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Dan Theodorescu MD PhD University of Virginia Charlottesville, VA |
Professor of Urology Professor of Molecular Physiology Paul Mellon Chair in Urologic Oncology |
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Last update: 08/28/2006 |
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As a member of several training grants, post-doctoral and pre-doctoral students joining my lab have multiple training opportunities: Cancer Research Training in Molecular Biology
Training is conducted at the predoctoral level leading to the Ph.D. degree, as well as at the postdoctoral level, for those who already hold the Ph.D. or M.D. degree. Although the central theme of the program is the biology of cancer, emphasis is placed on in-depth training in relevant subdisciplines, including genetics, molecular and cellular biology, biochemistry, membrane structure and function, viral oncology, immunology, signal transduction, development and differentiation, and molecular mechanisms of drug action and toxicity. For pre-doctoral students, training is based on a Core Curriculum (including a course on the Molecular Basis of Cancer), which is augmented by specialized courses, seminars, symposia, journal clubs, teaching experiences, participation in national and state meetings, and completion of an independent research project. Postdoctoral training emphasizes laboratory research and participation in seminars, journal clubs, etc., and instruction of younger trainees. Ph.D. degrees can be obtained from any of the participating departments or degree-granting programs, including Microbiology, Biochemistry, Pharmacology, Physiology, Cell Biology and Anatomy, Biophysics, and Neuroscience. Research mentors are drawn from the faculty of these Departments and Programs, with emphasis on members of the Microbiology Department and other Departments who are involved in cancer-related research. Predoctoral candidates for the Ph.D. degree are selected from among students applying directly to the Microbiology Ph.D. program, from those applying for admission to interdisciplinary programs (such as Cell and Molecular Biology, Molecular Medicine, and Medical Scientist Training Programs), and from those who are receiving research training in the laboratories of the Training Faculty, regardless of department. Candidates are admitted on the basis of academic achievement, GRE scores, letters of recommendation, motivation, interest, and research experience. Based on an expanded faculty that will enhance the inter- disciplinary and cancer-related focus of the training program, support for 18 Ph.D. candidates and 5 postdoctoral trainees per year is requested. The facilities available for this training are state-of-the- art and are supported by a plethora of Core Laboratories. The goal of the Program is to prepare selected individuals for careers in teaching and basic research relevant to problems in cancer biology.
Vascular Biology Training Program
The University of Virginia offers a multi-disciplinary program in Vascular Biology emphasizing physiology, pharmacology, biophysics and cell biology of the vessel wall. Thirty investigators are participants in a training program with a long history of successful mentoring of both graduate students and postdoctoral fellows. Our particular strengths are in the areas of biophysics, cell signaling and microcirculation. Laboratory investigations are underway in cell-cell communication, cardiac, smooth muscle and endothelial cell electrophysiology, smooth muscle cell signal transduction and leukocyte-endothelial cell interactions. Details of the faculty interests, a description of the program, and application forms may be found on the World Wide Web (click on title above).
The goal of the program is to
provide students with the
highest quality training to
conduct biomedical research as
well as a firm grounding in
clinical medicine. Ph.D.
training may be done in one of
our Basic Science Departments
including Cell Biology,
Biochemistry & Molecular
Genetics, Biology, Biomedical
Engineering, Chemistry,
Microbiology, Molecular
Physiology and Biological
Physics, Pathology and
Pharmacology. We also offer a
wide variety of
Interdisciplinary Graduate
Programs in the areas of
Immunology, Cardiovascular
Physiology, Cell and Molecular
Biology, Neuroscience,
Biophysics, Molecular
Pharmacology, Molecular
Medicine, Chemical Engineering,
Cancer, and Infectious Diseases.
A major emphasis of the program
is to train physician-scientists
who will lead the biomedical
research community in efforts to
discover the fundamental basis
of human disease and to develop
innovative new therapies for
their treatment.
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