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UF Innovate Tech Licensing

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UF Innovate Tech Licensing

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UF Innovate | Tech Licensing works with university inventors to facilitate the transfer of new discoveries created at UF to the commercial sector for public use.

09/02/2026

Measuring true electrochemical reactions and material properties is difficult because fluid motion and uneven edge growth often interfere with test results. Existing setups struggle to separate these outside factors from actual material behavior.

Researchers at the University of Florida have developed a microfluidic electrochemical cell that stops unwanted fluid flow and fixes edge errors. This design lets scientists study pure diffusion and measure metal surface energies with high accuracy.

This platform improves research for batteries, fuel cells, biosensors, and corrosion science. It provides reliable data for developing advanced materials and energy storage systems.

This tech is available now for licensing!
🔗: https://ufinnovate.technologypublisher.com/techcase/MP26038

09/01/2026

October 21 is coming up! There are plenty of ways to get involved with UF Innovate as we celebrate innovation across the UF community. 🎉

Join us for The Florida Way Forward with Patric Young at 2 PM for our keynote session, or apply to present your innovation at the Standing InnOvation Showcase from 4 to 6 PM, featuring researchers, inventors, entrepreneurs, and startups bringing their innovations to life.

And for our University of Florida researchers and innovators, we'll be celebrating YOU at our annual reception later in the evening. 🥂

Learn more and find your way to get involved below!

🎤 Register for the keynote: https://luma.com/m00jg6q6

🐊 Apply to present at : https://go.ufl.edu/8l5fh7p

08/27/2026

Dolly Parton’s legacy offers a compelling lesson in entrepreneurship.

She understood that creativity can be more than a single creation. By protecting her intellectual property and building strategically around her ideas, Parton turned creative work into lasting economic, cultural, and social impact. 🦋

That same principle is at the heart of UF Innovate Tech Licensing: helping University of Florida researchers recognize the potential of their discoveries, protect their intellectual property, and navigate the path from innovation to impact.

Read more: https://news.ufl.edu/2026/08/dolly-parton/

08/26/2026

Manual handling of construction materials can lead to inefficiencies and inconsistent placement of wood and steel studs, creating challenges for robotic assembly. 🏗️

University of Florida researchers developed a fully autonomous material supply station (AMSS) for wood and steel studs that autonomously and mechanically enforces absolute positional and geometric precision before robotic pickup.

The compact, reconfigurable system uses adaptive mechanisms and sensor-based positioning to reliably store, align, and replenish studs while reducing system complexity and maintenance requirements.

This tech is available for licensing!

🔗 Learn more: https://ufinnovate.technologypublisher.com/techcase/MP26039

08/25/2026

After years in the making, this UF innovation is reaching Florida citrus growers. 🍊🌱

Florida company Soilcea is preparing to supply more than 300,000 citrus trees based on University of Florida technology after the U.S. Environmental Protection Agency approved CarriCea T1, a new HLB-resistant rootstock that could help growers combat citrus greening.

The approval represents nearly a decade of collaboration between university researchers, technology transfer professionals and entrepreneurs to move an academic discovery from the laboratory to the marketplace.

Licensed through UF Innovate Tech Licensing, this milestone is a powerful example of what's possible when groundbreaking university research meets entrepreneurship and technology transfer.

Congratulations to Yianni Lagos and the entire Soilcea team, as well as everyone who helped bring this innovation from discovery to commercialization! 👏

Read the full story here: https://news.ufl.edu/2026/08/hlb-resistant-citrus-rootstock/

University of Florida Institute of Food and Agricultural Sciences | UF Research

08/24/2026

Conventional 3D concrete printing typically deposits material layer-by-layer, creating planar interfaces that can compromise a structure's mechanical performance. 🏗️

University of Florida's Chaofeng Wang, Ph.D., developed a 3D concrete printing system that uses a continuous spiral deposition trajectory to create mechanically interlocked, monolithic structures.

By eliminating planar failure boundaries, this innovative technique improves flexural strength by up to 97.3% compared with conventional printing, delivering stronger, more durable printed concrete without relying on reinforcements or complex geometries.

This technology is available for licensing!
🔗: https://ufinnovate.technologypublisher.com/techcase/MP26062

UF Engineering School of Sustainable Infrastructure & Environment- ESSIE
UF Rinker School of Construction Management

08/20/2026

What if crops could make better use of the nitrogen already around them? 🌱

Most major crops can't naturally capture atmospheric nitrogen, leaving farmers reliant on synthetic fertilizers that can be costly and have environmental impacts.

University of Florida researchers have identified two key regulators, MtHK1 and LRP1, that can activate early root development and induce nodule structures in plants that do not naturally form them. When co-expressed, the MtHK1-LRP1 gene module can induce nodule structures without external cytokinin treatment.

This modular technology offers a new approach for engineering the early stages of biological nitrogen fixation in non-legume crops, with potential to reduce reliance on synthetic nitrogen fertilizer.

This technology is available now for licensing!

🔗: https://ufinnovate.technologypublisher.com/techcase/MP25089

08/19/2026

Can targeting two proteins at once help fight aggressive leukemia?

University of Florida researchers have developed a new PROTAC drug that targets two proteins, IKKβ and NR4A1, that help certain forms of acute myeloid leukemia (AML) grow and survive.

The drug killed leukemia cells in human samples and mouse models, offering a promising new approach for aggressive AML. The team has patented the original PROTAC and is developing more specific IKKβ degraders to advance the technology toward future clinical use.

Read more: https://innovate.research.ufl.edu/researchers-develop-new-duo-targeting-drug-for-aggressive-leukemias/

08/18/2026

Buildings account for approximately 37% of total U.S. energy consumption when electricity-generation losses are included, making energy efficiency a critical priority. 🏢⚡

Researchers at the UF Rinker School of Construction Management have developed a digital twin platform that integrates real-time IoT sensor data with the industry-standard EnergyPlus™ simulation engine through a bi-directional connector.

By integrating real-time IoT sensor data with physics-based simulation, the platform enables building operators to conduct "what-if" scenario analysis, visualize building performance, support predictive maintenance, and optimize heating and cooling efficiency. The result is actionable insights that can improve energy efficiency, reduce operational costs, and help lower greenhouse gas emissions.

This tech is available for licensing!

🔗 Learn more: https://ufinnovate.technologypublisher.com/techcase/MP26067

08/13/2026

Early detection and targeted treatment of neurodegenerative diseases are essential, but traditional antibody-based approaches can be expensive and difficult to scale. 🧠

University of Florida researchers have developed an aptamer-based molecular recognition platform that selectively recognizes pathological tau proteins for diagnostic and therapeutic applications. Tau pathology is a defining feature of several neurological disorders, including Alzheimer's disease and chronic traumatic brain injury-associated conditions such as CTE.

Compatible with both blood and cerebrospinal fluid samples, the platform has the potential to support early-stage diagnosis and disease monitoring. Compared with traditional antibodies, aptamers are smaller, chemically stable, and can be synthesized at scale, making them a promising alternative for next-generation diagnostics and targeted therapeutics.

This tech is available for licensing!

🔗 Learn more: https://ufinnovate.technologypublisher.com/techcase/MP26042

Address

747 SW 2nd Avenue
Gainesville, FL
32601

Opening Hours

Monday	8am - 5pm
Tuesday	8am - 5pm
Wednesday	8am - 5pm
Thursday	8am - 5pm
Friday	8am - 5pm

Telephone

+13523928929

Website

https://innovate.research.ufl.edu/tech-licensing/

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