Regional Interdependence: Hip and Ankle
The relationship between the hip and ankle on kinematics and muscle activity of the lower body. The effects of overactivity of the gastrocnemius, soleus, hip internal rotators (TFL and adductors), excessive pronation, and under activity of the gluteus maximus and medius (glutes) have on patellofemoral syndrome (PFPS), Achilles injury, knee injury (meniscus and ACL/MCL tears), running mechanics, gait, hip pain, knee pain, and ankle pain. The reliability, validity, and application of assessment and intervention for lower extremity and lumbopelvic hip complex dysfunction.
The relationship between the hip and ankle on kinematics and muscle activity of the lower body. The effects of overactivity of the gastrocnemius, soleus, hip internal rotators (TFL and adductors), excessive pronation, and under activity of the gluteus maximus and medius (glutes) have on patellofemoral syndrome (PFPS), Achilles injury, knee injury (meniscus and ACL/MCL tears), running mechanics, gait, hip pain, knee pain, and ankle pain. The reliability, validity, and application of assessment and intervention for lower extremity and lumbopelvic hip complex dysfunction.
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Course Study Guide: Regional Interdependence: Hip and Ankle
Quick Study Guide: Regional Interdependence: Hip and Ankle
Macrum et al. (2012). Effect of Limiting Ankle-Dorsiflexion Range of Motion on Lower Extremity Kinematics and Muscle-Activation Patterns During a Squat7 Sub Sections
Franettovich et al. (2014). Neuromotor Control of Gluteal Muscles in Runners with Achilles Tendinopathy7 Sub Sections
Souza et al. (2010). Temporal Couplings Between Rearfoot-Shank Complex and Hip Joint During Walking7 Sub Sections
Snyder et al. (2009). Training Hip Musculature Results in Improved Lower Extremity Biomechanics During Running7 Sub Sections
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