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Introduction to Enzymology Exam Study Guide Questions and Complete Solutions $12.49   Add to cart

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Introduction to Enzymology Exam Study Guide Questions and Complete Solutions

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  • Enzymology
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  • Enzymology

Introduction to Enzymology Exam Study Guide Questions and Complete Solutions

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  • September 8, 2024
  • 6
  • 2024/2025
  • Exam (elaborations)
  • Questions & answers
  • Enzymology
  • Enzymology
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KenAli
Introduction to Enzymology Exam
Study Guide Questions and Complete
Solutions

Hydrolases - ✔Catalyze hydrolysis or splitting of a bond by the addition of water
(hydrolytic reactions)



Hydrolases - ✔Esterases (ACP, ALP, LPS)
Peptidases (Trypsin, Pepsin, LAP)
Glycosidases (AMS, Galactosidase)



Lyases - ✔Catalyze removal of groups from substrates without hydrolysis.


Product contains double bonds



Lyases - ✔Glutamate decarboxylase

Pyruvate decarboxylase
Tryptophan decarboxylase
Aldolase



Ligases - ✔Catalyze the joining of two substrate molecules, coupled with breaking
of pyrophosphate bond in ATP or similar compoun



Ligases - ✔Synthase



First-Order Kinetics - ✔Reaction rate is directly proportional to the substrate concentration

, Substrate increases = reaction rate increases




Zero-Order Kinetics - ✔Only a fixed number of substrate (in excess) is converted to
product per second



Further increase in the concentration of the substrate will produce no more enhancement of
the reaction rate


Reaction rate switched its maximum


Enzyme is already saturated with the substrate



Michaelis-Menten Constant - ✔Describes how reaction velocity varies with
substrate concentration



Expression of the relationship between the velocity of an enzymatic reaction and substrate
concentration



Competitive Inhibitor - ✔Physically bind to the active site of an enzyme
Both the substrate and the inhibitor compete for the same active site of the enzyme
Inhibitor may bind the active site, blocking the access of the substrate



Non-Competitive Inhibitor - ✔Binds an enzyme at a place other than the active site
Do not compete with the substrate but look for areas other than the active site

Binds to the allosteric site causing a change in the shape of the enzyme that interferes with the
substrate binding

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