University of Vermont’s Summer Medical Program
The University of Vermont's Summer Medical Program in Burlington, VT, allows medical students to catch up or get ahead on their studies by taking four- to six-week courses in the medical sciences. The program also draws undergraduate, post-baccalaureate, and graduate students interested in summer premedical programs.
Medical school faculty from around the world encourage their students to choose UVM's Summer Medical Program because of its:
- Accomplished, reputable faculty from the university's nearly 200-year-old medical school.
- State-of-the-art teaching, research, and clinical facilities
- Close affiliation with a teaching hospital (Level 1 Trauma center) on the university's main campus.
- Individual student attention and small classes in a low-pressure setting.
- Courses designed to transfer to a student's home medical school.
- Beautiful outdoor surroundings overlooking Lake Champlain and the mountains, just two hours from Montreal.
Summer medical and premedical courses available in 2010:
Human Gross Anatomy - Lectures and regional dissections of cadavers emphasize functional anatomy of major systems (musculoskeletal, cardiovascular, nervous, etc.).
Human Anatomy and Physiology - Structure and function of human body will be presented in five lecture per week format
Medical Pharmacology - Covers all of the topics presented in a conventional course in pharmacology for medical students, as well as for students in other health sciences.
Medical Physiology - Examines the cellular, systems and integrative aspects of medical physiology, using clinical examples to illustrate fundamental physiological principles.
Faculty Bios

Gary Mawe, Ph.D,
Professor, Department of Anatomy and Neurobiology
Education: Ph.D., Ohio State University, 1984; postdoctoral training, Columbia University
Research interests: Neural regulation of gastrointestinal function; studies of the modulation of ganglionic and smooth muscle activity by neural, hormonal, and immune-mediated inputs; pharmaco-electrophysiological (intracellular and patch clamp recording) and immunohistochemical approaches.
See the rest...