Technology for License
Accelerating the development and commercialization of inventions
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We Are Tech Transformed
Add products to your development pipeline, not just patents. At Wake Forest Innovations, we take ideas and transform them into technologies we believe will improve patient care and shape the medical field of tomorrow.
Technology Portfolio
From therapeutics to medical devices, diagnostics to research tools, view our portfolio of technologies that offer diverse licensing opportunities for both emerging and established companies in the life sciences industry.
Therapeutics
Body Mass Replacement
This novel method of replacing body mass with external weight maximizes the long-term benefits of obesity treatments by minimizing weight-loss.
Body Mass Replacement
Technology Portfolio
Improved Image Analysis
This longitudinal/cross-sectional image registration algorithm for three-dimensional deformation analysis of medical images produces an accurate #D description of tissue deformation.
Improved Image Analysis
Diagnostics
ARID5B Overexpression in Inflammatory Diseases
This diagnostic assay predicts disease pathophysiology of pro-inflammatory diseases such as diabetes and atherosclerosis by quantifying ARID5B gene expression and determining the methylation status of the gene.
ARID5B Overexpression in Inflammatory Diseases
Therapeutics
Methods and Compositions for Treatment of Chlamydial Infection and Sequela
Epidermal growth factor receptor (EGFR) is essential for chlamydial infection. Scientist have demonstrated in vivo feasibility of preventing chlamydia infection using EGFR inhibitors.
Methods and Compositions for Treatment of Chlamydial Infection and Sequela
Translational Models
TREX1 Mutant Mouse Model
The Trex1 Mutant Mouse Model is a genetically defined validated mouse model of human lupus.
TREX1 Mutant Mouse Model
Medical Devices
Single-Prong Nasal Cannula
The single-prong nasal cannula is uniquely designed to deliver maximum oxygen and accurately monitor carbon dioxide levels while also reducing the risk of oxygen ignition.
Single-Prong Nasal Cannula
Medical Devices
Tensioning Tool for Rotator Cuff Tear Repair
The Rotator Cuff Tensioning Repair Tool allows orthopaedic surgeons to perform rotator cuff repairs at a controlled tension, which improves healing and outcomes.
Tensioning Tool for Rotator Cuff Tear Repair
Medical Devices
Ultrasound-Guided Invasive Procedure Trainer
This ultrasound simulation device provides training for medical professionals practicing ultrasound-guided invasive procedures.
Ultrasound-Guided Invasive Procedure Trainer
Medical Devices
Subdural Hematoma Port
Clinical experts at Wake Forest have designed an improved Subdural Hematoma Port by adding a component to mechanically break-up clots that obstruct the port.
Subdural Hematoma Port
Diagnostics
Novel Methods and Compositions for Immuno-PET Detection
Novel methods and compositions for immuno-PET detection detect tumors with better in vivo stability and production safety than current clinical standards.
Novel Methods and Compositions for Immuno-PET Detection
Interested in Novel Medical Technologies?
Contact Wake Forest Innovations to start a conversation about how our technologies could fill your product pipeline.
Funding Innovation
Find out how our investment in technology development can increase the value of the technologies we license and give them the best chance of making it to market.
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Featured Inventors
Discover our featured inventors and learn about the innovative products they are developing.
Our Experts
Don Gage, PhD
Don Gage and his team are innovating in medical and network connected device security, currently an area of considerable vulnerability, including solutions for specific device manufacturers, both existing and new.
Don Gage, PhD
Our Experts
Errin Fulp, PhD
Errin Fulp, PhD, works with national laboratories and a leading networking company to employ evolutionary and biological principles to advance security and configuration diversity.
Errin Fulp, PhD
Our Experts
Metin Gurcan, PhD
Metin Gurcan, director of the Center for Biomedical Informatics, researches new technologies to improve cancer detection and diagnosis.
Metin Gurcan, PhD
Our Experts
Philip Brown, PhD
Brown designs and builds medical devices, studies biomechanics and surgical robotics, and uses 3-D printing to produce prototypes, research tools, and anatomical models.
Philip Brown, PhD
Our Experts
Hui-Kuan Lin, PhD
Director of the Prostate Cancer Center of Excellence, Lin studies genetic interactions and oncogenic and tumor suppressor networks, developing small molecule inhibitors and cancer therapies.
Hui-Kuan Lin, PhD
Our Experts
L. Andrew Koman, MD
L. Andrew Koman, MD, pioneered the use of botulinum toxin injections for cerebral palsy spasticity management and neuromuscular uses, like plantar fasciitis.
L. Andrew Koman, MD
Our Experts
Elaheh Rahbar, PhD
Rahbar investigates hemorrhagic shock, traumatic brain injury and resuscitation, partnering with industry to develop therapies and medical devices to improve trauma care.
Elaheh Rahbar, PhD
Our Experts
Anthony Atala, MD
Director of the Wake Forest Institute for Regenerative Medicine, Atala oversees a team of researchers who develop cell therapies and engineer replacement tissues and organs.
Anthony Atala, MD
Our Experts
R. Patrick Yeatts, MD
R. Patrick Yeatts, MD, specializes in ophthalmic plastic, reconstructive surgery and orbital surgery, using his medical observations to develop or enhance medical devices.
R. Patrick Yeatts, MD
Our Experts
Charles Branch, Jr., MD
Chair of the department of neurosurgery, Branch is a pioneer in spinal surgery who develops techniques and devices that transform the way clinicians perform spinal surgery.
Charles Branch, Jr., MD
Breaking Through
Explore stories of innovative medical technologies and their inventors that got their break through Wake Forest Innovations.