Newsroom Stories

To help understand air pollution health effects, researchers in St. Louis quantified how the amount of submicron particles in the air has changed over the past 25 years.

Researchers at WashU Medicine received a $12 million National Institutes of Health (NIH) grant to deepen understanding of autism and other neurodevelopmental and psychiatric disorders that are caused by a single gene mutation.

Physicists Bryce Wedig and Tansu Daylan, in Arts & Sciences, calculated how many gravitational lenses will be uncovered by NASA’s Nancy Grace Roman Space Telescope when it begins science operations in 2027. By examining a large population of these lenses, the researchers hope to learn a lot more about the mysterious nature of dark matter.

Using a variety of microscopic analysis techniques not available when the Apollo astronauts first returned samples from the moon, physicist Ryan Ogliore in Arts & Sciences helped unlock the secrets of tiny lunar beads.

Environmental engineers at WashU have developed hydrogels to transform wastewater nutrients into useful feedstocks and fertilizers.

Beverly R. Wendland, provost and executive vice chancellor for academic affairs, will complete her provost appointment after a successful five-year term in the role. Her transition is effective July 31, according to Chancellor Andrew D. Martin.

Jennifer Phillips-Cremins, a pioneer in understanding 3D genome structure and its impact on the brain, will join WashU Medicine as BJC Investigator.

At the WashU Board of Trustees meeting in May, numerous faculty members were appointed, promoted or granted tenure, with most taking effect July 1.

The Rev. Callista Isabelle, the inaugural director for religious, spiritual and ethical life at WashU, received this year’s Gloria W. White Distinguished Service Award, which is given to a staff member who exceeds their daily work duties to make a positive impact on employees and the university at large.

A study led by physicist Shankar Mukherji in Arts & Sciences uses a new technique to simultaneously visualize how six major organelles within a cell change as the cell grows. The work has implications for how cells regulate metabolism and growth, which is important in both health and disease.