Gagan Preet serves as a Lecturer at the School of Natural and Computing Sciences, University of Aberdeen, where she conducts interdisciplinary research at the intersection of computational pharmacology and natural product chemistry. Her work integrates advanced analytical techniques with in silico methodologies to address pressing challenges in drug discovery and marine biochemistry. Her research focuses on computational drug repurposing , particularly for antiviral and antibacterial applications, with significant contributions to Mpox therapeutics and mucormycosis treatment. She employs metabolomics approaches (LC-MS, HRMS/MS) for structural annotation of bioactive compounds from marine and plant sources, including Arabian Gulf seaweeds and Amazonian flora. Key specialties include structure-activity relationship analysis of flavonoids for neurodegenerative and metabolic diseases, and virtual screening of natural compound libraries against diverse pathogens. Her publications demonstrate consistent innovation in applying computational tools to natural product discovery. Her publication portfolio reveals strong thematic coherence across virology, antibacterial research, and nutraceutical applications, with recurring emphasis on marine-derived compounds and flavonoid pharmacology. Recent work increasingly integrates in silico methods with experimental validation, particularly in antifouling agent development and wound healing nanomaterials. While no scientific awards are documented in available sources, her collaborative research spans international teams across Nigeria, Brazil, Chile, and Europe, reflecting substantial interdisciplinary engagement. Her work with Aberdeen's metabolomics and marine biodiscovery groups demonstrates integration within institutional research frameworks, though specific grant details remain unreported in public sources.
