Limited Time. Receive Free After-Care for All Camps. Code FREEAFTERCARE.
This Saturday Intensive gives high school students in Toronto a real-world look at the lab techniques behind modern molecular genetics, forensic analysis, and clinical diagnostics. Over a full-day hands-on workshop, participants complete an integrated molecular workflow used daily in research and diagnostic labs.
You’ll start by extracting your own genomic DNA using professional lab methods. Then you’ll run PCR to analyze key genetic polymorphisms and use gel electrophoresis to interpret your results and decode your genotype. These are the same techniques forensic experts and biomedical researchers use to uncover vital genetic information.
Developed by Metro Prep’s GENIUS Biotechnology Program, this intensive offers exclusive access to Toronto’s premier high school biotech facility, complete with micropipettes, thermal cyclers, and electrophoresis equipment.
No prior lab experience needed. Bring your sense of wonder and analytical mindset because we’ll provide the gear and guidance to make you a genetics pro.
Absolutely. While an interest in science is helpful, no prior laboratory experience or advanced biology knowledge is required. Our instructors guide students step-by-step through each technique, explaining the scientific concepts in an accessible and engaging way.
Students should bring a packed lunch (for full-day workshops), a water bottle, and a notebook for taking notes. All laboratory equipment, safety gear, reagents, and materials are provided. Students will wear lab coats and safety goggles supplied by Metro Prep.
All workshops take place at Metro Prep’s GENIUS Biotechnology Laboratory in midtown Toronto (North York). The facility is easily accessible by TTC (subway and bus routes nearby) and offers street parking for drop-off and pick-up. Detailed directions will be provided upon registration.
Yes. While students use professional equipment, all biological materials are non-pathogenic and safe for educational use. Students are trained in proper safety protocols, including the use of Personal Protective Equipment (PPE) like gloves and safety goggles, which are provided.
Yes! Students extract their own genomic DNA and perform PCR amplification to analyze a specific genetic marker (Alu insertion). They visualize their results using gel electrophoresis and determine their personal genotype, just like in forensic or clinical genetics labs.
