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Dr. Kimberley Gilbride
Professor; Biomedical Sciences Program Director; Co-Op Advisor
DepartmentChemistry and Biology
EducationBSc (Concordia University); MSc (University of Guelph); PhD (University of Toronto)
OfficeKHN 312
Areas of Expertise Kim Gilbride is a molecular microbiologist who has been characterizing the microbial community of wastewater treatment systems for the last 20 years. Current research is looking at antibiotic resistance genes in water sources including the role of the wastewater treatment process in the concentration and dissemination of antibiotic resistance genes. In conjunction with the antibiotic resistance gene dissemination program is our broader research question research on contaminants of emerging concern (CEC). We have been examining the gap between science policy, wastewater treatment and detection and monitoring programs for CEC such as pharmaceuticals, PFAS/PFOS and microplastics. Finally, our lab has been a part of a larger wastewater surveillance program to help detect viral pathogens in wastewater including most recently SARS-Cov2 viral signal in the Toronto population. The lab uses mostly molecular microbiology methods to study the bacteria, the genes, and the processes in wastewater and water sources.
Courses
Courses | Semester(s) | Description |
BLG 143 - Biology I | Fall, Winter, Chang School | This course is an introduction to the cellular and molecular mechanisms in the cell. |
BLG 151 - Microbiology | Fall | This course introduces the student to the principles of microbiology. |
BLG 307 - Molecular Biology | Fall | This course emphasizes the fundamentals of molecular biology including gene structure and function and more. |
BLG 678 - Current Topics in Biology | Winter | This course covers the developments and topics of current interest in biology and their applications |
MS8113 - Molecular Basis of Pathogen, Host and Environmental Interactions | Fall and Winter | This course aims at understanding the interplay between hosts, bacterial pathogens and environmental factors at the molecular level. |
MS8109 Independent study | Fall and Winter | This course involves individual students conducting a study in a specific area of molecular science under the guidance of supervisor. Dr. Gilbride has taken on many students, some who are still present in the team |
ES9950: Directed Studies | Fall and Winter | This course involves individual students on a research based project for 1 semester. Dr. Gilbride has supervised students that conducted studies in environmental applied science and management |