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- nucleus pulposus prolapse 髓核突出
- Ozone can reduce nucleus pulposus osmotic pressure and inflammatory reaction and relieve pains by oxidating proteoglycans,thus to achieve the goal of treating dorsal disc prolapse. 臭氧能通过氧化蛋白多糖发挥降低髓核渗透压、减轻炎症反应及镇痛等作用,从而达到治疗椎间盘突出症的效果。
- prolapse of nucleus pulposus of lumbar spine 腰椎间盘脱出症
- The extent of provocative pain and morphous of nucleus pulposus were recorded. 记录可能出现的激惹性疼痛程度及髓核的形态。
- Nucleus pulposus injection was performed, while the normal control group did not receive injection. 分别进行髓核注射,正常对照组不注射;
- Objectie. To quantify sagittal migration of the lumbar nucleus pulposus in 6 functional positions. 目的：定量测量在6种功能性体位情况下椎间盘髓核的矢状移位。
- Objective To elucidate the role of nucleus pulposus in the pathogenesis of sciatica. 目的探讨髓核在坐骨神经痛发病机制中的作用。
- Cultured in vitro,the anabolism of the nucleus pulposus cells is not inhibited by CHCS scaffold. CHCS支架对体外培养髓核细胞的合成代谢无明显抑制作用。
- The effect of co-stimulation with dexamethasone on the FAK expression by nucleus pulposus cells was also studied. 同时，我们还一起研究了地塞米松对人类髓核细胞成簇黏附激酶表达的协同作用。
- Results It reveals that the autologous nucleus pulposus, which had been injecting into the cavum epidurale displa... 结论与髓核相关的炎症的介质是引起坐骨神经痛的原因之一,神经根缺乏神经外膜保护是引起疼痛的解剖学基础。
- The two basic components of the disc are the annulus fibrosus (outer part) and the nucleus pulposus (inner part). 椎间盘两个基本的成分是环状纤维化（外围部分）与髓核（内在部分）。
- Objective To explore morphologic characterizatics of cellular processes from adult human nucleus pulposus cells. 摘要 目的 探讨成人腰椎间盘髓核细胞突起的形态学特征。
- While vertebral column was flexing, the incident of nucleus pulposus protrution in intervertebral disc w... 远离躯体的前屈提物动作及前屈度较大的长时间的静力性动作,可能使椎间盘髓核突出症的发病率上升。
- Methods Sixteen cases of lumbar spondylolisthesis were treated by nucleus pulposus discectomy,interbody fusion plus RF. 方法对16例腰椎滑脱进行髓核摘除,椎间植骨融合加RF内固定。
- Carrying the alleles with either less or more than 26 repeats decreased the risk of dark nucleus pulposus. 携带少于或多于26个重复基因的等位基因可降低患深色髓核的风险。
- Objective. To study the characteristic tissue reaction at the surface of the DRG exposed to nucleus pulposus with special reference to the role of TNF. 目的:运用TNF作用的非凡标准来研究背根神经节表明受髓核压迫而导致的组织反应特性。
- Objective. To assess the effects of reloading after simulated microgravity on PG metabolism in nucleus pulposus (NP) and anulus fibrosus (AF). 目的：评测模拟微重力产生的继发负荷对纤维环和髓核中的粘蛋白的变化的影响。
- The mechanism of the percutaneous nucleoplasty is thought to ablating nucleus pulposus tissue and decreasing the intra-disco pressure. 等离子消融髓核成形术其作用组织为髓核，治疗机制主要是降低退变椎间盘内压。
- Objective To observe the histologic changes of the injured nerve roots after transplanting autologous nucleus pulposus to the epidurale cavum. 目的观察硬膜外移植自体髓核后,大鼠神经根组织形态学的变化。
- Conclusion. TNF seemed to play a key role in induction of apoptosis of DRG cells, which resembled that induced by application of nucleus pulposus. 结论：TNF被认为是诱导DRG细胞调亡的最重要的因素，TNF的这种作用与髓核的应用所诱导的作用相似。
