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Exploring computational and mathematical biology at McGill University.
Exploring computational and mathematical biology at McGill University.
Bridging computation and biology through innovative modeling
Our research spans mathematical and computational biology with an emphasis on complex systems, nonlinear and stochastic dynamics, biophysics, and artificial intelligence. We study various physiological systems in neuroscience, immunology, and cell biology. Current project themes in collaboration with experimental labs include:
Decoding ion channel regulation and network-level rhythms through biophysical models
Modeling T cell activation dynamics and population-level decision making
Computational modeling of biological systems such as protein networks and cell migration.
Recent research contributions from our lab
Cell Reports, 2025
Read PaperNature communications, 2024
Read PaperPlos Biology, 2024
Read PaperJournal of Neuroscience, 2023
Read PaperOur latest manuscript in collaboration with Chacron's lab and Bashivan's lab on neural correlates of invariant coding has been accepted in iScience.
Publication Read MoreOur latest manuscript in collaboration with Bowie's lab on neural excitability patterns has been accepted in Nature.
Publication Read MoreOur latest manuscript on the contribution of action potential to EEG has been accepted in Plos Computational Biology.
Publication Read MoreDr. Khadra delivered a talk on the Calcium dynamics in Oligodendrocytes at Annual Meeting of Society for Mathematical Biology.
Conference Read MoreOur lab received a prestigious grant from Natural Sciences and Engineering Research Council of Canada (NSERC)
Grant Read More