A detailed new map by researchers at the School of Medicine lays out the landscape of the cerebral cortex – the outermost layer of the brain and the dominant structure involved in sensory perception and attention, as well as distinctly human functions such as language, tool use and abstract thinking.
Screening for suicide risk among publicly insured urban children who are experiencing psychological distress is vitally important, finds a new study from the Brown School at Washington University in St. Louis.
School of Medicine researchers have found how sensory nerve cells work together to transmit itch signals from the skin to the spinal cord, where neurons then carry those signals to the brain. Their discovery may help scientists find more effective ways to make itching stop.
The Center for the Humanities announced more than three dozen new and renewed grants in a variety of categories for faculty members and graduate students during the 2015-16 year.
University College — the professional and continuing education division in Arts & Sciences — will hold a preview night at 5:30 p.m. Thursday, July 21, in the Women’s Building Formal Lounge.
Audrey R. Odom, MD, PhD, a noted malaria researcher at the Washington University School of Medicine, has received a five-year, $500,000 award from the Burroughs Wellcome Fund to further her research into the parasitic disease.
Four Washington University in St. Louis alumni have been selected to conduct research or teach English this year as participants in the Fulbright U.S. Student Program. The program recognizes talented students who are committed to promoting global collaboration and understanding through research and teaching.
A study led by Washington University School of Medicine in St. Louis, in collaboration with Brigham and Women’s Hospital in Boston, has identified a genetic error that weakens the aorta, placing patients with this and similar errors at high risk of aortic aneurysms and ruptures.
With a goal of treating worn, arthritic hips without extensive surgery to replace them, scientists at the School of Medicine have programmed stem cells to grow new cartilage on a 3-D template shaped like the ball of a hip joint.