| 1. | Isolation , cultivation and identification of striatum - derived neural stem cells
纹状体神经干细胞的分离培养及其鉴定 |
| 2. | Lateral geniculate nucleus
侧膝状体神经核 |
| 3. | Hypoxia - induced increase in nerve activity of rabbit carotid body mediated by noradrenaline
去甲肾上腺素介导低氧引起家兔颈动脉体神经电活动增加 |
| 4. | Study on the changing of nbct resulted from indoor air pollution at different levels by organic compounds
室内不同有机污染物浓度下人体神经行为功能的改变 |
| 5. | From the scn , nerve impulses travel via the pineal nerve ( sympathetic nervous system ) to the pineal gland
神经电脉冲经由松果体神经(交感神经系统)传递到松果体。 |
| 6. | Effect of microelectrode - guided ablative surgery and deep brain stimulation for the treatment of parkinson ' s disease
丘脑底核电刺激对猴偏侧帕金森病纹状体神经递质的影响 |
| 7. | The most widely used technique for bridging defects in peripheral nerves is the use of autologous nerve grafts
应用自体神经移植物桥接周围神经缺损是应用最广泛的治疗措施。 |
| 8. | Among the different materials that have been used so far in alternative to traditional fresh nerve autografts , fresh muscle - vein combined conduits ( made by a vein segment filled with fresh skeletal muscle ) proved to be particularly effective
在已经投入应用的诸多新鲜自体神经移植物的替代物中，新鲜的骨骼肌-血管结合导管（由新鲜骨骼肌填充于血管片段中制成）经验证是一种修复效果特别好的材料。 |
| 9. | In his description of the project “ application oriented fundamental research on repair of nerve injuries and reconstruction of functions ” , started in 2003 , xiao writes that one of the anticipated goals is “ to offer a deep interpretation of the mechanism behind the artificial somatic - central nervous system - autonomic reflex arc , laying the theoretical and technological foundations for resolving the malfunctions caused by injuries or other pathological effects on the spinal cord
2003年立项、至今仍未完成项目研究的肖传国主持的“神经损伤修复和功能重建的应用基础研究”项目的预期目标之一是： “深入阐明人工体神经?内脏神经反射弧的机制，为解决脊髓损伤和其他脊髓病变所致大小便功能障碍提供完善治疗技术和理论基础” 。 |
| 10. | The animal experiment is carried out in the first hospital of shanghai through renovating the injured nerve of the rats . four projects are used in this experiment : the conduits coated with pgla , the conduits coated with chitosan , the conduits coated with chitosan adding bridge - yarn and self - nerve migration . after 12 weeks , we observe and analyze the thickness of marrow theca , the diameter of axone , the density of regeneration nerve and then do electromyography and statistics analyzing , finding out that the third conduits have the best recovering effects on the injured nerve , close to the self - nerve migration
因此我们选用加筋结构神经导管进行动物实验。本课题动物实验在上海市第一人民医院进行，分别通过加筋结构涂pgla导管、加筋结构涂甲壳胺导管、加筋结构涂甲壳胺并加载缝芯线导管和自体神经移植四种方案对大鼠进行损伤神经修复实验。在术后12周对四种方案再生神经的髓鞘厚度、轴突直径、数量密度进行观察分析，并进行肌电图检测和统计学分析。 |
