CHEM-45023 credit hours

Molecular Enzymology

Chemistry · 3 hrs Lecture

Offering schedule: contact department

The calendar doesn't say which term this runs in. The sections below show the terms it actually runs in this year.

CHEM-4502 prerequisites

7 courses appear in this chain, up to 5 levels deep. 6 are needed whichever route you take: CHEM-1111CHEM-1112BIOL-1115CHEM-2202CHEM-3502CHEM-3503

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CHEM-3503Intermediate Biochemistry II: Intermediary Metabolism
CHEM-3502Intermediate Biochemistry I:

all of

CHEM-1111Introduction to Chemical Properties of Matter

any one of

all of

any one of

Pre-Calculus Mathematics 40S

Applied Mathematics 40S

Chemistry 40S

CHEM-0100Foundations of Chemistry
CHEM-1112Basic Principles of Chemical Reactivity

any one of

all of

Chemistry 40S

any one of

Pre-Calculus Math 40S

Applied Math 40S

CHEM-0100Foundations of Chemistry

Its prerequisites are shown above.

CHEM-2202Organic Chemistry I

all of

CHEM-1111Introduction to Chemical Properties of Matter

Its prerequisites are shown above.

CHEM-1112Basic Principles of Chemical Reactivity

Its prerequisites are shown above.

BIOL-1115Cells and Cellular Processes

all of

any one of

Pre-Calculus Math 40S

Applied Math 40S

Chemistry 40S

Add your completed courses to see which of these you've already done and what you could take next. They stay on this device.

Taking CHEM-4502 is a prerequisite for 1 course directly.

Where CHEM-4502 counts

Required by 2 programs:

  • BCHM 4-YEAR BSc IN BIOCHEMISTRY
  • BCHM HONOURS BSc IN BIOCHEMISTRY

Counts toward 3 more as one option among several, not as a course you must take:

  • NSCI 3-YEAR BSc IN NEUROSCIENCE
  • NSCI 4-YEAR BSc IN NEUROSCIENCE
  • NSCI HONOURS BSc IN NEUROSCIENCE

Read from the departments' own calendar pages, where 71 of 141 programs are only partly machine-readable, so treat these as a minimum rather than the full list. Confirm with an academic advisor.

Description

This course examines aspects of the structure, function, and regulation of enzymes. Topics include the inter-relationship of enzyme structure and function, current theories of the chemical basis of enzyme catalysis, enzyme kinetics, and the regulation of enzyme activity. Applications of our current understanding of enzyme biochemistry are discussed.

Requisite courses

CHEM-3503 [prerequisite(s)].

Lecture

From the 2026-27 undergraduate calendar. Always verify details on WebAdvisor or with an academic advisor before registering.