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USF Health Morsani College of Medicine Research video

Shaping the future of health

Laura Bohn smiling wearing a USF Health branded medical white coat with a green blouse

The Morsani College of Medicine has active research programs in basic, translational, and clinical sciences. Research is carried out in Departments, Institutes, Centers and at our Veterans Hospitals and our primary teaching facility, Tampa General Hospital. In addition, there are rich collaborations with the Colleges of Public Health, Nursing and Pharmacy as well as the USF College of Arts and Sciences.

Our goal is to pursue new knowledge in the biomedical sciences, clinical sciences, and healthcare delivery, relevant to human health and disease. Please explore our research initiatives using the tabs above. The resources tab provides information for current faculty to facilitate research efforts.

Laura M. Bohn, PhD 
Senior Associate Vice President of Research, USF Health
Vice Dean for Research, Morsani College of Medicine
Professor, Molecular Pharmacology & Physiology
Email: lbohn@usf.edu

Research Day

A look back at Research Day 2026

Despite their different questions and disciplines, participant's shared a common goal: advancing the science that shapes how people live and receive care at USF Health's largest celebration of health sciences research.

Read more about USF Health Research Day 2026.

USF Health Morsani College of Medicine logo; USF Health Research Day 2027 March 5

Celebrating health science research

Save The Date 

Our annual celebration of groundbreaking research and scientific excellence continues - March 5, 2027. The registration portal will be open soon, please check back.

Health Science Innovation

Nurse and Physician Stakeholder Guidance on Improving Sexually Transmitted Infection Care in a Pediatric Emergency Department

Nurse and Physician Stakeholder Guidance on Improving Sexually Transmitted Infection Care in a Pediatric Emergency Department

CONCLUSION: Using the TICD framework, this study identified key challenges, such as gaps in training, protocols and transition of care, and corresponding stakeholder-informed solutions to improve adolescent care for STIs in a pediatric ED setting. These findings can guide efforts to implement evidence-based STI practice guidelines in PEDs and general EDs.

Sucrose induces Cardiac Hypertrophy and Renal Perivascular Fibrosis in a Novel Mouse Model of Hypertension

Sucrose induces Cardiac Hypertrophy and Renal Perivascular Fibrosis in a Novel Mouse Model of Hypertension

CONCLUSION: Sucrose water induced hypertension, cardiac hypertrophy, and fibrosis of the heart and kidney in male mice. Female mice were partially protected from hypertension but not from cardiac hypertrophy. This mouse model represents a useful tool to investigate molecular mechanisms by which hypertension and end organ damage develop with excess sugar consumption.