Author Archives: Brad Wilson

The state-of-the-art facility spans seven stories with 26 advanced surgical suites and 80 patient rooms. The facility is fully equipped to facilitate the latest procedures, reinforcing UNC Health’s commitment to delivering superior patient care.

University of North Carolina at Chapel Hill scientists created a new drug delivery system, called the Spatiotemporal On-Demand Patch (SOP), which can receive commands wirelessly from a smartphone or computer to schedule and trigger the release of drugs from individual microneedles.

Andrew Abumoussa, MD, MSc, a PGY6 neurosurgery resident, was awarded the KLS Martin Innovations Challenge Award for his work on utilizing consumer grade iOS devices to provide stereotactic neuronavigation for flexible endoscopy.  Earlier funding for his work was provided by UNC Center for Health Innovation’s Pilot Awards in 2022. For his research...

Ron Alterovitz, PhD, in the UNC Computer Science Department, and Jason Akulian, MD MPH, in the UNC School of Medicine, have shown that their steerable lung robot can autonomously maneuver the intricacies of the lung, while avoiding important lung structures.

UNC Health will participate as early adopters of Generative AI (Artificial Intelligence) tools through a program with Epic. It will be one of the initial few healthcare systems nationwide to do so.

The UNC Center for Health Innovation is pleased to announce the winners of the eleventh annual Innovation Pilot Awards. Proposals were sought from across UNC Health and UNC School of Medicine faculty and employees for innovations across a spectrum of areas including care delivery, new technology, advanced analytics, and more.

FORTUNE has named UNC Health one of “America’s Most Innovative Companies” in its inaugural release of its Most Innovative list shining a spotlight on the top companies in the U.S. that have made the biggest impact in innovation.

UNC School of Medicine researchers Jack Griffith, PhD, and Taghreed Al-Turki, PhD, found that telomeres at the tips of chromosomes contain sufficient genetic information to produce two small proteins with potentially potent biological properties.

A research team led by William Polacheck, PhD, at the UNC School of Medicine, has engineered a microfluidic model that mimics a rare genetic disorder affecting the structure of veins, arteries, capillaries, and lymphatic vessels.