Objective: To approach the forte and effects of pterion -temple association approach decompression procedure.
目的：探讨翼-颞联合入路减压术治疗大面积脑梗死的效果及手术优点。
Objective. Evaluation of vertebral augmentation combined with interspinous decompression procedure in the same sitting.
目的：评估椎体加强术联合棘突间减压装置在同一病例中的应用。
Conclusions Omni-posterior decompression procedure is proved to be an effective way to treat thoracic spinal stenosis due to osteofluorosis.
结论全椎板减压术是治疗氟骨症性胸椎管狭窄症有效的手术方式。
The use of transvertebral screws at the L5–S1level with bilateral iliac screws reduces the risk of instrumentation failure in a decompression and partial kyphosis reduction procedure.
腰5骶1椎弓根螺钉伴双侧髂骨螺钉的使用于腰骶椎减压及部分复位术式减少了内固定失败率。
Conclusion. CPW is a feasible procedure for anterior decompression and fusion, with safety, complete decompression, and high fusion rate, as long as indicatie patients are selected.
结论：CPW是一种可行的前路减压融合的方法。只要选择了合适的病例，那么就能安全彻底的减压而且可以获得高融合率。
Summary of Background Data. Posterior decompression surgery is a common procedure indicated for tissue pathology that interferes with surrounding neural structures.
背景数据摘要：组织病理学表明后路减压手术是一常见干扰周围神经结构的过程。
Therefore, decompression is a viable procedure for preservation of neurological function following compressive injury.
因此在压迫损伤后减压是保护神经功能的有效方法。
Conclusion in the treatment of cervical trauma and cervical disc herniation, the procedure of anterior decompression and fusion using ZDS trepan can be simpler, safer and more effective.
结论应用ZDS旋转推进式环锯行颈椎前路减压融合术治疗颈椎外伤、颈椎间盘突出症可获得较好的疗效，且操作简单、安全。
Posterior procedure with extention of decompression and fusion level to the adjacent segment.
采用后路术式，将减压及固定融合范围向邻近退变节段延伸。
Posterior procedure with extention of decompression and fusion level to the adjacent segment.
采用后路术式，将减压及固定融合范围向邻近退变节段延伸。
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