能够早期检测神经再生的质量。
结论脉冲电磁场治疗能促进周围神经再生。
Conclusion The pulsing electromagnetic field could improve peripheral nerve regeneration.
生理盐水组：神经再生室内植入生理盐水。
Saline group: Neural regeneration chamber was filled with saline.
结论：靶肌肉注射NGF能促进鼠坐骨神经再生。
Conclusion: It was first demonstrated that targeted muscle injecting NGF can enhance rat sciatic nerve regeneration.
目的：寻找促进周围神经损伤后神经再生的方法。
Objective To search for a method for promoting regeneration of injured peripheral nerve.
加速神经再生。
探讨超短波对视神经钳夹伤大鼠神经再生的影响。
结论靶肌肉注射甲状腺素能有效促进周围神经再生。
Conclusion the targeted muscle injecting thyroid hormones can effectively promote the regeneration of peripheral nerve.
结果：经术后随访，肌电图证实，神经再生恢复良好。
Result: Followed-up postoperatively nerve regeneration is good, confirmed by electromyography.
由此可知缝匠肌尾侧部是一个最适宜神经再生的肌肉。
From above, caudal part of sartorius muscle is a suitable bridge to premise of nerve regeneration.
注射巨噬细胞以及巨噬细胞调理液能促进视神经再生。
Injection of macrophages and macrophage conditional medium can promote the optic nerve regeneration.
目的进一步探讨神经缝合修复方式对神经再生的影响。
Objective To study the impact of nerve repair mode on reinnervation.
目的：探讨碱性成纤维细胞生长因子对神经再生的影响。
Objective: the effect of basic fibroblast growth factor on the peripheral nerve was studied.
目的探讨经皮神经肌电刺激促进周围神经再生的临床价值。
Objectives to explore the value of percutaneous nerve and muscle electrical stimulation to accelerated peripheral nerve regeneration.
神经再生室中成份的变化提示，神经再生需要有利的微环境。
The alteration of the components suggested that the nerve regeneration chamber forms a micro - environment favorable for nerve regeneration.
神经再生研究的动向为临床治疗视神经疾病带来了新的希望。
The recent developments in nervous regeneration research have shown new hope for treating optic nerve diseases.
目的：揭示活化星形胶质细胞去抑制对小鼠视神经再生的作用。
Purpose: to modulate optic nerve regeneration by reducing the inhibitory effects of reactive astrocytes.
目的：探讨不同方法先期处理对异种神经移植后神经再生的影响。
To investigate the effect of pretreatment of different methods on nerve regeneration after heterografting.
文章对几种编织结构周围神经再生导管的径向压缩性能进行比较。
The comparison of radial compressive property of several kinds of braiding conduits was discussed.
目的：研究聚乳酸管注入白芨胶和雪旺细胞对周围神经再生的影响。
Objective:To study the influence of peripheral nerve regeneration through polylactic acid conduit with bletilla colloid(BC)and schwann cells(SCs).
目的：研究端侧神经吻合后，神经再生的可能性和再生纤维的类型。
Objective: to study the possibility of nerve regeneration and the types of regenerative nerve fibers after end to side neurorrhaphy.
目的：探讨神经移植后在局部注入神经生长因子对神经再生的影响。
Objective: To explore the effect of locally injected nerve growth factors on nerve regeneration after the facial nerve implantation.
目的研究用受体血浆冷冻处理的异体神经移植，以提高神经再生效果。
Objective To observe the result of recipient plasma cryopreserved nerve allograft, and evaluate its effect of promotion nerve regeneration.
免疫抑制剂FK506的双重作用在神经再生治疗中具广阔的应用前景。
The double role of immunosuppressive agent FK506 may have broad application prospect in treatment of nerve regeneration.
结论：神经生长因子对神经的再生(特别是感觉神经再生)有明显作用。
Conclusions: There is obvious effect of NGF on the regeneration of the injured peripheral nerves (especially for sensory nerves).
结论靶肌肉注射CNTF可明显促进周围神经再生，提高神经功能恢复。
Conclusion Targeted muscle injecting CNTF can improve the regenerating peripheral nerve both in its structural and functional recovery.
神经再生是一个由细胞、因子、细胞外基质共同参与的复杂生物学过程。
Nerve Regeneration is a complex biological phenomenon incorporated by cells, growth factors and extracellular matrix.
目的探讨神经移位时保留神经干近侧分支对神经再生和肌肉功能恢复的影响。
Objective to explore the affection of the reserved proximal branch of transferred nerve on nerve regeneration and muscle function restoration.
结论免疫抑制剂fk506能促进外周神经端-侧吻合后神经再生的速度和质量。
Conclusion Immunosuppresssant FK506 could promote nerve regenerative speed and quality after end-to-side neurorrhaphy of peripheral nerve.
结论免疫抑制剂fk506能促进外周神经端-侧吻合后神经再生的速度和质量。
Conclusion Immunosuppresssant FK506 could promote nerve regenerative speed and quality after end-to-side neurorrhaphy of peripheral nerve.
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