Gut bacteria linked to malnutrition may pass to younger generations
A new study led by WashU Medicine researchers including Jeffrey I. Gordon, MD, suggests that an intestinal disorder linked to malnutrition and stunted growth may be transmitted from one generation to the next via the small intestine’s microbiome.
Tool to predict crop instability to be developed at WashU, Arizona State
Nathan Jacobs, a computer scientist at WashU McKelvey Engineering, and collaborators plan to develop a geospatial artificial intelligence tool to find early signs of instability in crop production.
Norris to study brain cells that help control how the body burns calories
Aaron Norris, MD, PhD, at WashU Medicine, has received a five-year $3.5 million NIH grant to study brain cells that regulate how the body burns calories and could lead to new ways to promote weight loss.
Supporting runners every step of the way
WashU Medicine serves as the official medical provider — and more — at the Greater St. Louis Marathon.
Stopping GLP-1 drugs can quickly erase cardiovascular benefits
WashU Medicine researchers found that stopping GLP-1 drugs such as semaglutide and tirzepatide — even temporarily — elevates the risk of heart attack, stroke and death compared to staying on the medication continuously.
Register for spring wellness challenge
WashU’s Good Nurtured spring wellness challenge gets underway soon. It takes a holistic approach to well-being and encourages showing and receiving kindness, civility and graciousness. Register today.
GLP-1 medications get at the heart of addiction: study
WashU Medicine researchers have shown in a new study that GLP-1 medications, typically used for diabetes and weight loss, may be effective at treating and preventing substance use disorders, from alcohol to cigarettes to opioids.
A risk factor for liver disease: your parent’s body weight
Researchers at WashU Medicine have found a strong correlation between obesity in one or both parents during pregnancy and their child’s risk of developing a common liver disorder.
WashU’s FARM hosts visit by international food, ag experts
Leaders from seven countries explored the WashU FARM initiative’s public health-driven research and global partnerships advancing sustainable, equitable food systems.
Specific brain signals rapidly eliminate body fat in mice
A study by researchers at WashU Medicine reveals how the body reprograms stable fat cells to eliminate stubborn fat reserves.
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