The UF Innovate office hosted its annual Standing InnOvation on October 21, gathering researchers, entrepreneurs and university leaders to applaud the成果 of fiscal year 2026. The ceremony highlighted the university’s commitment to turning invention disclosures into market-ready solutions and celebrated the people who made it possible.
Fiscal-year milestones
During the six-month period that ended June 30, UF innovators submitted a record 463 new invention disclosures, filed 500 patent applications, secured 162 issued patents, and concluded 320 licensing agreements. Those efforts also birthed 12 new startup companies, expanding the university’s entrepreneurial ecosystem. President Stuart Bell took the stage to commend the community, noting that the blend of world-class research, industry partnership and a drive for societal impact creates a ripple that extends far beyond Gainesville.
Duane Mitchell named Innovator of the Year
Among the honorees, Dr. Duane Mitchell, M.D., Ph.D. stood out as the 2026 Innovator of the Year. As director of the UF Health Cancer Institute, Mitchell has pioneered cancer immunotherapy strategies that enlist the body’s own immune cells to attack aggressive brain tumors, including glioblastoma and pediatric malignancies. His portfolio boasts more than 25 patents and several first-in-human clinical trials, translating laboratory insights into tangible therapeutic candidates.
Mitchell’s research also seeded the biotech spin-out iOncologi, a company focused on commercializing his immunotherapy platforms. Federal support exceeding $40 million from the National Institutes of Health has sustained the program for over a decade, underscoring the national significance of his work. The award reflects not only his scientific achievements but also his ability to bridge discovery and market adoption.
Inventions of the Year recognized
The licensing teams selected six standout inventions, each illustrating a different facet of UF’s technological breadth.
Chip SCIF
A novel packaging method that encloses semiconductor chips within a tamper-proof secure enclosure, boosting hardware security for critical applications.
Red-light activated photoinitiator for dental resin
A light-sensitive compound that reacts to blue, green and red wavelengths, enabling deeper and more uniform curing of dental resins, especially in hard-to-reach areas.
Non-invasive auricular stimulation for breathing and speech
An approach that delivers gentle electrical pulses through the outer ear while patients undergo speech therapy, aiding recovery of respiration and communication after stroke or traumatic brain injury.
EdStream messaging platform
An integrated system that weaves messaging, collaboration and administrative workflows directly into learning-management environments like Canvas, streamlining communication among students, faculty and staff.
Exercise-like metabolic adaptation composition
A collection of blood-borne factors designed to mimic the protective effects of physical activity, targeting the prevention of pathological tau formation and neurodegeneration linked to Alzheimer’s disease.
Engineered anti-LAIR1 antibodies
Antibodies engineered for reduced immunogenicity that boost T-cell function, enhancing the immune system’s capacity to combat cancer while minimizing adverse immune reactions.
The evening underscored UF’s role as a catalyst for high-impact science, demonstrating how a campus-wide culture of invention can produce patents, startups and therapies that reach far beyond the university’s borders.
