Foot orthoses are considered to work by controlling internal rotation of the tibia and eversion of the calcaneus, and have been reported to be effective during weightbearing activities such as walking and running. As a result, they have been shown to be effective in managing a range of musculoskeletal conditions—not the least of which is patellofemoral pain.

By Sarah Curran, PhD, FCPodMed

Hamstring strain incidence in soccer increases during the latter stages of match-play, consistent with experimental studies that report reduced eccentric hamstring strength during soccer-specific fatigue. The biarticular function of the hamstring is such that fatigue-induced changes in strength are also likely to have an impact on…

By Matt Greig, MPhil, PhD

Early recognition and treatment of Charcot neuroarthropathy has been long considered paramount to optimizing clinical outcomes and delivering high-quality care. Without this rapid response to control the devastating effects of Charcot, patients are left with significant deformities; increased risk of ulcers, infection, and…

By Jonathan M. Labovitz, DPM, FACFAS, CHCQM

Stroke often impairs walking, particularly by altering foot clearance during the swing phase. Activity of the tibialis anterior (TA) plays an important role in foot clearance; clinicians often prescribe an ankle-foot orthosis (AFO) for post-stroke patients to help with foot clearance.