CHEM-45063 credit hours

Methods in Biochemistry

Chemistry · 3 hrs Lecture | 3 hrs Lab

Offered: Fall Or Winter, Every Year

CHEM-4506 prerequisites

8 courses appear in this chain, up to 6 levels deep. 7 are needed whichever route you take: CHEM-1111CHEM-1112BIOL-1115CHEM-2202CHEM-3502CHEM-3503CHEM-4502

Part of this course's requisite text couldn't be parsed into structure, so the chain below may be incomplete. The full wording is under “Requisite courses”.

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

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CHEM-1111Introduction to Chemical Properties of Matter

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Pre-Calculus Mathematics 40S

Applied Mathematics 40S

Chemistry 40S

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

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Chemistry 40S

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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

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Pre-Calculus Math 40S

Applied Math 40S

Chemistry 40S

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CHEM-4502Molecular Enzymology
CHEM-3503Intermediate Biochemistry II: Intermediary Metabolism

Its prerequisites are shown above.

recommended prerequisite

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Where CHEM-4506 counts

Required by 2 programs:

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

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 the application of physical methods to problems of biochemical interest. Topics to be covered include the isolation and stabilization of proteins; sub-cellular fractionation; methods for the assay of protein activity; the determination of enzyme kinetic parameters; purification and analysis of biomolecules (especially proteins) by selective precipitation (varying pH, salt concentration, and solvent), liquid chromatography (ion exchange, gel filtration, and affinity chromatography) and electrophoresis (slab gel and capillary); ultracentrifugation; and biochemical applications of the use of radioisotopes. Although emphasis is placed on the application of these techniques to proteins, application to other classes of biomolecules are examined as appropriate.

Requisite courses

CHEM-3503 [prerequisite(s)]; CHEM-4506L (lab) (must be taken concurrently); CHEM-4502 (recommended prerequisite).

LectureLab

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