300 Level Pharmacology Course Details
Fall term only, W 09:00
Coordinator: Dr Peter Smith
Prerequisites: Available only to students registered in the Dental Hygiene Diploma Program
Grading: Final grade is based on one midterm and one final exam
Lectures are used to illustrate the principles of pharmacology including rational application of commonly used drugs to the treatment of disease.
Introduction to Research in Pharmacology
Fall and Winter terms
Coordinator: Dr E Posse de Chaves
This is a course designed to introduce students to pharmacological research. The students will participate in active research programs being run in the Department of Pharmacology.
Objectives: To provide students the opportunity to perform directed research in the laboratory of a member of the Department of Pharmacology. Students will be involved in the complete process of scientific research: formulation of the scientific question and hypothesis, aquisition of background information and reference management, planning and performing experimental work, and presenting results orally and in a written report.
Format: The course starts with a workshop that addresses the mechanics of hypothesis formulation, background acquisition, references selection and management. After that, directed research is performed in the selected laboratory (10h/week). Students will be required to present results of their research project in a final written report and in an oral presentation to peers and supervisors. Evaluation will be based on the students' performance in the lab and their written and oral reports.
Prerequisites: Open only to 3rd year students. PMCOL 201, a cumulative GPA of 3.2 or higher, and consent of the course coordinator is required. Students with a 300-level Biological Sciences, Biochemistry or Physiology course may be considered at the discretion of the Pharmacology Undergraduate Advisor and the individual research supervisor.
Registration: Closed to Bear Track registration. Students must apply to the course coordinator (Dr Elena Posse de Chaves) and will be notified by email if their application is successful. This course may also be taken over the six week Spring/Summer session.
Introduction to Toxicology
Winter term only, T R 09:30
Coordinator: Dr M Davies
Prerequisites: PMCOL 201 and 202, BIOCH 200, PHYSL 210, or 212 and 214, or consent of Department
Grading: Evaluation is based on two midterms, a paper and a final examination worth 25, 30, 30 and 15%, respectively. The exams are a mixture of multiple choice, short answer and essay questions.
The adverse effects of xenobiotics on biological systems are discussed. Principles of toxicology are introduced. Responses of target organs to selected toxicants are described, with emphasis on molecular mechanisms. Special topics include chemical carcinogenesis, nanotoxicology, and endocrine disruptors.
An Introduction to the Pharmacology of Drug Abuse
Fall term only, T R 14:00
Coordinator: Dr M Davies
Prerequisites: One of the following BIOCH 200, BIOL 201, CELL 201, PHYSL 210, PHSYL 212 and 214, PMCOL 201, PSYCO 275, ZOOL 241 and 242
Grading: The final grade is based on a single midterm and a final examination in multiple-choice format.
An introduction to the complexities of drug abuse and the drugs of abuse. The student will be introduced to the psychological and social problems of drug abuse and their impact upon the abuser. Objectives of the course are to develop an understanding of addiction and a detailed knowledge of the nature of the commonly abused substances. Emphasis will be placed upon the pharmacology of drugs of abuse.
Experimental Procedures in Pharmacology
Winter term only, T 13:00
Coordinator: Dr F Plane
Prerequisite: Normally restricted to third year Pharmacology Specialization or Honors students. Students not in these programs may be admitted via consent of the instructor if space is available.
Grading: Students are continuously assessed by their in-class performance, quality of experimental results and merit of written laboratory reports.
Provides a hands-on experience in addressing basic pharmacological questions. The course will employ both in vitro techniques and behavioural models. Emphasis will be placed on experimental design and data collection, analysis and presentation.
Scientific Basis of Pharmacology: Parts 1/2
Part 1: Fall Term, M W F 13:00 Part 2: Winter Term, M W F 13:00
Coordinator: Dr W Colmers (343) and Dr F Plane (344)
Prerequisites for PMCOL 343: PMCOL 201 or PMCOL 202 or equivalent. BIOCH 200 and PHYSL 210, or 212 and 214, or consent of instructor.
In the case of over subscription, preference will be given to students in the Pharmacology Specialization and Honors Programs.
Prerequisites for PMCOL 344: PMCOL 343 or consent of coordinator
Grading: For PMCOL 343, the final grade is based on two midterm examinations (short answer format; 22% each) and a final examination in short answer format (56%).
For PMCOL 344, the final grade is based on two midterm examinations (short answer format; 25% each) and a final examination in short answer and multiple-choice format (50%).
PMCOL 343: This course, together with the subsequent PMCOL 344, provides a comprehensive study of the modern science of pharmacology. The objective of the course is to study how drugs act on physiological systems. The areas covered will include neuropharmacology and neuroendocrine pharmacology. This course may be especially useful to those students who wish to pursue a career in health sciences.
PMCOL 344: A continuation of PMCOL 343 with an emphasis on gastrointestinal pharmacology, chemotherapy of malignant and infectious diseases and pharmacological intervention in metabolic diseases.
Fall Term, T R 09:30
Coordinator: Dr W Colmers
Prerequisites: PHYSL 210, or 212 and 214, or 252, or ZOOL 242. Students who have taken ZOOL 342 may not receive credit in PMCOL 371.
Grading: The final grade is based on a single midterm (40%) and a final examination (60%) in multiple-choice format.
Lectures presented by the Faculty of Medicine and Dentistry and the Faculty of Science on nerve cell membranes, ion channels, neurotransmitters and their receptors, synaptic mechanisms and plasticity, gene regulation and development, the physiology of small neural networks and disorders involving basic mechanisms.