Newsroom Stories

Xiumin Martin, a leading accounting scholar whose research deepens our understanding of finance markets and directly informs accounting policy and corporate governance, was installed in November as the inaugural Margaret Oung Distinguished Professor at Olin Business School.

An antibody-based immunotherapy reduces plaque in the arteries of mice, offering a potential new strategy to treat cardiovascular disease, according to a study led by WashU Medicine researchers.

Researchers at Washington University in St. Louis are testing for elevated lead levels potentially kicked up in the destructive path of the 2025 tornado.

Over the last few decades, Christianity in America has become synonymous with conservative causes. But it wasn’t always that way. As faith leaders join protesters in the Twin Cities, they’re showing the next generation of American young people that there are multiple ways to be a Christian, according to Ryan Burge, an expert in religion and politics at Washington University in St. Louis.

Ballaké Sissoko, one of the world’s great virtuosos of the 21-stringed West African kora, will be joined Feb. 1 by classically trained Cape Town guitarist Derek Gripper for an intimate recital as part of WashU’s Great Artists Series.

Research co-authored by Sandro Galea of WashU’s School of Public Health links rising family care responsibilities and unpaid medical bills to housing instability and population health risks.

Researchers from Washington University in St. Louis find evidence that elevated stress exposure and its inflammatory correlates may contribute to Black-white racial disparities in mortality risk.

Ultrasound-guided diffuse optical tomography reduces breast biopsies by 25% in a new study from researchers at Washington University in St. Louis.

WashU Medicine construction projects will temporarily affect pedestrian traffic around Ellen S. Clark Hope Plaza and Wohl Circle. Also, the Bridge Renewal project to repair water infiltration in the tunnels and utilities below campus enters a new phase.

Biomedical engineers at Washington University in St. Louis have outlined how properties of biological condensates may serve as engines to power electrochemical reactions at a microscale.