Biomechanics-related degenerative lumbar spondylosis refers to the diseases of lumbar spine joints, muscles, fascia, and ligaments that related to maintaining lumbar spine mechanical balance and stability, which are mainly manifesting as lumbar pain and lumbocrural pain. The occurrence of biomechanics-related degenerative lumbar spondylosis is related to continuous static load and dynamic load, extra load, and aging. This article describes the etiology of biomechanics-related degenerative lumbar spondylosis, summarizes the functional compensation and structural compensation of losing balance by analyzing the characteristics of human biomechanical balance and the biomechanics of lumbar spondylolisthesis, and interprets the clinical classification of lumbar spondylosis, so as to provide a better reference for the diagnosis and treatment of lumbar spine diseases.
A 7.0 Ms earthquake hit Lushan country at Ya’an city of Sichuan province at 8:02 am, on April 20th, 2013. Rehabilitation medicine department of the West China Hospital, a regional state-level hospital arrived at stricken area, and super early rehabilitation rescue was organized at the second day after Lushan earthquake. On the third day after Lushan earthquake, patients receiving super early rehabilitation intervention were moved forward to orthopedics, neurosurgery, thoracic surgery, pediatric surgery and ICU for super early rehabilitation intervention. Up to 6 pm, 14 days after the earthquake, 69 wounded in total were admitted in early rehabilitation. The experiences of Wenchuan earthquake has been applied, improved and sublimated more rapidly, more appropriately, more effectively in the Lushan earthquake rehabilitation rescue.
