Movement-Based Management of Lower Quarter Dysfunction: From Biomechanical Mechanism to Clinical Application

Movement-Based Management of Lower Quarter Dysfunction: From Biomechanical Mechanism to Clinical Application is organized by Movement Links and will be held from Apr 03 - 04, 2027 at Azusa Pacific University West Campus, Azusa, California, United States of America.

Description:
Altered movement patterns can influence how stress and strain are distributed across the tissues of the lower quarter, contributing to pain, injury, and impaired function. Effective movement-based care requires clinicians not only to recognize these patterns, but also to determine why they occur and how they can be modified. This evidence-informed, laboratory-based course integrates biomechanical principles with hands-on clinical examination and intervention. Participants will learn to analyze movement during gait and functional activities, identify movement impairments associated with excessive tissue loading, and evaluate the physical and neuromuscular factors contributing to those impairments. Laboratory sessions will emphasize observational movement analysis, muscle performance assessment, palpation and handling skills, neuromuscular facilitation and inhibition, movement retraining, and corrective exercise. Clinical cases involving the foot and ankle, knee, hip, and lumbopelvic region will be used to demonstrate how examination findings inform treatment selection and progression. By integrating movement analysis, tissue-loading principles, and applied treatment strategies, participants will develop a systematic approach for translating movement science into individualized clinical care.

Course Objectives:

• Describe the biomechanical concepts of stress and strain and their relationship to tissue loading and musculoskeletal injury.
• Describe how movement patterns influence the application of stress on tissues of the lower quarter.
• Identify key movement impairments associated with strain during functional activities.
• Describe ideal respiration and intra-abdominal pressure regulation as the foundation of posture.
• Refine neuromuscular facilitatory and inhibitory techniques for optimal neuromuscular function and movement.
• Develop treatment strategies to reduce excessive stress and strain, redistribute load, and improve tissue capacity through specific interventions.