MSTP - CBMP Guidelines for the MSTP Program:

Program Requirements::
Program requirements for Ph.D. and MD/Ph.D. are identical except that MD/Ph.D. students receive credit for medical school coursework and rotations completed prior to entering the CBMP program.

University of Pittsburgh guidelines dictate that a minimum of 72 credits is required for the PhD over a minimum of 6 full-time terms. Full-time student status requires 9 to 14 credits in the fall and spring terms and 3 credits is considered full-time for the summer term.

A minimum of 32 of the required 72 credits will come from coursework of which, 16 credits are received for coursework completed during the first two years of medical school.

A minimum of 40 credits must be earned for dissertation research that begin to accumulate after passing the doctoral comprehensive examination.

List of Required Courses::

Typical Course Load
:


Course Title Credits
Transfer credits from medical school curriculum 16
Cell Biology of Normal and Disease States 3
Cell Physiology 3
Membrane Traffic 2
Journal Club (Spring and fall terms after passing comp exam) 4+
*Electives (at least two courses) 4+
TOTAL 32+


A Typical MSTP Career in the CBMP Program
:

Year 1
Rotation(s), CBMP core coursework, initiate dissertation research
Year 2
Comprehensive exam, dissertation research, elective courses, journal club
Year 3
Dissertation research, journal club
Year 4
Write and defend dissertation, journal club


Structure of the course and how you will be evaluated:
The course is a mixture of lectures, class discussions of assigned papers, and formal tests. The formal tests will be take-home exams and will occur at the midpoint and at the end of the course.


Participating Faculty:

Gerard L. Apodaca, Ph.D. -- 412-383-8893 -- gla6@pitt.edu

See webpage for detailed research interests.

James L. Funderburgh, Ph.D. -- 412-647-3853 -- jlfunder@pitt.edu

Corneal Cell Biology & Tissue engineering

David Hackam, M.D., Ph.D. -- 412-692-8449 -- david.hackam@chp.edu

Mechanisms of Epithelial Restitution in NEC, Pathogenesis and Treatment of Necrotizing Enterocolitis

Thomas R. Kleyman, M.D. -- 412-647-3121 -- kleyman@msx.dept-med.pitt.edu

See webpage for detailed research interests.

David H. Perlmutter, M.D. -- 412-692-8071 -- david.perlmutter@chp.edu

Cellular pathobiology of alpha-1-antitrypsin deficiency; intracellular accumulation of aggregation-prone proteins

Gary A. Silverman, M.D., Ph.D. -- 412-641-4111 -- gsilverman@mail.magee.edu

Exploring the role of how serpins protect cells from promiscuous exogenous and endogenous peptidases. Using a comparative genomics approach, we have isolated serpin genes in humans, mice and nematodes.

Rupangi C. Vasavada, Ph.D. -- 412-648-3246 -- vasavada@msx.dept-med.pitt.edu

See webpage for detailed research interests.

William H. Walker, Ph.D. -- 412-641-7672 -- walkerw@pitt.edu

Transcriptional regulation in Sertoli cells

Ora A. Weisz, Ph.D. -- 412-383-8891 -- weisz@msx.dept-med.pitt.edu

See webpage for detailed research interests.




For more details contact William H. Walker, Ph.D.