This year, two more modules were designed for Biology 2 students-- juniors--to practice some of these techniques. In these modules, students got to become detectives and had to solve a crime, which included genetic fingerprinting and DNA evidence. Students in these modules learned how scientists and investigators reconstruct a crime scene.
In the exercise, one person was selected as the "designated criminal." Then each student extracted his or her own DNA from saliva and also generated his or her own genetic fingerprints. Among these fingerprints, there was a match with the fictitious criminal who committed the crime. The data gathered from the exercise was anonymous and adhered to GDPR rules and regulations, and after the experiment, all DNA and genetic fingerprints were destroyed.
Our overall objective with the Molecular Genetics Flagship program is to help students learn by using deductive reasoning and complex manipulative skills, but we also want them to have some fun at the same time. And the good news is that while following a university-level science curriculum in high school has its challenges, our students have, so far, been very successful.
Trustee, alumnus, and renowned scientist Fred 'Rusty' Gage '68 and his wife, alumna Mary Lynn '68, have generously funded this unique program, which positions St Stephen's students with exceptional training and experience.