Newsroom Stories

Shantay Bolton, executive vice chancellor for administration and chief administrative officer, has appointed a committee to identify candidates for the position of chief of the Washington University Police Department.

During oral arguments Dec. 1, Supreme Court Justice Brett Kavanaugh suggested the court should take a neutral position on the divisive question of abortion. In fact, Roe v. Wade does exactly that, says a School of Law expert on reproductive rights.

It is hard to imagine a scenario where the current standoff between baseball owners and players would lead to lost games in 2022, according to Patrick Rishe, a leading sports business expert at Olin Business School.

A team of researchers co-led by Guy Genin at the McKelvey School of Engineering has made a discovery about how tendon and bone attach in the shoulder joint, shedding light on rotator cuff injuries and how to treat them.

COVID-19 brought masks and with them, a host of questions about how they affect our day-to-day communications, including how well people wearing masks are understood.

Researchers at Washington University School of Medicine have identified a drug compound that makes pancreatic cancer cells more vulnerable to chemotherapy.

“Return,” the 2021 WashU Dance Theatre concert and the Performing Arts Department’s first fully staged dance production in nearly two years, will run in Edison Theatre Dec. 3-5.

Jessie Minton, vice provost and chief information officer at the University of Oregon, has been appointed vice chancellor for technology and chief information officer at Washington University in St. Louis, effective April 15, according to Shantay Bolton, executive vice chancellor and chief administrative officer.

Researchers at Washington University School of Medicine are joining scientists around the country to conduct a study aimed at understanding how prenatal factors and early life experiences influence brain development and behavior in young children.

Researchers at Washington University School of Medicine have found that multidrug-resistant bacteria and bacterial spores can be killed by ultrashort-pulse lasers. The findings could lead to new ways to sterilize wounds and blood products without damaging human cells.