Abstract
Background: Although assessment of hip joint loading is important for rehabilitation in patients with hip-joint diseases, its direct measurement is invasive and difficult. Total hip arthroplasty (THA) for osteoarthritis of the hip (Hip-OA) improves the malalignment of lower extremity and the gait performance. However, relationship between the load affecting the hip joint and change in gait feature is unclear. The use of computer simulation enables a non-invasive biomechanical estimation of joint loading during gait and a better rehabilitation based on the appropriate load on the hip joint.
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