AI Summary & Key Takeaways
AI InsightWhile the anatomical change thatoccurred during the natural course of congenital kyphoscoliosis increased the stability of the lumbar spine, it severely narrowedthe spinal canal and affected the spinal nerves and thereby caused severe neurological deficits.
📌 3 Key Takeaways
Abstract
The lumbar vertebral column is a complex structure formed by the fusion of intervertebral joints. It protects the spinal cordby wrapping around it, carries most of the body’s weight and creates a flexible structure for the body. As individuals withcongenital deformities of the lumbar vertebral column age, they develop some changes in the anatomy of the spine andwith some consequences. In this case, a 35-year-old male patient had a deteriorated posture together with back pain sincechildhood. He had walking difficulty and numbness in two legs during walking for the last three years. He fell due to a suddenbrake while he was travelling afoot by bus in 2015. He was admitted to the emergency service with loss of strength intwo legs. Lumbar CT and MRI showed a severe narrowing of the spinal canal due to lumbar kyphoscoliosis. The patient hadneurological deficits after hyperflexion trauma. The patient underwent emergency decompressive surgery due to markedparaparesis and narrow spinal canal. At the end of the first post-operative month, his clinical complaints were almost completelyresolved, and his biomechanical balance did not show radiological deterioration. While the anatomical change thatoccurred during the natural course of congenital kyphoscoliosis increased the stability of the lumbar spine, it severely narrowedthe spinal canal and affected the spinal nerves and thereby caused severe neurological deficits.