The graduate program in Pharmaceutical Sciences provides training and education across the entire drug life cycle.
Students with a variety of backgrounds – Pharm.D. to chemistry to statistics – find numerous research opportunities across the UF College of Pharmacy departments, centers and campuses.
Learn more about the five interrelated training opportunities represented by concentrations of the Pharmaceutical Sciences program. These span the entire life cycle of a drug, bench to bedside.
Medicinal chemistry focuses on all aspects of drug design, discovery and development with a unique blend of the physical and biological sciences. The scope of the field is sufficiently broad to give students with many different science backgrounds a rewarding and challenging program of study. Areas of research interests include drug discovery, organic synthesis of medicinal agents, natural products chemistry, prodrugs, topical drug delivery, peptide chemistry, molecular modeling, drug metabolism and molecular toxicology. In addition, UF’s Preeminence initiative has supported the hiring of several world-class researchers into the department and an expansion in areas that include natural products, cancer, anti-infectives, drug abuse and pain research.
The department of pharmacodynamics is highly integrative and collaborative, spanning the gap between cellular and systems pharmacology and physiology. Faculty study drug action at the molecular, physiological and behavioral levels across normal and disease states, with interests in stress, anxiety, addiction, pain, neuroinflammation, cardiovascular and metabolic dysfunction. Department faculty use a wide variety of in vitro and in vivo techniques and approaches, including genomics, transcriptomics, proteomics, metabolomics, electrophysiology, behavioral pharmacology, microdialysis testing, optogenetics and genome editing to develop novel models and understand drug action across a range of conditions.
Faculty in the department of pharmacotherapy and translational research are recognized as national leaders in many areas of research, including pharmacogenomics and personalized medicine and pharmacy practice. The overarching research focus of the department is on understanding genetic and non-genetic factors that contribute to variability in drug response. These are applied to therapeutic areas including cardiovascular disease, oncology, clinical pharmacology, infectious disease and pulmonary disease.
Research in the department of pharmaceutics encompasses basic, applied, and clinical investigations in pharmacokinetics/biopharmaceutics, pharmaceutical analysis, pharmaceutical biotechnology and drug delivery. In addition to teaching, all faculty members are involved in collaborative research projects with clinical and other basic scientists at the University of Florida or UF Health. Many faculty maintain collaborative ties with scientists at other universities and the pharmaceutical industry worldwide. The department is also home to the UF Center for Pharmacometrics and Systems Pharmacology, a rigorous and integrative academic translational science program in quantitative clinical pharmacology with a focus on personalized medicine that is located at the UF Research and Academic Center in Lake Nona, Florida.
The department of pharmaceutical outcomes and policy is a unique blend of social and administrative pharmacy, health outcomes research, pharmacoeconomics and pharmacoepidemiology. Researchers in the department focus on the evaluation of drugs and related medical technology. This focus includes classic pharmacoepidemiologic and pharmacoeconomic work in areas such as drug safety and comparative effectiveness, economic evaluation of pharmaceuticals, pharmaceutical predictive analytics and pharmaceutical health services research, including assessments of pharmaceutical policy, quality and patient safety research. The department possesses a state-of-the-art data center fully qualified for quantitative research involving multiple research database with personal health information for 260 million lives.
The College of Pharmacy provides financial support for Ph.D. students through graduate assistantships and fellowships. The minimum annual stipend for incoming Ph.D. students is $31,000, with a minimum of $35,000 for US-trained Pharm.D. graduates. Full-time tuition and health insurance coverage is included as a part of the overall funding package. Some Pharm.D. graduates may be eligible for teaching assistantships that provide additional funding.
All Ph.D. applicants are considered for funding as a part of the admissions review process and no separate application is necessary.
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