
UNC School of Medicine scientists discover new ways bacterial infec...
The finding offers new leads for fighting infection without contributing to one of the world’s most pressing public health concerns – antibiotic resistance.
The finding offers new leads for fighting infection without contributing to one of the world’s most pressing public health concerns – antibiotic resistance.
UNC researcher Ilona Jaspers, PhD, to present her findings on the potential effects of e-cigarettes
With seed money from the NC TraCS Institute at UNC and a Translational Team Science Award from the UNC School of Medicine, UNC collaborators uncovered an epigenetic mechanism that could be the cause of painful chronic ear infections that plague people with chromosomal and genetic conditions.
The current outbreak of the plague in Madagascar shines a light on the need for new approaches to treat the ancient pathogen. A new UNC study unexpectedly unravels a long-held theory on how a fleabite leads to infection.
Our own immune cells can destroy other healthy cells to cause severe and chronic diseases. Maureen Su, MD, a 2014 Jefferson-Pilot award winner, studies how this autoimmunity happens and what it might tell us about potential cancer therapies.
Edward Miao, MD, PhD, earns a Jefferson-Pilot Award for his groundbreaking work on the interplay between dangerous pathogens and the human immune response.
Graduate student Ellen Perkowski created a new tool to study how tuberculosis survives, thrives, and escapes our immune system defenses.
The discovery could lead to new therapies and better diagnostics, resulting in fewer hospitalizations of children with respiratory syncytial virus, the leading cause of severe lung infection in babies.
With the dedication of Marsico Hall, UNC ushered in a new era of medical research, collaboration, and promise for the people of North Carolina and beyond.
Rita Tamayo, PhD, a UNC School of Medicine Simmons Scholar, takes on two dangerous microbes that infiltrate water supplies and hospitals.