| Philip Awadalla | Ontario Institute for Cancer Research | genomics for precision health |
| Artem Babaian | Molecular Genetics | RNA-Based Lifeforms |
| Gary Bader | Donnelly Centre for Cellular and Biomedical Research, Molecular Genetics, Computer Science | Single cell genomics, multiscale human, biomolecular interaction networks and pathways, molecular profiles, cancer |
| Anthony Bonner | Computer Science | Computational biology algorithms, machine learning |
| Michael Brudno | Computer Science, Donnelly Centre for Cellular and Biomedical Research | Computational biology algorithms |
| Kieran Campbell | Lunenfeld-Tanenbaum Research Institute | Machine learning, cancer genomics, single-cell |
| Belinda Chang | Ecology & Evolutionary Biology, Cell & Systems Biology | Evolutionary genomics |
| Mélanie Courtot | Ontario Institute for Cancer Research, Medical Biophysics | Translational and genome informatics |
| Asher Cutter | Ecology & Evolutionary Biology | Evolutionary genetics |
| Hue-Sun Chan | Biochemistry, Molecular Genetics | Computational protein folding |
| Brendan Frey | Electrical and Computer Engineering, Donnelly Centre for Cellular and Biomedical Research | Bayesian networks, machine learning algorithms |
| Federico Gaiti | Princess Margaret Cancer Centre, Medical Biophysics | Single-cell multi-omics, epigenomics, evolution |
| Jesse Gillis | Department of Physiology, Donnelly Centre for Cellular & Biomolecular Research | Coexpression networks for understanding cellular and organismal variability |
| Aleksandrina Goeva | Donnelly Centre for Cellular and Biomedical Research, Molecular Genetics | Machine Learning, Neuroscience, Single-Cell Transcriptomics, Spatial Transcriptomics, Statistics |
| Anna Goldenberg | Hospital for Sick Children, Computer Science | Machine learning |
| Sidhartha Goyal | Physics | Biophysics, evolutionary dynamics |
| Benjamin Haibe-Kains | Princess Margaret Cancer Centre, Medical Biophysics | Developing new predictive models using large 'omic data sets to improve disease management |
| Michael Hoffman | Princess Margaret Cancer Centre, Medical Biophysics, Computer Science | Machine learning, epigenomics, functional genomics |
| Igor Jurisica | Krembil Research Institute, UHN | Cancer informatics |
| Philip M. Kim | Donnelly Center for Cellular and Biomolecular Research, Department of Molecular Genetics, and Department of Computer Science | Interaction networks, genetic variation, copy number variants, signaling pathways, genome evolution |
| Sushant Kumar | Princess Margaret Cancer Centre, Medical Biophysics | Computational cancer genomics |
| Jordan Lerner-Ellis | Lunenfeld-Tanenbaum Research Institute | Hereditary Cancer Diagnostics, genome/exome sequencing, Panel testing, Rare disease diagnostics |
| Radhakrishnan Mahadevan | Chemical Engineering, IBBME | Systems analysis and engineering of biological processes, bacterial metabolic flux analysis |
| David McMillen | UofT, Mississauga | Quantitive biology, cell system simulation |
| Alan Moses | Cell and Systems Biology, Computer Science | Sequence analysis, evolution |
| Shraddha Pai | Ontario Institute for Cancer Research, Medical Biophysics | Solving paediatric and adult brain cancer through epigenetics: epigenomics, neurodevelopment, biomarker discovery, machine learning, pharmacogenomics, functional genomics |
| John Parkinson | Hospital for Sick Children, Molecular Genetics | Comparative genomics, cell system simulation |
| Regis Pomes | Hospital for Sick Children | Molecular dynamics simulations of proteins |
| Nicholas Provart | Cell and Systems Biology | Arabidopsis thaliana gene expression analysis, data visualization tool development, hypothesis generation with large 'omic data sets |
| Jüri Reimand | Ontario Institute for Cancer Research, Medical Biophysics | Cancer, Network Biology |
| Hannes Röst | Donnelly Centre for Cellular and Biomedical Research, Molecular Genetics | Mass spectrometry, systems biology, personalized medicine |
| Fritz Roth | Lunenfeld-Tanenbaum Research Institute, Molecular Genetics, Computer Science, Donnelly Centre for Cellular and Biomedical Research | |
| Luca Scardovi | Electrical and Computer Engineering | Systems and control theory |
| Gregory Schwartz | Princess Margaret Cancer Centre, Medical Biophysics | Computational cancer biology |
| Matthieu Shapira | Structural Genomics Consortium | Research informatics, epigenetics, medicinal chemistry |
| Jared Simpson | Ontario Institute for Cancer Research, Computer Science | Computational genomics |
| Lincoln Stein | Ontario Institute for Cancer Research | Pathway analysis and databases, model organism databases |
| Boris Steipe | Biochemistry, Molecular Genetics | Structural bioinformatics, protein engineering |
| Shreejoy Tripathy | Krembil Centre for Neuroinformatics, CAMH | Computational Genomics, Neuroscience |
| Michael Wainberg | Lunenfeld-Tanenbaum Research Institute | Computational approaches for identifying the genetic causes of brain diseases |
| Bo Wang | Vector Institute, Peter Munk Cardiac Centre, Computer Science, Laboratory Medicine and Pathobiology | Machine learning algorithms for precision medicine |
| Shu Wang | Donnelly Centre for Cellular and Biomedical Research, Molecular Genetics | Big Data, Cancer, Computational Biology, Dynamical Systems, Geometry, Networks |
| Ryan Yuen | Hospital for Sick Children & Molecular Genetics, U. Toronto | Large-scale genome sequencing analysis and genomic variant interpretation |
| Zhaolei Zhang | Donnelly Centre for Cellular and Biomedical Research, Molecular Genetics | Comparative genomics, evolution, regulatory element prediction |
