1) CC cage
腰椎融合器
1.
Objective To evaluate the early clinical result of the lumbar single-level fusion with CC cage and follow-up clinical effectiveness in 22 patients with chronic low back pain.
目的 运用“块形”腰椎融合器 (CC cage)对 2 2例各种下腰痛患者行单节段后路融合手术治疗 ,术后随访观察并分析临床疗效。
2) Lumbar fusion
腰椎融合
1.
Objective To review and analyse the curative effect for lumbar fusion to treat degenerative lumbar disease.
目的:回顾性分析腰椎融合术治疗腰椎退变性疾病的疗效。
2.
Transforaminal lumbar interbody fusion(TLIF)is a novel lumbar fusion technique in recent years,and with the progress of minimally invasive spinal surgery,minimally invasive TLIF(mini-TLIF)technique has also got access to rapid development,which has more advantages compared with traditional open TLIF.
腰椎融合是目前治疗腰椎退变性疾病、腰椎不稳及椎间盘源性等疾病的主要手段。
3.
Conclusion In the lumbar fusion operation,the outcome of interbody fusion with spinous process is surely well,can effectualy maintain the interveterbral space hight,is a good interbody fusion choice.
目的探讨棘突椎板连接处结构椎间植骨加后路椎弓根钉棒系统进行腰椎融合治疗腰椎不稳及退行性疾病的疗效及融合效果,为临床提供一种较为理想的椎间植骨选择。
3) lumbar spinal fusion
腰椎融合
1.
Objective: To investigate the endogenous BMP-2 gene expression and the microstructure of fusion masses taken from the rabbits undergone posterolateral lumbar spinal fusion with rhBMP-2/allograft composite, autograft and allograft.
目的:观察重组人骨形态发生蛋白-2/异体骨复合骨(组织工程骨)、自体骨与异体骨用于兔腰椎融合后,不同时间点融合骨组织中内源性BMP-2的基因表达和其微结构的变化。
2.
Objective: To establish finite-element models of the lumbar spinal fusion of double(L3-5、L4-S1) and single(L4-5) segments with posterior decompression and internal fixation and analyze the stress of lumbar facet joints in all kinds of loading.
从而对临床上权衡腰椎融合节段数量方面提供理论依据,并对患者术后的功能锻炼提供理论指导。
6) bio-absorbable lumbar cage
可吸收腰椎间融合器
1.
Influence of bio-absorbable lumbar cage on early stage of intervertebral fusion;
可吸收腰椎间融合器对植骨融合早期影响的动物实验研究
补充资料：闪光融合器
测定闪烁临界频率的实验仪器。目前常用的闪光融合器有两种：一种是由工厂生产的性能较完备的闪光融合器（见图）；另一种是用可变转速的马达、节光器和能调节强度的灯光装配的。不管哪一种都必须呈现闪光刺激，闪光频率能在10～80赫的范围内调节，并至少能调出4种彼此成比例的强度,闪光正负时相的比例相等。闪烁临界频率值受闪光正时相的强度、两个时相的差异、两个时相的时间比例、闪光照射区的面积、网膜受刺激部位以及被试的疲劳、饥饿、脑损伤等因素的制约，利用闪光融合器可以研究这些问题。
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