Fracture Sock to reduce irritation

Fracture Sock to reduce irritation

New from Advantage by Elite Orthopaedics is Fracture Sock, designed to reduce skin irritation while wearing an ankle walker. The latex-free fracture sock is composed of 100% synthetic knit for superior moisture absorption. An improved cross stitch provides better compression, which helps reduce the risk of friction and lessens the risk of sock bunching.

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Mastercare Mini Therapy Table

Mastercare Mini Therapy Table

Mastercare AB’s Swedish Back Care System Mastercare Mini is a professional therapy table that can be used to reduce injury risk for runners. The unit strengthens and decompresses the muscles of the back to relieve pressure on the lower extremity joints, as well as the back.

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Ankle Stabilizing Orthosis

Ankle Stabilizing Orthosis

OPED Medical Inc. (dba Evenup) offers the Vacotalus for stable treatment of the ankle region. The ankle appliance is designed for treating acute ankle injuries, for use in after-care for fractures of the ankle joint, preventing ligament lesions on the ankle joint, and for compensation of ankle joint instability.

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ToePro Exercise Platform

ToePro Exercise Platform

HumanLocomotion.org offers the new ToePro Exercise Platform for strengthening specific small muscles of the foot and ankle to improve balance, enhance jump performance, and increase gait velocity. Because the toe and arch muscles provide stability during the pushoff phase while walking, jumping, and…

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Revised Pain Science Book

Revised Pain Science Book

OPTP has added the new “Explain Pain Supercharged” to its collection of pain science books. Written by David Butler and Lorimer Moseley, the book is a revised and enhanced version of the popular book “Explain Pain” released in 2003.

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Crossover prosthetic design

Crossover prosthetic design

Prosthetic feet are typically optimized for a narrow range of activities, meaning active prosthetic users may need more than 1 prosthesis to fully participate in activities with varying degrees of impact. Modern energy-storing feet (ESF) support users’ ability to walk at differing speeds, as well as support static standing, but they can limit aerobic activities and running speeds. Running-specific feet (RSF), while ideal for running and sprinting, do not support low impact activities, particularly standing or walking.

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