Gait analysis
An objectiive method for assessing biomechanical performance in the gait cycle
Otto Bock WalkOn Reaction AFO by Nader Ibrahim, July 8, 2025 The O&P Edge in EDGE Advantage This research was completed as a project during the author’s studies at New Cairo Technological University, Egypt. ▽ Table of Contents
… READ MOREHenning with WalkOn Reaction AFO. Otto Bock by Kendall Brice, MS, CPO The O&P Edge November 1, 2025 An AFO’s fundamental function is to manipulate the orientation and progression of force about the body to improve alignment and
… READ MOREFaculty members at Colorado State University (CSU) are developing a shoe that fits comfortably around an AFO, roomy enough to accommodate the foot brace, but attractive and fashionable too, they say. They have a patent pending on the
… READ MOREOtto Bock WalkOn Reaction AFO by The O&P EDGE, September 2, 2025 A team of researchers conducted a literature review across six databases (PubMed, Web of Science, EBSCO, Scopus, Cochrane Library, and Sage) to evaluate the clinical
… READ MORESubtly adjusting foot angle during walking, tailored to each individual’s gait, can reduce knee pain and slow cartilage degeneration in mild to moderate knee osteoarthritis. This personalized, noninvasive approach decreases
… READ MOREA study evaluating pediatric AFO alignment and shape differences of live scanned versus casted lower-limb models found that AFO users can be scanned in a nearly corrected position, and that digital tools can be used to measure and
… READ MOREA study published in the Journal of Prosthetics and Orthotics evaluates the effectiveness of ankle-foot orthoses for patients with neurological conditions causing muscle weakness. WalkOn® Family of AFOs. Ottobock Researchers found
… READ MOREAutism is a neurodevelopmental condition that affects how people’s brains develop and function, impacting behavior, communication and socializing. It can also involve differences in the way you move and walk—known as your
… READ MOREWalk-DMC is a new, quantifiable measure of motor control in children with cerebral palsy. It relies on data from electromyography (EMG) shown in this demonstration, which uses electrodes to monitor muscle activity. Michael Schwartz,
… READ MOREAn AFO’s fundamental function is to manipulate the orientation and progression of force about the body to improve alignment and gait. Allard Photo by Kendall Brice, MS, CPO, The O&P EDGE November 1, 2025 Biomechanics is the core
… READ MOREA study of patients with post-stroke hemiparesis who used a dynamic ankle-foot orthosis with plantar flexion resistance found that a medium PFR grade showed near-normal maximal peak ankle dorsiflexion. Researchers noted in the journal
… READ MOREA surgery that helps 7- to 10-year-olds with cerebral palsy walk also helps older kids and teens with the condition, a groundbreaking study shows. Walk-DMC is a new, quantifiable measure of motor control in children with cerebral
… READ MOREKey takeaways: Pediatric patients with physical disabilities had limited mobility and higher pain scores vs. typically developing youth. Results showed happiness did not correlate with motor function. Surestep By Casey Tingle, Fact
… READ MOREBrittany, a patient at Shriners Hospital for Children—Chicago rides an adaptive bike with a recreation therapist. Shriners Hospital for Children, Chicago photo. Abstract Maintenance of upright posture and gait mobility is frequently
… READ MOREThe machine-learning method works on most mobile devices and could be expanded to assess other motor disorders outside of the doctor’s office. MIT engineers developed a machine-learning system that remotely analyzes videos of people
… READ MOREWith synchronous video from a pair of smartphones, engineers at Stanford have created an open-source motion-capture app that democratizes the once-exclusive science of human movement – at 1% of the cost. OpenCap: Sophisticated human
… READ MORERather than focus on avoiding tumbles, researchers at the Toronto Rehabilitation Institute are using high-tech, hands-on trials to teach how to fall. Cathrin Bradbury walks on sensor plates in the reactive balance training room at the
… READ MOREA research study comparing the body functions and structures, activity and participation levels, and environmental factors to AFO-wearing time in children with spastic cerebral palsy (CP) found that prolonged AFO-wearing time was
… READ MOREA new network of health researchers and providers is working to introduce innovative therapies, clinical trials and technology for people with spinal cord injury, stroke and movement impairments. Dr. Elizabeth Condliffe, specialist in
… READ MOREThe Watch Walk algorithm could help reduce falls and fall-related injuries in elderly people, study shows. Participants aged 46 to 77 were instructed to wear a device on their dominant wrists for seven days. Photo by SHVETS
… READ MOREResearchers combine RGB camera-based pose estimation and an inertial measurement unit sensor to reduce errors in gait analysis A more accurate markerless gait analysis tool. TUS researchers develop a method that enables accurate gait
… READ MOREDeakin researchers are exploring a simple, low-cost solution to help relieve kneecap pain in adolescents. Pixabay. CC0 Public Domain. Medical Xpress Deakin University September 30, 2022 One in four adolescents experience pain in their
… READ MOREResearchers develop a comfortable, form-fitting fabric that recognizes its wearer’s activities, like walking, running, and jumping. Using a novel fabrication process, MIT researchers have produced smart textiles that snugly conform
… READ MOREBy using mechanical energetics to measure stability, researchers gain deeper insights into how and why we fall. Pawel Golyski and Associate Professor of Mechanical Engineering Gregory Sawicki (left) with the CAREN (Computer Assisted
… READ MORECionic Neural Sleeve promises groundbreaking and innovative healthcare product for people who live with cerebral palsy, multiple sclerosis, stroke recovery, spinal cord injuries, or other neuromuscular diagnoses. CIONIC CIONIC Blog
… READ MOREIdentifying risk factors early can take the pressure off joints. A new study suggests a person’s walking style that places more pressure on the hips and knees can contribute to future osteoarthritis. Researchers say the key is
… READ MOREMotor imagery (MI) is a useful tool in the management of multiple sclerosis (MS), with the potential to improve balance, walking, and even cognitive function and mental health. It’s a technique that many think of as the realm of
… READ MORELightweight, wearable robotic device provides neuromuscular training while making walking easier for children with cerebral palsy. Zachary Lerner Lab, Northern Arizona University photo Heather Tate, Northern Arizona University January
… READ MOREResearchers from CAMERA have developed the first non-invasive way of measuring athletes’ push start performance. The research was done at the University’s push-track training facility on campus. University of Bath Vicky
… READ MOREMicro-Doppler radars could soon be used in clinical settings to predict injury risk and track recovery progress, according to Penn State researchers. First-time study examines lifetime health of college athletes. Researchers
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