AI-powered liquid biopsy can classify pediatric brain tumors with 92% accuracy
Liquid biopsies, which test body fluids that contain cancerous material, including circulating tumor DNA (ctDNA), are a noninvasive way to learn about a cancer’s biology.
Liquid biopsies, which test body fluids that contain cancerous material, including circulating tumor DNA (ctDNA), are a noninvasive way to learn about a cancer’s biology.
As the FDA moves to finalize a rule requiring front-of-package (FOP) nutrition labels on most packaged foods and beverages in the US, new research suggests that while the proposed “Nutrition Info Box,” showing levels of saturated fat, sodium, and added sugar, was found to work best for consumers who had higher nutrition literacy, it may… Read More
Cancer researchers at the University of Tennessee Health Science Center have published three new studies demonstrating how advanced artificial intelligence and population health analytics can identify and address barriers to quality cancer care.
Extremely preterm newborns who weigh less than 3.3 pounds have immature lungs that often require high levels of ventilation oxygen in the hospital.
A new “atlas” developed by researchers at Duke University School of Medicine, University of Tennessee Health Science Center, and the University of Pittsburgh will increase precision in measuring changes in brain structure and make it easier to share results for scientists working to understand neurological diseases such as Alzheimer’s disease.
Writing in the Journal of NeuroInterventional Surgery, Fiorella and co-author Dr. Adam S. Arthur of the University of Tennessee, emphasized that MMAE “could fundamentally change the treatment paradigm for chronic subdural hematoma, establishing MMAE as a superior alternative therapy.”
Sepsis acquired in clinical settings threatens the lives of tens of millions of people worldwide every year. The condition, in which the body responds to an infection by essentially going into overdrive, inadvertently attacks the body by overzealously releasing chemicals to defend it.
In a decades-long technical tour de force lead by Duke’s Center for In Vivo Microscopy with colleagues at the University of Tennessee Health Science Center, University of Pennsylvania, University of Pittsburgh and Indiana University, researchers took up the gauntlet and improved the resolution of MRI leading to the sharpest images ever captured of a mouse brain.