Medicine & Health

The Life Outside of Violence program takes an individualized approach to solving one of the biggest problems of our time.

Research from the lab of Brian Carpenter, in Arts & Sciences, suggests older adults understood that sometimes-unflattering COVID-19 messaging came from a place of caring and compassion.

New School of Medicine research provides clues to falling fast asleep — or lying wide awake. Studying fruit flies, the researchers found that brain neurons adapt to help the flies stay awake despite tiredness in dangerous situations and help them fall asleep after an intense day.

A $314,807 grant from the National Institutes of Health (NIH) will support Abhinav Jha’s interdisciplinary work looking at the ethics of artificial intelligence implementation in the medical sphere.

Research from the lab of Fangqiong Ling at the McKelvey School of Engineering finds SARS-CoV-2 material in wastewater reflects illnesses in communities. It also helps establish guidance for future studies.

A five-year $9 million grant from the National Institutes of Health (NIH) will fund research led by investigators at Washington University School of Medicine and at the University of Texas at San Antonio to answer how so-called transposable elements in DNA can influence Alzheimer’s disease.

Robert D. Schreiber, the Andrew M. and Jane M. Bursky Distinguished Professor at the School of Medicine, has received the 2023 Richard V. Smalley Memorial Award from the Society for Immunotherapy of Cancer.

Research in animals led by Washington University and the Roslin Institute in Scotland shows that supplying a vital missing enzyme helps to improve CLN1 disease, a rare but fatal brain disorder.

Bruce Carlson, professor of biology in Arts & Sciences, recently won a $980,000 grant from the National Science Foundation to study neuronal plasticity and the evolvability of animal behavior.

Researchers at Washington University School of Medicine have identified a pathway in the brains of mice that is activated when the animals see other mice scratching. They found that this so-called “contagious itching” is controlled through a visual pathway that operates independently of the visual cortex.