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Quantitative Assessment of Pediatric Joint Contributions to Foot Clearance and Dynamic Leg Length
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Abstract
It has been noted that tripping and falling are the greatest source of accidental injury in children with motor disabilities[1]. Tripping most commonly occurs due to a decrease in foot clearance or ineffective limb shortening during the swing phase of gait. Moosabhoy and Gard developed equations based on a planar model of the leg to look directly at joint contributions to foot clearance in the adult population (Fig. 1)[2]. We modified and applied the analytical techniques used by Moosabhoy and Gard to analyze a new population of patients.
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