ArGan's Lab at the Wilfrid Laurier University's Department of Chemistry and Biochemistry is passionate about Biocomputing and Therapeutics Discovery. We've cultivated an environment that fosters creativity, innovation, and excellence in tackling biochemical and health-related challenges using cutting-edge computational methodologies.
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Our research focuses on integrating structural bioinformatics, atomistic modeling and simulation, and artificial intelligence, supported by high-performance computing and cutting-edge augmented/virtual reality technologies. We also develop new software solution to biomolecular analyses and drug discovery. Complemented by in vitro experiments, our focus is on unraveling the intricate molecular recognition processes within biological systems. Leveraging this knowledge, we specialize in designing novel small molecule therapeutics for various human diseases.
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The core of our research thrives on two key approaches: generating testable hypotheses that undergo evaluation through diverse experimental techniques, and constructing atomistic models to elucidate findings derived from experiments. This dynamic synergy allows us to explore, validate, and apply our insights to address critical questions in the realm of molecular biosciences and therapeutics.
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Featured Model
ArGan'sLab discovers a site-specific engineering strategy to achieve an inactive conformation of SARS-CoV-2 main protease enzyme (PDB: 8DDL)
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Image credit:
Dr.Ganesan