~10. Chemical modification experiments indicate that a Glu and a Lys residue are essential for activity. Match the residues to their pKs and explain whether they are likely to act as acid or base catalysts.
Explain why lysozyme cleaves the artificial substrate fourtimes more slowly than it cleaves .
Which catalytic mechanism contributes the most to rate acceleration?
Why are cofactors required for some enzymatic reactions?
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