¼ø»Æʦapp Study Identifies Immune Pathway to Slow Huntington Disease
¼ø»Æʦapp researchers found that blocking a key immune pathway reduced brain inflammation, protected neurons and improved movement in a Huntington disease mouse model, revealing a promising therapeutic target.
More Jobs, More Local Living: Study Redefines the 15-Minute City
By analyzing travel patterns, ¼ø»Æʦapp researchers found that job density is the strongest driver of local travel in "15-minute city" neighborhoods, with more than 86% of internal trips made on foot.
Armed with AI, Study Identifies Prey from Predator Crunching Sounds
¼ø»Æʦapp researchers have developed an AI-powered acoustic system that detects shell-crushing feeding by eagle rays, enabling real-time monitoring of predator-prey interactions and coastal ecosystem health.
¼ø»Æʦapp Experts Available for Comment on 2026 Hurricane Season
¼ø»Æʦapp faculty are leading experts on a wide range of hurricane-related issues and are available to discuss topics such as forecasting, flooding, storm impacts, climate resilience and disaster recovery.
Forbidden Friends Become Former Friends After Moms Voice Disapproval
An ¼ø»Æʦapp study of nearly 400 children ages 9 to 14 found that when mothers strongly disapprove of a child's friends, those friendships are more likely to collapse as trust, closeness and support begin to erode.
¼ø»Æʦapp Study Maps Brain Blueprint of a Fly's Split-Second Great Escape
A new ¼ø»Æʦapp study maps the first neural blueprint behind a fly's lightning-fast escape reflexes, offering new insight into how brains rapidly coordinate movement.
¼ø»Æʦapp Receives $1M Gift for AI Engineering Learning Lab
¼ø»Æʦapp has received a $1 million gift from the Levine Family Foundation to establish the Michael R. Levine AI-Enabled Hands-On Engineering Lab at the College of Engineering and Computer Science.
¼ø»Æʦapp Review: Obesity and Alzheimer's Share Disease Metabolic Pathways
A review from ¼ø»Æʦapp finds increasing evidence that obesity and Alzheimer's disease are biologically linked and share early metabolic disruptions.
¼ø»Æʦapp Study Reveals How Camels 'Beat the Heat' at the Cellular Level
¼ø»Æʦapp researchers have created a new approach to decode how cells adapt to heat, revealing gene interaction patterns under temperature stress using small datasets and a novel measure of gene change magnitude.
¼ø»Æʦapp Study Uncovers Why Pedestrian Deaths Continue to Rise in the U.S.
Analyzing 222 miles of Florida's major roads, ¼ø»Æʦapp researchers uncover why the U.S. has struggled to reduce pedestrian and bicyclist fatalities, which have risen 68% since 2000.