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- Central neural function regeneration 中枢神经功能重建
- neural function regeneration 神经功能再生
- There was a disturbance of neural function. 存在神经功能紊乱。
- BTF can promote the recovery of neural function and structure in DPN. 补气通络方对周围神经损伤后神经功能与结构的恢复均有促进作用。
- neural function signal regeneration 神经功能信号再生
- Conclusion Edaravone can accelerate the recovery of neural function after cerebral hemorrhage. 结论依达拉奉可促进脑出血患者的神经功能康复。
- The change of hemodynamic,tissue constitution,SSEP and neural function were observed.Results? 监测血流动力学、早期组织超微结构、神经电生理、神经功能的变化。
- "You might hae to replace combinations of different neuronal types when it comes to reestablishing neural function. “当重建神经功能时，可能你必须替换多种不同类型的神经细胞”。
- The recovery of neural function of injured spinal cord was better in group D, C, B than A as evidenced by CBS scores and morphological observation. CBS评分、图像分析显示对脊髓损伤功能恢复的作用，B、C、D组好于A组，B、C组间无显著差异，D组效果最好。
- Both methods improvee the neural function, but ESS scores in treatment group were significantly higher than that in control group(P<0.05). 治疗后两组神经功能缺损均有改善;但治疗组ESS评分明显高于对照组(P<0.;05);
- Result: 30% death rate, lower than document report conservative to treat, neural function resume situation perform the operation group raise obvious... 结果:死亡率30%25,明显低于文献报道的保守治疗,神经功能恢复情况较非手术组明显提高。
- The insulin resistance (IR) is the important reason of hyperglycemia and impedes the recovering of neural function post-cerebral infarction. 胰岛素抵抗(IR)是引起脑梗死后高血糖的重要原因，且其对神经功能的恢复亦有不利影响。
- Their expression promotes the angiogenesis in the penumbra and improves the blood supply, thus playing a key role in the recovery of neural function. 研究结果提示，在局灶性脑缺血早期VEGF及VEGFRS mRNA在神经细胞、胶质细胞、血管内皮细胞等均有表达，可促进缺血半影区的血管增生，对改善缺血半影区血供有重要作用，有助于神经功能的恢复。
- Conclusion The long period treatment with ganglioside GM1 for acute cerebral infarction could recover the neural function, decrease disability rate and improve the life quality. 结论脑梗死急性期应用长程神经节苷脂GM1治疗能更好地提高神经功能恢复，降低致残率，提高生活质量。
- Objective To investigate the effect of ischemic cerebral seizure disorder on the recovery of neural function in patients with convalescence cerebral infarction. 摘要目的研究缺血性脑卒中性癫痫对脑梗塞恢复期神经功能康复的影响。
- Conclusion M-L-UBIO helps effectively to the recovery of neural function and to the improvement in hemorheology and blood lipids in acute cerebral infarction. 结论M-L-UBIO能有效促进急性脑梗死患者神经功能恢复和显著改善血液流变学指标及血脂水平。
- Objective To investigate the effect of gross saponin from Tribulus terrestris (GSTT) on the reconstruction of neural function in patients with ischemic stroke. 目的观察蒺藜总皂苷(GSTT)对缺血性脑卒中患者神经功能重建的影响。
- After onecourse of treatment, to observe and compare the amount of serum SOD and MDA and thescores in clinical neural function and signs-symptoms of two groups of patients. 治疗1个疗程后，对照观察临床神经功能缺损评分值、中医症候积分及血清SOD活性、MDA含量的变化。
- AIM:To establish early normative rehabilitative procedure at acute stage for maximizing the restoration of injured neural function for the patients with stroke,letting them back to the social life and improving their quality of life. 为使脑卒中患者最大限度地恢复受损的神经功能,回归社会,提高生活质量,制定急性期早期规范的康复程序。
- However, such problems remain unresolved as NSCs tissue origin;NSCs induced differentiations, NSCs transplantation techniques as well as identification of recovery from the damaged neural function. 但是，目前有关神经干细胞的组织来源、定向诱导分化，移植技术和神经功能修复的功能判定等方面尚存在诸多难题。
