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The Pharmaceutical Sciences and Drug Design Graduate Program offers specialized education in fundamental, translational, and clinical pharmaceutical research, equipping students for professional paths in academic institutions, biotech and pharmaceutical companies, and government organizations. This program operates under the Molecular and Biomedical Sciences Umbrella alongside four other academic tracks.
Focusing on creating potent therapeutic solutions with reduced side effects, the Pharmaceutical Sciences and Drug Design curriculum explores multiple treatment domains such as oncology, cardiology, dermatology, immunology, neurology, and mental health. The program combines classroom instruction with hands-on laboratory experience in pharmacological compound development, covering molecular pharmacology (identifying drug targets and biomarkers), medicinal chemistry (compound design and creation), pharmacokinetics (drug metabolism and clearance), pharmaceutics (delivery systems and formulations), pharmacogenomics (genetic influences on medication response), and toxicology (drug safety evaluation). A distinctive aspect of the PSDD program is its commitment to addressing healthcare disparities in rural and marginalized communities.
The Graduate Program fosters extensive collaboration across the University of Montana's research network, providing interdisciplinary exploration at the crossroads of chemistry, biochemistry, cellular biology, computational science, and genetics, with particular attention to pharmaceutical and biomedical challenges.