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The University of Louisville School of Medicine offers dynamic biomedical research training programs where graduate students engage in cutting-edge research across five departmental programs, working alongside faculty from both basic science and clinical disciplines. Research spans fundamental biological mechanisms to innovative clinical strategies for disease treatment. 

Recognized as a Carnegie R1 Research Institution since 2018, University of Louisville continues to see strong growth in research funding and output. Both emerging and well-established research areas are thriving, with strengths in environmental toxicology, spinal cord injury, cardiovascular health, cancer therapeutics, immunogenetics and the role of the microbiome in disease.

The Integrated Programs in Biomedical Sciences (IPIBS) is a gateway for graduate students interested in biomedical research as a career choice. The University of Louisville offers a supportive academic environment in a friendly, vibrant city and a financial assistance package consisting of an annual stipend of $33,000, health insurance and full tuition coverage. Once a student passes their Qualifying Exam and advances to Doctoral Candidacy, the stipend amount increases to $35,000. 

There is a flexible core-curriculum during the first year, supplemented with discipline-based coursework. Also during the first year, students choose a research mentor and project, which will form the basis of their PhD dissertation research. IPIBS is designed to provide an integrated core-curriculum and maximum flexibility for students who want to enter biomedical research careers.

Students who are unsure of their research interests may still enter through one of the five discipline-based programs, but have an opportunity to change programs to best match their research interests and career needs during the first year.

Our PhD Programs in Biomedical Sciences

Dr. Lui and interns looking at brain scans on a monitor.
Anatomical Sciences and Neurobiology
Advancing the understanding of human anatomy and neurobiology through cutting-edge research and education, shaping the future of medical science.
Two researchers in a lab environment
Biochemistry and Molecular Genetics
Pioneering research in biochemistry and molecular genetics to unravel the complexities of cellular function and genetic mechanisms.
Drs Bozulic & Cripps examining a substance in the lab.
Microbiology and Immunology
Leading investigations into microbial science and immune response to drive breakthroughs in disease prevention and treatment.
Dr. McClain looks toward the camera with two other researchers in the background of a lab environment
Pharmacology and Toxicology
Driving innovation in drug discovery, therapeutic interventions and toxicological studies to improve human health outcomes.
Female student performs chemistry experiment in a lab
Physiology
Exploring the fundamental mechanisms of human physiology to contribute to advances in health, disease and therapeutic development.
Dr. Lui and interns looking at brain scans on a monitor.
Dual Degree Programs
Dual degree programs help expand your skill set with advantages to better influence the health care system.

Student Accomplishments

Catherine Kaiser
The John M. Houchens Prize for Outstanding Dissertation
Spring 2026 Recipient: Catherine Kaiser, PhD Biochemistry and Molecular Genetics
Katelyn Sheneman working at a lab bench
The Guy Stevenson Award for Excellence in Graduate Studies
Spring 2026 Recipient: Katelyn Renee Sheneman, PhD Microbiology and Immunology