Category: BME

What if elementary school students could learn how artificial intelligence works by moving, jumping and playing? A multidisciplinary team of University of Florida researchers is exploring that question through AI-PLAY, a new NSF-funded project that connects students’ own movements to foundational AI concepts.

Thanks to a $1 million gift from Samaritan Biologics and its co-founders, Distinguished Professor Wesley E. Bolch, Ph.D., has been named the inaugural Chang & Szalay Samaritan Biologics Endowed Professor in Biomedical Engineering.

UF Innovations Transform Health, Safety and AI Across the globe, smart sensors are driving a new era of health care, transportation, safety and intelligent automation. From autonomous vehicles navigating through smoke and darkness to wearable devices that monitor human movement and brain activity, sensors are rapidly transforming the way people interact with technology and the […]

While access has improved for people with disabilities, small inconveniences still exist everywhere. To solve that — piece by piece — students from the University of Florida College of Public Health and Health Professions and the Herbert Wertheim College of Engineering are helping design 3D-printed assistive devices for locals with unique needs.

The UF Center for Engineering Human Performance and Wellness brings together experts from the Herbert Wertheim College of Engineering and the College of Health and Human Performance to study how wearable sensors, robotics and advanced data analysis can be used to monitor, understand and optimize how people move, recover and live. 

In a collaboration between UF’s biomedical engineering and neurosurgery departments, UF researchers are testing the potential of nanoparticle imaging to boost cancer immunity.

A recent study featuring research by University of Florida Engineering Professor Wesley Bolch, Ph.D., links exposure to radiation from medical imaging to a small-but-significant risk of blood cancers among children and adolescents. 

UF Ph.D. student Cameron Crouse is rolling his experiences, knowledge and insight as a type 1 diabetes patient into his graduate research, hoping to find a diabetes treatment at the cellular level through tissue engineering.

Equipped with a cutting-edge nanoparticle imaging technology, federal funds and a quest to quash pain, researchers at the University of Florida are working to revolutionize osteoarthritis treatments.

Armed with a $2.7 million grant from the National Institutes of Health, University of Florida biomedical professor Ivana Parker, Ph.D., is targeting one of the most common – and dangerous – infections in women.