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HHP Making Headlines


UF research helps establish new FDA pathway for Parkinson’s diagnostics
A University of Florida–led study has helped secure FDA De Novo classification for an AI-powered imaging tool designed to assist in diagnosing early-stage Parkinson’s disease. Developed by Neuropacs™ Corp., the diffusion MRI-based software uses machine learning to distinguish Parkinson’s from similar neurodegenerative conditions with overlapping symptoms. Led by UF researcher David Vaillancourt, the multi-site study provided clinical evidence supporting the tool’s safety and effectiveness. The approval marks a major translational milestone, establishing a new category of diagnostic technology and highlighting the impact of UF research, federal funding and academic-industry collaboration.


Joe LeBas, industry trailblazer and UF grad, to advance biotech venture development at the UF College of Health & Human Performance
The University of Florida College of Health & Human Performance has appointed UF alumnus and industry leader Joe LeBas to its newly formed Council for Entrepreneurship & Translational Incubation. In this role, LeBas will work alongside college researchers and council leadership to help bring innovative ideas to market, with a focus on advancing biotechnology ventures. The council aims to strengthen collaboration between academia and industry by providing mentorship, resources and funding opportunities. Backed by the Entrepreneurship & Translational Incubation Fund, the initiative supports cross-disciplinary innovation and positions UF to accelerate real-world impact across health, performance and technology.


Smarter Shores Ahead: Using Drone Intelligence to Protect Florida’s Coastlines This Summer
As Florida enters peak summer season, new research highlights how drone technology is transforming coastal safety. From detecting sharks in nearshore waters to monitoring harmful algal blooms like red tide, drones provide real-time visibility and faster response capabilities for beach managers. Led by University of Florida researcher Dr. Rachel J.C. Fu, the work emphasizes a shift from reactive safety measures to proactive, data-driven prevention. By combining aerial surveillance, public alerts and predictive mapping, these systems help protect beachgoers while maintaining access to coastal spaces during high-traffic months.
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