Press Release: Study Indicates Bionic Knee Brace Designed for Osteoarthritis Reduces Joint Load Across the Entire Knee Offering a New Non-Surgical Option for Patients
A study modeling the forces acting on the knee with the use of Spring Loaded knee braces indicates a significant reduction in forces across all three compartments of the knee.
Dartmouth, NS – August 18, 2018 – A recent study by researchers at the University of New Brunswick (UNB) indicates that tricompartment offloader knee braces are an effective option for reducing forces throughout the knee, giving hope for a new non-invasive option to the 14 million-plus people across North America affected by knee osteoarthritis.
The study modeled various configurations of Spring Loaded Technology’s knee braces, examining their effect on the forces experienced in all three knee compartments. The findings will be presented publicly for the first time this week at the Biennial Meeting of the Canadian Society of Biomechanics in Halifax, Nova Scotia.
“We used a biomechanical model to simulate the forces acting on key structures within the knee during a deep knee bend, including contact forces, muscle tendon forces and ligament forces, with and without the assistance provided by the device’s spring loaded hinge,” said Chris A. McGibbon, Professor at UNB and Lead Researcher. “The simulation results showed a 25 to 64 percent reduction in joint load depending on the configuration of the Spring Loaded brace, with statistically significant force reductions observed in all three compartments of the knee. This is an exciting finding that warrants further research.”
Studies using biomechanical data have been done with tibiofemoral unicompartment offloader knee braces – the current standard in osteoarthritis knee bracing – but not with a brace that offloads all three knee compartments simultaneously. Given that unicompartment tibiofemoral osteoarthritis accounts for a small fraction (less than 6% by some counts) of knee osteoarthritis cases, tricompartment offloaders present an opportunity to assist many more patients.
“Reducing total joint load is a best practice for the non-surgical management of knee osteoarthritis,” said Chris Cowper-Smith, CEO of Spring Loaded Technology, “We’re thrilled to offer a novel non-surgical option to those living with advanced knee osteoarthritis. One that can provide patients with immediate results in terms of pain management and improved mobility.”
Spring Loaded knee braces are the first and only braces on the market capable of offloading all three compartments of the knee. They do this using a passive-mechanical bionic hinge powered by a proprietary liquid spring. During the initial phase of a knee bend, the bionic hinge absorbs body weight and stores energy. Its adjustable energy storage and release (ESR) mechanism then returns that energy to assist leg extension, reducing the forces exerted on the knee by the quadriceps through the entire motion.
To learn more visit www.springloaded.com.
About Spring Loaded Technology
Spring Loaded Technology is an award-winning company focused on mobility-restoring bionics. The company incorporates patented liquid spring technology into the world’s first compact and powerful bionic knee braces. Spring Loaded braces are the only ones on the market designed to reduce pressure throughout the knee while enhancing strength to alleviate pain and improve mobility for people with knee arthritis and injuries.