Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
The Ph.D. program offers comprehensive interdisciplinary and translational education in Biomedical Sciences, with specialized training in one of five focus areas. Students begin with a shared interdisciplinary foundation year before choosing a specialization from Cancer Biology and Genetics, Infectious Disease and Immunity, Molecular and Cellular Biosciences, Neuroscience, or Organ Systems and Translational Medicine. The program's innovative curriculum fosters interdisciplinary research approaches, creating novel avenues for scientific exploration. Designed to cultivate top-tier biomedical researchers, the program prepares future leaders in academic, research, and policy sectors. Five distinct concentration tracks lead to the Ph.D. degree: Cancer Biology and Genetics, Infectious Disease and Immunity, Molecular and Cellular Biosciences, Neuroscience, and Organ Systems and Translational Medicine.
The Infectious Disease and Immunity concentration (IDIM) unites faculty from various scientific and clinical disciplines, along with research centers, to mentor Ph.D., M.D./Ph.D., and M.S. candidates in Temple University's Lewis Katz School of Medicine Biomedical Sciences Graduate Program. IDIM offers specialized training and research opportunities at the intersection of Microbiology and Immunology. Microbiology explores disease-causing microorganisms (bacteria, viruses, parasites) and their pathogenic mechanisms, while Immunology investigates the body's infection defense systems. The IDIM program supports diverse research initiatives across these interconnected fields. Current studies include fundamental bacterial physiology research, investigations into medically significant viruses like HIV and EBV, and analyses of immune recognition systems such as Toll-like receptors. Additional research examines localized immune responses in tissues like skin and lungs, immune system disorders, and how substances including opioids, methamphetamine, and cannabinoids influence immune function.