Skeletal muscle signals to brain, brown fat to control aging in mice
Studying mice, WashU Medicine researchers have identified communication signals linking skeletal muscle, the brain and brown fat tissue that play an important role in aging. Interventions in older mice that restore the signaling to that of young mice could promote healthier aging.
Global consortium launches AI tools to accelerate Alzheimer’s research, treatments
C-BRAIN, the consortium co-founded by WashU Medicine and directed by neurologist Randall J. Bateman, MD, brings together members from academia, major pharmaceutical companies and philanthropic organizations.
Dementia rising across Latino populations, multidecade study finds
Research led by WashU Medicine neurologist Jorge Llibre-Guerra, MD, provides the first direct evidence that some parts of Latin America are moving in the opposite direction of dropping dementia rates in the U.S. and other wealthy nations.
Inner life of cells under investigation
WashU biomedical engineer Yifan Dai will study chemical processes in cells thanks to a $2 million NIH grant.
AI platform reduces paperwork for WashU Medicine and BJC physicians
WashU Medicine and BJC doctors can now focus less on note-taking and more on interacting with patients with the aid of an AI transcriber.
Bursky Public Health names first FARM distinguished professors
Nutrition scientist Lora Iannotti and engineer Feng Jiao become inaugural Lauren and Lee Fixel Distinguished Professors, advancing interdisciplinary solutions for food, agriculture and health.
Miller honored with Potamkin Prize for dementia research
WashU Medicine neurologist Timothy M. Miller, MD, PhD, has received the 2026 Potamkin Prize for Research in Pick’s, Alzheimer’s, and Related Diseases, one of the most prestigious international honors in dementia research.
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.
New comprehensive data platform could transform Alzheimer’s research, treatment
Researchers at WashU Medicine and the Knight Alzheimer’s Disease Research Center led the development of a scalable platform that links research, real-world patient data and genetic data to uncover new insights into Alzheimer’s disease diagnosis, prevention and care.
Lenschow named inaugural John S. Daniels Professor
Deborah J. Lenschow, MD, PhD, a pioneering scientist who has made significant contributions to the fields of immunology, rheumatology and medicine, has been installed as the inaugural John S. Daniels Professor at WashU Medicine.
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