Performing Arts’ McGinley receives award for book

Paige McGinley, assistant professor of performing arts in Arts & Sciences at Washington University in St. Louis, received the American Theatre and Drama Society’s 2014 John W. Frick Award for the best book in American theater and drama for her book, “Staging the Blues: From Tent Shows to Tourism.”

Treatment failure in parasite infection tied to virus​

Patient being treated for fly bite
Two new studies explain why some parasite infections, such as those common in developing countries, sometimes can’t be cured with standard treatments. The research shows the parasite Leishmania — which infects 12 million people worldwide — often harbors a virus that helps the parasite survive treatments.

Listening to the land​

A group of people examining a dirt sample
​Victims of chronic flooding, dozens of homes in Baden neighborhood will be demolished this summer. But a team of Washington University in St. Louis researchers, together with the City of St. Louis, the Missouri Botanical Garden and the Missouri Department of Conservation, are determined to help the community create something better in the neighborhood.​

​Finalists selected for second annual Global Impact Award​

​​The Skandalaris Center for Interdisciplinary Innovation and Entrepreneurship at Washington University in St. Louis announces the finalists for the second Global Impact Award. The award, given with the support of Suren G. Dutia (BS ’63, AB, MS ’67) and his wife, Jas K. Grewal, honors the vision and passion of WashU students, postdoctoral researchers and young alumni who create scalable and sustainable ventures with global impact.

Exploring the brain’s role in stress-induced anxiety​​​

Calming a neural circuit in the brain can alleviate stress in mice, according to new research at Washington University School of Medicine in St. Louis that lays the foundation for understanding stress and anxiety in people. The researchers also showed they could shine a light into the brain to activate the stress response in mice that had not been exposed to stressful situations.