UNDERGRAD
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MAJOR AND HONOURS IN PHARMACOLOGY

The Major and Honours in Pharmacology have been designed specifically to provide students with training in subjects necessary to understand the principles and practices of pharmacology. Initially, students take introductory-level courses in mammalian physiology (including labs), molecular biology, and organic chemistry to ensure the requisite foundation for subsequent studies in pharmacology. Next, students are required to take a number of intermediate-level courses in three fundamental areas of pharmacology research: Drug Action, Drugs and Disease, and Principles of Toxicology. Students must also complete complementary courses in metabolic biochemistry and genetics, as well as a laboratory course in cell and molecular biology. In their final year, students must take advanced courses in Drug Design and Development; Neuropharmacology; Endocrine, Cardiovascular, Cancer Pharmacology and Pharmacology Research Topics. In the Major program, students may have the opportunity to enroll in a research project course, allowing them to focus their studies on a topic of pharmacology of greatest personal interest. This is a required component of the Honours program. Through the three year curriculum, students will also choose from a defined list of complementary courses in biology, chemistry, mathematics, anatomy and cell biology, biotechnology, experimental medicine, microbiology and immunology, neuroscience, physiology, and psychology. This program gives students a comprehensive education in pharmacology, enabling them to pursue future careers in biomedical or environmental sciences or professional programs in medicine, dentistry, and veterinary sciences.

For more information about the Major and Honours program contact:
Chantal Grignon, Student Affairs Coordinator (undergraduate)

Honours Application Form

Briefly, students are admitted after completing a CEGEP Diplôme d’études collégiales (DEC) with the following prerequisites:

  • Biology – NYA (OOUK)
  • Chemistry – NYA, NYB, (OOUL, OOUM)
  • Mathematics – NYA, NYB, NYC (OOUN, OOUP, OOUQ)
  • Physics – NYA, NYB, NYC (OOUR, OOUS, OOUT)
  • General Biology II (OOXU)

Or after having completed a Freshman Science Year (UO) at McGill, or an equivalent, with the following prerequisites:

  • BIOL 112
  • CHEM 110
  • CHEM 120
  • MATH 139
  • MATH 141
  • PHYS 101
  • PHYS 102

 

B.Sc. Major in Pharmacology (65 credits)

U1 Required Courses
(22 credits)
 
BIOL 200 (3) Molecular Biology
BIOL 202 (3) Basic Genetics
CHEM 212 (4) Introductory Organic Chemistry 1
CHEM 222 (4) Introductory Organic Chemistry 2
PHGY 209 (3) Mammalian Physiology 1
PHGY 210 (3) Mammalian Physiology 2
PHGY 212 (1) Introductory Physiology Laboratory 1
PHGY 213 (1) Introductory Physiology Laboratory 2
 
U2 Required Courses
(16 credits)
 
BIOC 311 (3) Metabolic Biochemistry
BIOL 301 (4) Cell and Molecular Laboratory
PHAR 300 (3) Drug Action
PHAR 301 (3) Drugs and Disease
PHAR 303 (3) Principles of Toxicology
 
U3 Required Courses
(12 credits)
 
PHAR 503 (3) Drug Design and Development 1
PHAR 562 (3) Advanced Pharmacology 1
PHAR 563 (3) Advanced Pharmacology 2
PHAR 558 (3) Pharmacology Selected Topics

Students must complete an additional 15 credits from the following list of introductory-, intermediate-, advanced-level courses, allowing them to obtain more specialized training in the sub-discipline of pharmacology of their choice.

 
Complimentary Courses
(15 credits total)
 
3 credits selected from (usually in Year 1):
BIOL 201 (3) Cell Biology and Metabolism
BIOC 212 (3) Molecular Mechanisms of Cell Function
 
3 credits selected from (usually in Year 2):
CHEM 204 (3) Physical Chemistry/Biological Sciences 1
CHEM 203 (3) Molecular Survey of Physical Chemistry
 
3 credits selected from (usually in Year 2):
BIOL 373 (3) Biometry
MATH 203 (3) Principles of Statistics 1
PSYC 204 (3) Introduction to Psychological Statistics
 
6 credits selected from the following upper level science courses (in Year 3):
ANAT 321 (3) Circuitry of the Human Brain
ANAT 322 (3) Neuroendocrinology
ANAT 365 (3) Cell Biology: Secretory Processes
ANAT 458 or
BIOC 458
(3) Membranes and Cellular Signalling
BIOC 312 (3) Biochemistry of Macromolecules
BIOC 450 (3) Protein Structure and Function
BIOC 454 (3) Nucleic Acids
BIOC 455 (3) Neurochemistry
BIOL 300 (3) Molecular Biology of the Gene
BIOL 303 (3) Developmental Biology
BIOL 306 (3) Neurobiology and Behaviour
BIOL 314 (3) Molecular Biology of Oncogenes
BIOT 505 (3) Selected Topics in Biotechnology
CHEM 302 (3) Introductory Organic Chemistry 3
CHEM 334 (3) Advanced Materials
CHEM 352 (3) Structural Organic Chemistry
CHEM 382 (3) Organic Chemistry: Natural Products
CHEM 502 (3) Advanced Bio-Organic Chemistry
CHEM 504 (3) Drug Design and Development 2
CHEM 522 (3) Stereochemistry
CHEM 552 (3) Physical Organic Chemistry
EXMD 401 (3) Physiology & Biochemistry Endocrine Systems
EXMD 504 (3) Biology of Cancer
EXMD 511 (3) Joint Venturing With Industry
MIMM 214 (3) Introductory Immunology : Elements of Immunity
MIMM 387 (3) Applied Microbiology and Immunology
MIMM 414 (3) Advanced Immunology
NEUR 310 (3) Cellular Neurobiology
PATH 300 (3) Human Disease
PHAR 504 (3) Drug Design and Development 2
PHAR 599D1/D2 (6) Pharmacology Research Project
PHGY 311 (3) Intermediate Physiology 1
PHGY 312 (3) Intermediate Physiology 2
PHGY 313 (3) Intermediate Physiology 3
PHGY 314 (3) Integrative Neuroscience
PHGY 520 (3) Ion Channels
PSYC 311 (3) Human Cognition and the Brain

Committee approval is required to substitute an upper level science course not appearing in the above list.

 

B.Sc. Honours in Pharmacology (74 credits)

The U1 and U2 (required and complimentary) courses for the Honours program are identical to those in the Major program. Students who have satisfactorily completed the first three terms of the major program with a CGPA of at least 3.50 and a mark of B+ or higher in core Pharmacology courses are eligible for admission into the Honours program. In addition to completion of the requirements of the Major program, students in the Honours program are required to take a 6-credit Research Projects in Pharmacology course and an additional 3 credit course chosen from the list of advanced level complementary courses (for a total of 9 credits in this category). Thus, in Year 3, students in the Honours program take 18 credits in advanced-level pharmacology:

U3 Required Courses
(18 credits)
 
PHAR 503 (3) Drug Design and Development 1
PHAR 562 (3) Advanced Pharmacology 1
PHAR 563 (3) Advanced Pharmacology 2
PHAR 558 (3) Pharmacology Selected Topics
PHAR 559D1/D2 (6) Pharmacology Research Project
 
9 credits selected from the following upper level science courses (in Year 3):
ANAT 321 (3) Circuitry of the Human Brain
ANAT 322 (3) Neuroendocrinology
ANAT 365 (3) Cell Biology: Secretory Processes
ANAT 458 or
BIOC 458
(3) Membranes and Cellular Signalling
BIOC 312 (3) Biochemistry of Macromolecules
BIOC 450 (3) Protein Structure and Function
BIOC 454 (3) Nucleic Acids
BIOC 455 (3) Neurochemistry
BIOL 300 (3) Molecular Biology of the Gene
BIOL 303 (3) Developmental Biology
BIOL 306 (3) Neurobiology and Behaviour
BIOL 314 (3) Molecular Biology of Oncogenes
BIOT 505 (3) Selected Topics in Biotechnology
CHEM 302 (3) Introductory Organic Chemistry 3
CHEM 334 (3) Advanced Materials
CHEM 352 (3) Structural Organic Chemistry
CHEM 382 (3) Organic Chemistry: Natural Products
CHEM 502 (3) Advanced Bio-Organic Chemistry
CHEM 504* (3) Drug Design and Development 2
EXMD 504 (3) Biology of Cancer
CHEM 522 (3) Stereochemistry
CHEM 552 (3) Physical Organic Chemistry
EXMD 401 (3) Physiology & Biochemistry Endocrine Systems
EXMD 511 (3) Joint Venturing With Industry
MIMM 214 (3) Introductory Immunology : Elements of Immunity
MIMM 387 (3) Applied Microbiology and Immunology
MIMM 414 (3) Advanced Immunology
NEUR 310 (3) Cellular Neurobiology
PATH 300 (3) Human Disease
PHAR 504 (3) Drug Design and Development 2
PHGY 311 (3) Intermediate Physiology 1
PHGY 312 (3) Intermediate Physiology 2
PHGY 313 (3) Intermediate Physiology 3
PHGY 314 (3) Integrative Neuroscience
PHGY 520 (3) Ion Channels
PSYC 311 (3) Human Cognition and the Brain