Continuing Education1 Credit
Does Movement Impairment Precede Knee Pain and Injury?
The effects of movement dysfunction (reduced eccentric hip abduction strength, glute medius and maximus weakness, valgus knee, knee bow in, and greater trunk displacement), have on knee pain, knee injury, ACL (ligament) tears, patellofemoral pain syndrome (PFPS), and pathology. The reliability, validity, and application of assessment and intervention on knee bow in and lower extremity dysfunction (feet flatten and feet turn out) on preventing hip, knee, and ankle pain.
Ramskov et al. (2015). Greater Eccentric Hip Abduction Strength Reduces Risk of Patellofemoral Pain in Novice Runners
8 sub-categoriesIntroduction
sub-categoryStudy Summary
sub-categoryReview and Commentary
sub-categoryHow This Study Contributes to the Body of Research
sub-categoryHow the Findings Apply to Practice
sub-categoryHow Does This Study Relate to Brookbush Institute Content
sub-categoryRelated Videos
videosub-categoryBibliography
sub-categoryHewett et al. (2005). Increased Valgus During Landing Predicts ACL Injury in Adolescent Female Athletes
8 sub-categoriesZazulak et al. (2007). Impaired Core Stability is Predictor of Knee Injury Risk
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1. Introduction: Greater Eccentric Hip Abduction Strength Reduces Risk of Patellofemoral Pain in Novice Runners
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