#130 Connecting the Hip to the Foot: Open vs Closed Chain Rehabilitation of the Lower Extremity
SUMMARY: The lower kinetic chain is a series of bony segments and joints interconnected and interrelated by soft tissue, all of which function together in coordinated patterns of movement. The majority of time the lower limb functions in a closed chain. Isokinetics, isotonics, plyometrics, eccentrics and isometrics are the different mode of exercises used in rehabilitation of the lower limb.
PRESENTER: Dr. Robert Donatelli is a board certified orthopaedic specialist. He has 20 years of experience in orthopaedic and sports rehabilitation and currently serves as the National Director of Sports Rehabilitation for Physiotherapy Associates. Dr. Donatelli serves as a consultant to the Philadelphia Phillies Baseball Team and serves as a member of the research committee for the Professional Baseball Athletic Trainers Society. Dr. Donatelli is a consultant to the ATP professional tennis tour and serves as the physical therapist for the Champions Tennis Tour, Masters Division of the ATP Tour. Dr. Donatelli has lectured throughout the United States, Canada, Finland, England and Australia on orthopaedic and sports rehabilitation topics. Dr. Donatelli is part of the editorial staff for Orthopaedic and Sports Physical Therapy and Manual Therapy journals. He also serves as a consultant to FootMaxx and Joint Active Systems. He has edited three textbooks: Physical Therapy of the Shoulder 3rd Edition, Orthopaedic Physical Therapy, 2nd Edition, and Biomechanics of the Foot and Ankle, 2nd Edition.
OBJECTIVES: The course reviews the mechanics of closed kinetic chain function during walking and running. Evaluation of lower limb will emphasize research findings comparing different strengthening mode, stabilization techniques, and foot orthotic intervention.
1) Understand the functional activities of the lower kinetic chain.
FORMAT: This is a two day course.
AUDIENCE: Physical Therapists and Physical Therapy Assistants
AGENDA: 8:00 AM - 5:00 PM
Day One Day Two
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