警惕脊柱侧弯,守护儿童“正直”脊梁

Core Viewpoint - Scoliosis has emerged as the third major "invisible killer" threatening the health of Chinese youth, following obesity and myopia, necessitating increased public awareness and early intervention strategies [1] Group 1: Types and Causes of Scoliosis - Scoliosis is characterized by the destruction of the physiological curvature of the spine, leading to lateral curvature, abnormal kyphosis, or vertebral rotation [2] - Common types of scoliosis include adolescent idiopathic scoliosis, congenital scoliosis, neuromuscular scoliosis, and syndromic scoliosis [2] - The causes of scoliosis are complex and varied, including congenital vertebral deformities, idiopathic origins, neuromuscular diseases, genetic disorders, and environmental factors [2] - Congenital scoliosis has an incidence rate of 0.5‰ to 1‰, primarily caused by vertebral developmental deformities during embryonic development [2] - Adolescent idiopathic scoliosis typically occurs during growth spurts and is more common in females than males [2] Group 2: Diagnosis and Screening - The traditional "gold standard" for diagnosing scoliosis involves X-ray examination to measure the Cobb angle, with a Cobb angle greater than 10° indicating scoliosis [4] - Parents can perform a home test by having the child bend forward and observing for asymmetry in the back, which may indicate the need for further medical evaluation [4] Group 3: Treatment Strategies - Treatment for scoliosis is a systematic process based on individualized assessment, stepwise treatment, and multidisciplinary collaboration [5] - Treatment decisions depend on factors such as patient age, type of curvature, degree of curvature (Cobb angle), risk of progression, and skeletal maturity [5] - Surgical options include spinal fusion with internal fixation and non-fusion techniques like growth rod technology [5] - The use of high-resolution 3D CT for preoperative planning enhances the accuracy of screw placement and reduces the risk of neurovascular injury [5][6] - Continuous neurophysiological monitoring during surgery acts as a safety mechanism, allowing for immediate adjustments if spinal cord or nerve function is threatened [5]