The University of Tennessee (UT), in partnership with the University of Tennessee Medical Center (UTMC), recently celebrated the opening of a state-of-the-art facility aimed at advancing medical science and community health—the Center for Precision Health. Located in UT Research Park at Cherokee Farm, this transdisciplinary center brings together researchers, medical professionals, and students in a shared space, promoting collaboration to address health-related challenges.
Spanning a substantial portion of the Orthopaedic Institute's third floor, the Center is equipped with cutting-edge medical technologies. Among them is a six-axis robotic 3D printer, capable of crafting artificial bones, tendons, and nerves from polymers, signaling both a stride in medical innovation and, as UTMC's David Anderson told UT News, an invaluable hands-on learning opportunity for students who are expected to become part of a robust ecosystem of talent driving future healthcare solutions.
More than just a laboratory, the Center is also home to the Spark BioHub—an initiative designed to shepherd medical device concepts from ideation to market, providing the necessary ecosystem for entrepreneurial development and commercialization of life science startups. As stated by Chancellor Donde Plowman in a statement obtained by UT News, the anticipation for the discoveries and research excellence that the center will facilitate is marked, with high hopes pinned on the center’s unique collaborative environment.
In the clinical core area, researchers are actively conducting human subjects research, made possible by the collaborative partnership between the university and the hospital. Current studies include one led by Danielle Ostendorf, focused on helping adults with overweight or obesity increase their physical activity, as told to UT News. Participants in these programs not only contribute to scientific knowledge but also glean individual health insights, benefiting from the center's easily accessible offerings like private exam rooms and phlebotomy labs.
Featuring a 16-foot computer screen and switchable glass walls for privacy, the center’s facilities reflect a strong focus on computational medicine. This advanced environment will support interdisciplinary work in analyzing large datasets, diagnosing diseases, and tracking population health trends. According to Robert Davis, the UT–Oak Ridge National Laboratory Governor’s Chair for Biomedical Informatics, data from smart device sensors may also enhance health monitoring as part of the center’s broader vision for data-driven patient care.
Brad Day, UT’s associate vice chancellor for research and innovation initiatives, highlighted the Center for Precision Health as a symbol of shared commitment and collaboration. He emphasized its significance not only in advancing health outcomes but also as a demonstration of the potential for meaningful partnerships among academia, industry, and the community, according to UT News.
