ImmunologyVisit the Immunology homepage. The University of Pittsburgh has a long tradition of excellence in immunology, which began with Jonas Salk and the development of the polio vaccine and continues with the development of vaccines for cancer and HIV. The immunology program faculty includes over 60 active members, trained at the most prestigious universities and research institutes. Research labs are funded by grants from the National Institutes of Health and many private foundations. Trainees in the program are supported by grants from NIH and DOD, as well as by individual fellowships from NSF, DOD and other sources. Other students are supported by research grant funding obtained by faculty mentors.
Because immunology intersects so many facets of health and disease, program faculty members have additional appointments in many departments of the medical school, including Molecular Genetics and Biochemistry, Pathology, Pharmacology, Medicine, Surgery, Ophthalmology, Dermatology, and Pediatrics. Many program members are also
members of the University of Pittsburgh Cancer Institute or the Thomas E. Starzl Transplantation Institute and of other graduate training programs, which strengthens the program’s cohesion and promotes opportunities for cutting-edge research in immunology. Research Autoimmunity, cancer immunology, transplantation immunology, infectious disease immunology, and basic immunological mechanisms currently form the focus of the Immunology Program’s research efforts. Many recent clinical breakthroughs have been achieved at the University of Pittsburgh, which are derived directly from the basic research of Immunology Program laboratories. These include the development of dendritic cell-based vaccines for the treatment of melanoma, the induction of transplantation tolerance via bone marrow transplantation, and the treatment of rheumatoid arthritis via gene therapy. Graduate student members in program laboratories
contribute directly to the success of these important projects. Most critically, the research of current and future graduate students will lead to the next generation of immune-based therapies of human disease. Autoimmunity Basic Immunological Mechanisms Cancer Immunology Immunology of Infectious Diseases Transplantation immunology
|
Faculty Expand All | Collapse All Joseph M. Ahearn [+][-] Associate Professor Molecular and cellular pathogenesis of SLE, genetics of autoimmune diseases, innate immunity and vaccine development Homepage Simon M. Barratt-Boyes [+][-] Associate Professor Primate dendritic cell biology; immunology and pathogenesis of SIV Homepage Per H. Basse [+][-] Assistant Professor Tumor immunology; natural killer cells Homepage Robert Binder [+][-] Assistant Professor Homepage Lisa Borghesi [+][-] Assistant Professor Transcriptional control of V(D)J recombination; aging and the immune system; NK cell development and function Homepage Lisa H. Butterfield [+][-] Assistant Professor Immunotherapy; tumor antigens Homepage Kelly Stefano Cole [+][-] Assistant Professor Understanding the role of humoral immune responses involved ni HIV-1 and the closely related SIV infection and vaccination Homepage David K. Cooper [+][-] Professor Xenotransplantation; Induction of tolerance through spleen allotransplantation Homepage Albert B. Deleo [+][-] Professor Tumor immunology Homepage Anthony J. Demetris [+][-] Professor Transplantation immunology Homepage Rene J. Duquesnoy [+][-] Professor Transplantation; immunogenetics Homepage Louis D. Falo [+][-] Professor Vaccine design; antigen processing and presentation; tumor immunology; cutaneous immunobiology Homepage Robert L. Ferris [+][-] Associate Professor Cancer immunology and immunotherapy; Oral Immunology; Antigen processing and presentation to T cells;
Role of human papillomavirus (HPV) in head and neck cancer; Strategies of immune evasion by cancer cells Homepage Olivera J. Finn [+][-] Professor Human T-cell biology; tumor immunology; transplant immunology Homepage JoAnne L. Flynn [+][-] Professor Immunology and pathogenesis of Mycobacterium tuberculosis Homepage Sarah L Gaffen [+][-] Associate Professor defining signal transduction mechanisms and biological function of IL-2 and IL-17 family cytokines, using in vitro and in vivo models Homepage Nick Giannoukakis [+][-] Associate Professor Gene and Cell Therapy for Type 1 and Type 2 Diabetes Mellitus Homepage Elieser S. Gorelik [+][-] Professor Tumor immunology Homepage Robert L. Hendricks [+][-] Professor Viral immunology; T-cell activation and function at inflammatory sites Homepage Ronald B. Herberman [+][-] Professor immunology of natural killer cells; use of activated natural killer cells for cancer therapy Homepage Raphael Hirsch [+][-] Professor Gene therapy for arthritis Homepage Pawel Kalinski [+][-] Associate Professor Polarized dendritic cells, tumor immunotherapy Homepage Lawrence Kane [+][-] Assistant Professor The role of the Akt kinase in T cell activation Homepage Shabaana Khader [+][-] Assistant Professor Host defense against Tuberculosis Homepage Jay K. Kolls [+][-] Professor Investigate mechanisms of lung host defenses in normal and immunocompromised hosts. Homepage Fadi G. Lakkis [+][-] Professor Allorecognition in the innate immune system Homepage Adriana T. Larregina [+][-] Assistant Professor Skin immunobiology; genetic immunization Homepage Michael T. Lotze [+][-] Professor tumor immunology; dendritic cell biology; cytokine biology; regulation of apoptosis in immune effectors Homepage Binfeng Lu [+][-] Assistant Professor Regulation of the MAP kinase pathway in the CD4+ cells; molecular mechanisms of Th1/Th2 differentiation; regulation of pathogenic T cells in autoimmune diseases Homepage Kyle McKenna [+][-] Assistant Professor Mechanisms of immune evasion by tumors developing within the eye Homepage Diana M. Metes [+][-] Assistant Professor Immune responses to EBV in immunosupressed patients; adoptive immunotherapy; Natural killer (NK) cells and delayed xenograft rejection Homepage Christine A. Milcarek [+][-] Professor Immunoglobulin gene expression and immunological memory Homepage Ronald C. Montelaro [+][-] Professor HIV-1 and animal lentivirus antigenic variation; immune enhancement; AIDS vaccine development Homepage Penelope A. Morel [+][-] Professor Th1/Th2 regulaltion; autoimmunity; human NK cell biology Homepage Adrian Morelli [+][-] Associate Professor Role of dendritic cells in peripheral tolerance and transplantation Homepage Sidney M. Morris [+][-] Professor Inflammation; macrophage activation; cytokine signaling; regulation of gene expression Homepage Michael Murphey-Corb [+][-] Professor SIV immunobiology; mu co sal immunity to viral infections Homepage Gerard J. Nau [+][-] Assistant Professor Functional Genomics of Human Innate Immunity, Bacterial Pathogenesis, Immunotherapeutic Homepage Karen A. Norris [+][-] Associate Professor Immune evasion mechanisms of microbial pathogens Homepage Hideho Okada [+][-] Associate Professor immunotherapy strategies for tumors in the brain Jon D. Piganelli [+][-] Assistant Professor T-cell mediated effector mechanisms of beta cell destruction in Type I diabetes Homepage Bruce S. Rabin [+][-] Professor Immunopathology, psychoneuroimmunology Homepage Hannah Rabinowich [+][-] Professor Regulation of apoptosis in T lymphocytes; tumor immunity Homepage Anuradha Ray [+][-] Professor Th subsets, immunology of lung Homepage Prabir Ray [+][-] Associate Professor Immunology of lung, role of AKT in immune function Homepage Todd Reinhart [+][-] Associate Professor HIV and SIV molecular pathogenesis; the molecular biology of HIV and SIV gene products Homepage Paul D. Robbins [+][-] Professor Ted M. Ross [+][-] Assistant Professor DNA vaccines for HIV-1 and other infectious agents Homepage Russell D. Salter [+][-] Professor Antigen presentation in dendritic cells; autoimmunity Homepage Saumendra N. Sarkar [+][-] Assistant Professor Innate Immunituy: the inherent immune resistance of an organism against invading pathogens Michael R. Shurin [+][-] Associate Professor Tumor immunology; dendritic cell biology Homepage Walter J. Storkus [+][-] Professor Natural killer cell and cytolytic T-lymphocyte antitumor targeting mechanisms Homepage Angus W. Thomson [+][-] Professor Transplantation tolerance; dendritic cell function Homepage Massimo M. Trucco [+][-] Professor Genetics of diabetes: autoimmunity Homepage Abbe N. Vallejo [+][-] Associate Professor Cellular senescence and immunobiology of aging; Autoimmunity, chronic inflammation and tissue remodeling; Phylogeny and regulation of multigene families. Homepage Nikola L. Vujanovic [+][-] Res. Associate Professor Immune response to oral cell cancer, mechanisms of cytotoxicity Homepage Theresa Whiteside [+][-] Professor Tumor immunology Homepage Zhaoyang You [+][-] Assistant Professor In Vivo Targeted Vaccines for Tumor Immunotherapy Homepage Hassane M Zarour [+][-] Assistant Professor MHC Class II Tumor Epitopes Homepage Adriana Zeevi [+][-] Professor Transplantation; immunogenetics Homepage
|