Welcome back to The Pulse, your monthly guide to exciting technology transfer opportunities from federal labs. We're celebrating a milestone for the U.S. Air Force and a new medical technology opportunity that could revolutionize artificial ligament and joint repairs.
Plus, we're sharing expert tips from R&D leaders, and some of the top innovations of the past 100 years from the U.S. Department of Veterans Affairs.
September marked the 78th anniversary of the United States Air Force. Born in the wake of World War II, the Air Force has pushed the boundaries of flight, defense, and science for nearly eight decades.
That legacy of innovation could provide benefits to your business. The Air Force's mission extends far beyond the battlefield, delivering positive impact across industries. Each technology developed by the Air Force is an opportunity for companies to participate in technology transfer and bring new products and services to the commercial marketplace.
A novel aerosol jet printing method presents a simpler, scalable way to create high-performance batteries for applications like consumer electronics, electric vehicles, and beyond
And enhanced computer privacy protocol offers initial applications in smart metering and online recommendation systems to safeguard sensitive data.
Creaky joints affect a lot of people, and more extensive damage often requires artificial cartilage to help repair.
U.S. Department of Veterans Affairs researchers have developed a novel method to improve the durability of engineered cartilage used for joint repairs. This first-of-its-kind cytocompatible 3D cell-positioning method produces a natural cell gradient to help the tissue absorb impact and resist interior shearing within the joint.
If commercialized, this technology could enable next-generation solutions for knee and joint repair surgeries. It also provides a new platform for tissue engineering, orthopedic implants, and 3D bioprinting. And there are possible extensions to osteochondral repair, regenerative medicine, and drug testing applications.
What makes an innovation leader? Theses leaders move away from routine product launches and instead look for ways to increase their company's technical competencies.
Over half of leaders (56%) report 50% of new projects or more achieved targeted sales. And more than two-thirds of leaders report net profit of over 10% in the past year. That's from our R&D Innovation Performance Study, which looks at areas to improve business efficiency and boost revenue.
These leaders shine a light on how to successfully collaborate with government labs through technology transfer, along with tips you can apply in your own business to drive impact and ROI. From ideation to product launch, see how you can break free from innovation deadlock.
TechLink was recently featured in Medical Device + Diagnostic Industry, with the publication shining a light on the benefits of technology transfer in the medical industry.
The MD+DI article shows how companies gain a competitive edge when they partner with federal labs and research centers. VA innovations offer real-world potential to help treat chronic kidney disease and depression, two common health issues for veterans and the wider population.
The VA has already delivered a century of medical innovation. Together, we're excited to shape the next 100 years (and beyond) of medical progress, serving veterans and humanity as a whole.
