Georgetown University offers a variety of basic and clinical sciences doctoral degree programs. All programs offer summer admission and are typically completed in five years. The programs have a similar core curriculum requiring:
- Instructional course work
- Laboratory rotations
- Programmatic activities such as seminars and journal clubs
- The defense and submission of an original research dissertation
This program is geared towards students with a background or particular interest in areas such as molecular mechanisms, proteomics or biophysics.
Faculty research interests include detection of biological agents such as anthrax, the biochemistry and immunology of the malarial parasite, and cellular responses to environmental stresses.
This program is geared towards students with a focus on powerful modern statistical methodologies and computational tools, as well as biological and health sciences such as genetics, epidemiology and biology.
Faculty research interests include applied mathematics, statistical genetics, meta-analysis, data mining in healthcare informatics, biomarker evaluation, and more.
This program geared towards students with a focus on developmental or stem cell biology or other cellular processes.
Research activities span a broad range of biological problems, from the molecular to the organismal level.
Research activities of the faculty span a broad spectrum of sub-disciplines and utilize cellular, biochemical and molecular approaches to study current problems in microbiology and immunology.
Research areas include glial activation, neuron signaling, and dendritic spine plasticity, to mechanisms of Parkinson's disease, Alzheimer's disease, and traumatic brain injury, to systems of face recognition, word reading, and interpretation of sounds.
Research activities are aimed at understanding the ways in which drugs affect the regulation of nervous system functions, including neurotransmitter/ receptor interactions; the pharmacology of nerve terminals; the neurochemical control of obesity and pain; neurochemical aspects of neurodegenerative diseases; the role of innervation in the control of peripheral autonomic organs; and cellular signaling in pulmonary hypertension.