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- heterogonous bone fusion cage 异种骨融合器术
- Objective To designed and developed a kind of heterologous bone fusion cage and then do research on the biomechanics properties. 摘要目的设计研制了一种异种骨腰椎融合器，并进行生物力学测试，为临床提供生物力学参数。
- inserting heterologous bone fusion cage 置异种骨融合器
- Keywords Lumbar vertebrum;Intervertebral heterogenous bone fusion cage;Pedicular fixation;Biomechanics; 腰椎;异种骨椎间融合器;椎弓根钉固定;生物力学;稳定性;粘弹性;
- Biomechanical evaluation on intervertebral fusion by intervertebral heterogenous bone fusion cage with pedicular fixation 异种骨椎间融合器椎弓根钉固定腰椎体间融合术的生物力学评价
- BACKGROUND: Metal vertebral fusion cage can induce some disadvantages and pseudoarticulation formation such as stress dodge, fusion cage subsidence, bone resorption, prolapse and bone collapse. 背景：金属椎间融合器存在应力遮挡、融合器下沉、骨吸收、脱出、骨塌陷所带来的并发症和假关节形成等，影响融合效果。
- The patient's osteomyelitis resolved completely and she had good bone fusion. 钦金属材质更有利于术后的磁振摄影追踪，实为此类颈椎感染病患的最佳选择。
- Objective To evaluate the effects of allograft fusion cage(AFC) on anterior cervical interbody fusion. 目的 了解同种异体骨圈 (allograft fusion cage, AFC)在颈椎前路椎体融合术中应用的效果。
- Complications were found in 3 cases: rupture of threaded fusion cage in 1 case; hoarseness in 1 case; and multiple infarction of brain stem in 1 case. 并发症3例,包括骨笼破裂1例,声嘶1例,脑干多发脑梗死1例。
- Objective:To evaluate the clinical effect of cervical vertebral canal decompression through anterior approach with allograft fusion cage implantation. 目的评价颈椎前路环钻法减压、异体骨笼植入融合术的临床疗效。
- The stiffening and immobility of a joint as the result of disease,trauma,surgery,or abnormal bone fusion. 关节僵硬关节由于疾病、肿瘤、外科手术或反常的骨聚合而变得僵硬、不灵活
- We sought to test the primary stability offered by aliform cervical intervertebral fusion cage(ACIFC)and to evaluate its biomechanical effect. 用三维有限元法测试自行设计的翼状颈椎间融合器(ACIFC)的生物力学性能,探讨其用于颈椎椎间前路融合的可行性。
- The stiffening and immobility of a joint as the result of disease, trauma, surgery, or abnormal bone fusion. 关节僵硬关节由于疾
- Objective To design a new titanium alloy expansile lumbar fusion cage(EFC) then perform in vitro biomechanical test for the new cage and two different surgical approaches. 目的:设计新型可膨胀式椎间融合器(EFC),并对融合器和相关手术方式进行生物力学试验。
- Methods 1. Design titanium alloy expansile interbody fusion cage(EFC) according to the problems mentioned above and the special requirement of endoscopic surgery. 方法:1、针对上述前两个问题,并结合内窥镜下手术的工作环境要求,设计新型的钛合金膨胀式腰椎间融合器(EFC)。
- The recapped lamina achieved bone fusion without stenosis.Conclusion:The recapping laminoplasty with mini titanium plate can restore the poster... 结论:椎板回植成形术治疗椎管内肿瘤有利于保持脊柱的稳定性和恢复椎管完整性,避免医源性椎管狭窄症的发生,且操作简单,适合临床应用。
- Objective To investigate the clinical results of absorbable anatomical design fusion cage (ADFC) implantation, and analyze its characteristics, indications and complications. 摘要目的观察可吸收颈椎椎间融合器(ADFC)临床应用的疗效并分析其特点、优越性、适应证及并发症。
- The tiger in the cage gnawed listlessly at a bone. 笼子里的老虎在没精打采地啃一根骨头。
- Methods:42 cases with lumbar spondylolisthesis were treated with RF combining canalis spinalis decompression and posterolateral bone fusion. 方法:对42例腰椎滑脱症采用复位固定椎管减压后外侧植骨融合治疗。
- The article covers the clinical results of absorptive cervical fusion cage implantation, and analyze materials characteristics, indications and complications. 文章就可吸收性颈椎椎间融合器的材料特点、优越性、适应证及并发症进行综述。
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- 深远海浮式风电平台 - deep-sea floating wind power platform
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- 京雄高速公路 - Beijing-Xiongan expressway
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- 农业及相关产业增加值 - the added value of agriculture and related industries
