Dr. Frederick Kofi Korley is a U.S.-based emergency physician and physician-scientist at the University of Michigan who is working to improve how traumatic brain injuries are diagnosed and treated. He serves as Professor and Associate Chair for Research in Emergency Medicine and Scientific Director of the Massey Traumatic Brain Injury Grand Challenge.
Korley’s career combines emergency medicine, clinical research and biomedical innovation. After completing his medical training, he initially worked in medical education before pursuing a PhD in public health and clinical investigation. His research eventually turned toward a major challenge in emergency care: finding faster and more accurate ways to identify brain injuries.
A significant focus of his work has been the development of blood-based biomarkers for traumatic brain injury. Unlike many other organs, the brain has historically lacked widely available blood tests that can quickly indicate acute injury. Korley’s research has helped investigate proteins that can be detected in blood and potentially provide physicians with additional information when evaluating patients after head trauma.
His research has contributed to work surrounding blood-based testing that can assist in the clinical assessment of traumatic brain injury. He has also worked with engineers to develop point-of-care technologies that could make these tests more accessible, including in settings where expensive laboratory infrastructure may not be available.
In 2026, Korley’s contributions received major recognition when the American Society for Clinical Investigation awarded him the Louis W. Sullivan, MD, Award. The award recognizes his research in acute-care diagnostics and therapeutics as well as his commitment to training future physician-scientists.
Korley chairs the American College of Emergency Physicians’ traumatic brain injury expert panel and has also led research examining ways to improve the speed and accuracy of emergency diagnosis. His research interests extend to finding treatments for patients after brain injury, rather than focusing solely on diagnosis.
Another important part of his work is collaboration. Korley has emphasized multidisciplinary research involving physicians, scientists, engineers and data specialists. At the University of Michigan, he has helped lead research programs involving numerous hospitals and large clinical datasets.
His research career also reflects a strong interest in making medical discoveries useful in real-world settings. A diagnostic technology can only have broad impact if physicians can use it quickly, reliably and affordably. That principle has influenced his interest in point-of-care testing and technologies suitable for different healthcare environments.
Looking ahead, Korley’s research is increasingly focused on identifying potential therapeutic targets for traumatic brain injury. By analyzing biological information collected from carefully characterized patients, his team hopes to identify mechanisms that could eventually lead to new treatments.
Dr. Korley’s career demonstrates how emergency medicine can serve as a bridge between immediate patient care and long-term scientific discovery. His work on brain-injury biomarkers, diagnostic technology and potential therapies represents an effort to give emergency physicians better tools for some of the most challenging cases they encounter.
For MoversAndShakers.io, Korley provides a compelling example of a U.S. physician who is combining clinical medicine, research and technology to address an important healthcare problem. His 2026 recognition highlights a career focused not only on treating patients today, but also on developing better ways to diagnose and care for patients with brain injuries in the future.
