McDaniel receives federal education grant
Mark McDaniel in Arts & Sciences received a $30,008 grant from the U.S. Department of Education for a
collaborative education research project.
Martin wins NASA grant for air quality research
Randall Martin, at the McKelvey School of Engineering, was awarded a three-year NASA grant to analyze fine particulate matter data, work that will help in air quality management.
Setton receives 2022 BMES Christopher Jacobs Award
Lori Setton at the McKelvey School of Engineering was recognized by the Biomedical Engineering Society for excellence in leadership and service to the cell and molecular bioengineering community.
Washington University joins Midwest Climate Collaborative as founding member
On Jan. 28, the newly formed Midwest Climate Collaborative launched during a virtual summit. Washington University is one of 30 founding members.
Herzog to test how cortical neurons, hormones regulate daily patterns of behavior
A five-year nearly $2 million project led by biologist Erik Herzog in Arts & Sciences will use machine learning and other tools to improve understanding of how the brain is organized as a network of synchronized circadian cells.
Chakrabartty named vice dean for research in engineering
Shantanu Chakrabartty has been named vice dean for research and graduate education at the McKelvey School of Engineering at Washington University in St. Louis.
Moyle wins Next Generation Investigation Award
Austin Moyle, a chemistry graduate student working with Michael Gross in Arts & Sciences, won a Next Generation Investigator Award from the California Separation Science Society.
The great tree migration
A new study co-authored by biologist Jonathan Myers in Arts & Sciences provides key insights into how and why tree populations migrate in response to climate change. The research was published in the Proceedings of the National Academy of Sciences.
Zacks’ talk ties movies to neuroscience
Jeffrey Zacks, professor in Arts & Sciences and the School of Medicine, will explain how and why television and movies can have such strong effects on our brains in a Mirowitz Center online program Feb. 2.
Starting at the beginning
Using a mouse model, researchers in the lab of Jessica Wagenseil have modeled the behavior of the aorta to understand how it develops and how it responds to mechanical stressors.
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