Every summer, high school students are offered an exclusive glimpse into the world of medicine and medical research by the University of Toronto’s Faculty of Medicine. Students from across North America and around the world are invited to learn at Canada’s most prestigious medical school!
From its home in the University of Toronto’s Medical Sciences Building, in the heart of Toronto’s “Medical Discovery District”, the Med YSP offers students currently enrolled in grades 10 and 11 (or their international equivalents) four unique one-week modules that each introduces a major medical discipline.
Each module includes lectures from world-class faculty and hands-on experimentation, guided by distinguished medical researchers, in cutting-edge research laboratories. The Med YSP’s unparalleled access to the University of Toronto’s medical faculty and teaching lab facilities allows participants to experience what it is like to be a student at Canada’s premier medical school.
To stay up-to-date on program offers, please subscribe to our mailing list.
Physiology Module: How The Body Works
Human anatomy and physiology are the foundations of medicine. In this module, through a series of labs and lectures, students explore the main systems in human physiology including: respiratory, cardio-vascular, neuro-muscular and sensory physiology. In the laboratory, students have the opportunity to measure lung volumes, blood pressure, determine their own blood type, measure their own visual acuity and hearing, examine reaction times, and record physiological signs involved during a polygraph (Lie Detector Testing). For more information on Fees & Dates please click here and you can register by clicking here.
Molecular Biology and Genetics: Applications in Forensics & Medicine
From personalized medicine to criminal investigations, the science of molecular biology and genetics is at the centre of many of today’s most contentious issues. In this module, students learn about genomics technologies, forensic techniques such as DNA fingerprinting, and genetic transformation through a variety of hands-on laboratory activities, interactive discussions, and lectures from world-class speakers. Highlighting the program is the mock crime scene where students collect evidence while learning some of the basics of crime scene investigation from real forensic police officers. They then move into the laboratory where they utilize different experimental methods to analyze the collected evidence and work together to put all the pieces of the puzzle together to solve the case. For more information on Fees & Dates please click here and you can register by clicking here.
Pharmacology & Toxicology: Medications, Drugs & the Body
For any student planning a career in the medical sciences, pharmacology and toxicology — which examines the interactions between chemical substances and the body — is an essential field of study. In this intensive hands-on module, students are introduced to pharmacogenetics, pharmacodynamics, pharmacokinetics, and toxicology. In the laboratory, students examine their own phenotype-genotype relationship with caffeine as the model, learn why inheritance may cause the same drug/medication to help one person and elicit an adverse reaction in another, learn how exposure to drugs and chemicals can lead to unwanted or toxic effects, and investigate the effects of chemicals in the environment on the rate of drug metabolism. For more information on Fees & Dates please click here and you can register by clicking here.
Microbiology: Microbes & the Body
The recent outbreaks of Ebola in West Africa and MERS in the Middle East are a stark reminder of the power of microbes despite major advances in our ability to understand them. Students will hear talks from researchers who are leaders in their field, covering topics such as vaccines, antibiotic resistance, public health microbiology and how microbes cause disease. In the laboratory, students will learn fundamental concepts of microbiology by doing experiments such as measuring sensitivity of bacteria to different antibiotics and common disinfectants, monitoring the effect of viruses on their host cells, isolating and identifying bacteria from environmental surfaces and analyzing bacteria in water from different sources. It is intended that through engaging speakers and hands-on experiments in the laboratory, students will develop a better appreciation of microbes and their importance. For more information on Fees & Dates please click here and you can register by clicking here.