Content by University of North Carolina at Chapel Hill School of Medicine
In preclinical tests, researchers from UNC-Chapel Hill and Oregon Health and Sciences University showed how a new compound can immobilize sperm temporarily without side effects
The research, published in the journal Cell, shows a route toward creating opioids that relieve pain without causing the severe side effects at the heart of the opioid epidemic
American and New Zealand researchers use experimental evidence to overturn widely-accepted theory on the dawn of life on Earth
In two previous studies, University of North Carolina researchers and colleagues linked infant brain anatomy differences to autism diagnoses at age two. Now they show differences in functional connections between brain regions at 6 months to predict autism at age two
Implant could offer long-acting, removable form of prevention not currently available
University of North Carolina scientists found that mucin proteins, which make mucus thick and sticky, fail to unfold properly in the airways of people with cystic fibrosis. And they found the lack of water in the lung can trigger the misfolding mucins
In a recently published study, researchers describe how inflammation can go unchecked in the absence of a certain inflammation inhibitor called NLRP12
With a whiff of the opposite sex, these hormone-sensitive neurons trigger pro-social behavior in mice and could play roles in anxiety, depression, and other mood-related conditions in humans
According to Anthony Charles, MD, MPH, of the UNC School of Medicine, the WHO should amend its centralization policy to help doctors save lives in Sub-Saharan Africa
A national consortium of clinical geneticists is studying the ins and outs of potentially using genome sequencing for newborn health screenings and beyond
UNC scientists conduct seminal experiments to unveil how early-in-life visual experiences—simply trying to see—sculpt a particular subnetwork of brain circuitry we need in order to see properly
Chemicals designed to protect crops can cause gene expression changes in mouse brain cells that look strikingly similar to changes in the brains of people with autism and Alzheimer’s disease
