The Molecular, Cellular and Developmental program introduces students to molecular structures and processes of cellular life and their roles in the function, reproduction, and development of living organisms. Courses cover a broad range of topics including molecular biology, genetics, genomics, bioinformatics, cell biology, developmental biology, microbiology, and molecular plant genetics. It has equivalent undergraduate training in genetics, microbiology and plant molecular genetics the first two years of the program, after that students can chose emphasis and focus in final years of program.
Effective 2018, this program was renamed to Molecular, Cellular and Developmental Biology. Please see program planners to the right for course requirements. The renaming of the program means that we will no longer be admitting students into the Molecular Genetics Program. Rather, students will only be admitted into the Molecular, Cellular and Developmental Biology Program. Students who entered program prior to 2018 will graduate with a degree in Molecular Genetics. Students who entered the program after that will graduate with a degree in Molecular, Cellular and Developmental Biology.
Last names beginning with letters A-H
John Locke (email@example.com)
Last names beginning with letters I-P
Dave Pilgrim (firstname.lastname@example.org)
Last names beginning with letters Q-Z
Andrew Waskiewicz (email@example.com)
Faculty in Molecular Genetics
Molecular Biology Students Association (MBSA)
Molecular Genetics is a program that includes aspects of several field: including Molecular Biology, Genetics, Medical Genetics, Cell Biology, Biotechnology, Developmental Biology, Evolutionary Biology, Genomics and Bioinformatics. At its fundamental level, it is the study of the molecules of life, and how they are produced and regulated by genetic information. Most studies in molecular genetics are based upon the analysis and manipulation of DNA. In the past, this has been confined to the study of organisms that could be studied using the tools of ‘classical’ genetics. However, modern molecular genetics has been influenced by the genome sequencing projects of many organisms, including humans, and a student studying in this area may find a wealth of potential questions available to explore.
Many careers in molecular genetics (as in most areas of the biological, life and medical sciences) require some postgraduate training or qualifications, such as an advanced degree or diploma, beyond a B.Sc (see the link to our Graduate Program).
If you have questions about specific career requirements, you can contact one of the program advisors.