1) Adjacent segment degeneration
邻近节段退变
1.
Diagnosis and treatment of adjacent segment degeneration following spondylolithesis
腰椎滑脱伴邻近节段退变的诊疗分析
2.
Object:To evaluate the clinical effect of posterolateral bone graft fusion to pretend the adjacent segment degeneration after lumbar fusion and discuss the indication.
目的：评价在轻度退变的邻近节段行单纯后外侧植骨预防腰椎融合术后邻近节段退变的临床疗效，探讨其适应症的选择。
3.
Conclusions Transpedicular RBX grafting vertebroplasty and internal fixation can not only recuperate the normal bone construction,improve the biomechanics intensity of injured vertebrae and restore the spinal alignment with saving more movement segments but also reduce the incidence of missing of rectification degrees,internal fixation failure and adjacent segment degeneration.
结论椎体植骨成形内固定术增加伤椎骨质量,提高椎体生物力学强度,恢复脊柱力线,保留更多脊柱运动节段,减少后期矫正度丢失、内固定失效及邻近节段退变的发生。
2) Adjacent segment degeneration
相邻节段退变
1.
Adjacent segment degeneration (ASD)was popular with spinal fusion operation increasing and broad application of instrumentation,the incident rate of symptomatic ASD was from 5.
导致相邻节段退变的原因包括邻近节段关节突负荷增加、活动度增大和邻近间盘内压增高,而邻近节段退变的影响因素:脊柱内固定、融合节段、矢状面上的曲度、邻近节段椎间盘退变及患者自身的特点。
3) adjacent segment
邻近节段
1.
Biomechanical study of the adjacent segment of thoracolumbar spine with internal fixation or vertebral body enhancement;
胸腰椎内固定和椎体增强技术对邻近节段影响的生物力学分析
2.
Clinical observation on adjacent segment degeneration after lumbarfusion;
腰椎融合术后邻近节段退变的临床观察
3.
Effects of anterior cervical spine internal fixation and fusion at different levels on adjacent segments of cervical intervertebral disc in rabbits
前路融合对兔颈椎邻近节段椎间盘的影响
4) adjacent segment disease
邻近节段病
1.
Because of the stress changes, accelerated degeneration of the adjacent segment may occur as time goes by, namely adjacent segment disease.
脊柱固定是治疗脊柱疾病的常用手段,但固定融合的同时会导致脊柱的生物力学功能发生相应地变化,由于应力的改变,随着时间的推移会导致邻近节段的退变加速,出现邻近节段病。
5) adjacent segment disease
相邻节段病变
1.
Surgery for adjacent segment disease after anterior cervical decompression and fusion;
颈椎前路减压融合术后相邻节段病变的手术治疗
补充资料：节变
1.指乐曲的节奏变化。 2.指节令变化﹐时光流逝。参见"节变岁移"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条