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Experimental therapeutics focuses on creating treatment approaches that target human diseases more precisely while minimizing side effects. This field combines various scientific disciplines to analyze diseases from molecular to whole-body levels, then applies these insights to pinpoint and verify therapeutic targets, design interventions or medications, and conduct preclinical and clinical trials toward personalized medicine. The core curriculum equips students with essential pharmacology knowledge, emphasizing signaling pathways in diseases and how existing drugs work at a molecular level. Electives enable students to specialize further in areas like drug development, animal model studies, and delivery methods, including viral-based biological agents. The program prepares students to bridge the gap between laboratory discoveries and clinical applications. To earn the experimental therapeutics designation, students must complete 10 credit hours beyond the core requirements. Graduates with a PhD in this specialization will be prepared for careers in academia, pharmaceuticals, and biotechnology.