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Our pharmacology program equips students for professional roles as experimental neuropsychologists and behavioral neuroscientists across academic and industrial settings. This distinctive curriculum examines human neurobehavioral conditions through the lens of brain anatomy and function, creating a direct bridge between pioneering research and clinical patient treatment.
Boston University Chobanian & Avedisian School of Medicine's PhD Program in Pharmacology offers an exceptional cross-disciplinary educational setting for doctoral candidates. The initial year and a half concentrates on structured coursework and a series of four mandatory lab rotations. These practical sessions enable students to explore potential dissertation topics while broadening their scientific expertise. Participants additionally complete an industry rotation at Pfizer to refine their research capabilities. The program also accommodates advanced entry for Neuroscience or Biomedical Engineering PhD seekers.
Traditionally, pharmacology has served as an intersectional field, blending physiology, biochemistry, organic chemistry, behavioral studies, and medical science. Modern pharmacology continues this integrative approach while incorporating emerging methodologies from biophysics, biomedical engineering, and molecular genetics.
Enrollees immediately begin the pharmacology core curriculum, covering essential subjects including Biomedical Science Fundamentals, Physiological Studies, Molecular Pharmacology, Contemporary Laboratory Methods, Therapeutic Pharmacology Systems, Pharmacological Science Discussions, and three specialized electives. Most PhD candidates complete the Biomolecular Pharmacology program within five years, with primary emphasis on cultivating expertise in both fundamental and applied research. The first three semesters focus on academic coursework, complemented by three compulsory laboratory rotations that allow students to identify dissertation possibilities while expanding their technical proficiency.