A major scientific challenge at the present time is the determination of the underlying biological basis for cancer development.  The related major clinical challenge is to apply basic research results to the treatment of cancer in humans.  Both the experimental and clinical study of cancer require a scope and approach to the problem which transcends traditional departmental structures and requires knowledge in several disciplines including biochemistry, molecular biology, pharmacology, cellular biology, chemistry, pathology, physiology, therapeutics, anatomy, biophysics, and immunology. Investigators in cancer biology are in the forefront of basic developments in molecular and cellular biology such as cell regulation (growth factors, oncogenes), host immunological modulations, virology and biologic project-based industries (monoclonal antibodies, genetic engineering).

The Cancer Biology Program offers programs of study leading to the Master of Science and Doctor of Philosophy degrees.  The doctoral degree is standard in the program; master's study is recommended only for special circumstances.  A joint M.D.-Ph.D. program is available.  Research training is also offered to holders of first professional degrees (e.g., M.D., D.D.S., D.V.M.).  The graduate program outlined below emphasizes basic investigation at the molecular, cellular and tissue levels, and its focus can be varied to suit individual student needs. 

DEGREE REQUIREMENTS:  An applicant for the Doctor of Philosophy degree must complete ninety credits, including at least thirty credits in dissertation research; and all other program and Graduate School requirements.  All course work must be completed in accordance with the regulations of the Graduate School and the School of Medicine governing graduate scholarship and degrees.

Qualifying Examination (written and oral) and Doctoral Dissertation

Students are expected to demonstrate their understanding of general biochemistry, immunology, molecular biology and genetics, pharmacology, and cancer biology as well as their areas of specialization in order to pass the general examination for candidacy for the Ph.D. degree.  Other courses are arranged to meet the specific needs of each student; these may include courses in molecular genetics, advanced topics in biochemistry, organic chemistry, immunology, molecular biology and genetics, or pharmacology, as well as advanced courses in cancer biology. Research may be done in areas such as breast cancer, immunology, tumor biology, experimental therapeutics, carcinogenesis, cancer prevention, molecular biology, cellular biology and genetics.

ASSISTANTSHIPS AND RESEARCH

This program provides graduate assistantships for qualified students.  All students accepted into the graduate degree program are considered for financial assistance and no application forms are necessary for this purpose.  Students receiving assistantships are advised to take no more than ten credits per semester.  All students, whether or not they hold a fellowship or assistantship, are required to assist the graduate faculty in teaching and/or research activities as a component of their educational experience.  For complete information, students should consult with or write to: