目的讨论免疫抑制下的周围神经再生。
Objective To discuss peripheral nerve regeneration under immunosuppression.
结果免疫抑制状态下周围神经再生加快。
Results Peripheral nerve regeneration was accelerated under immunosuppression.
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.
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.
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.
结论：实验构建的生物人工神经能有效的促进周围神经再生。
Conclusion: Bioartificial nerve construction can enhance regeneration of peripheral nerve.
目的探讨经皮电神经刺激(TENS)对周围神经再生的影响。
Objective To investigate the effect of transcutaneous electrical nerve stimulation (TENS) on peripheral never regeneration in rabbits.
结论IL - 1具有促进周围神经再生及神经功能恢复的作用。
Conclusion IL-1 can enhance the regeneration of peripheral nerve and functional reinnervation of regenerated nerve.
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).
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.
本文就周围神经再生趋化性理论及其细胞和分子生物学机制的研究进展作一综述。
This paper summarized recent studies on the cellular and molecular biology mechanisms of peripheral nerve selective regeneration.
周围神经损伤后，雪旺细胞对周围神经再生过程中的形态和功能的修复起着至关重要的作用。
After the peripheral nerve is injured, Schwann cells can have a crucial effect on the repair of the form and function during the regeneration of peripheral nerve.
结论术中使用生物膜、己丁糖、强的松龙处理神经缝合口，能有效地防止周围神经粘连，促进周围神经再生。
Conclusions Applying of biological membrane, chitosan and prednisolone in anastomotic stoma during operation can efficiently prevent adhesion and promote regeneration of peripheral nerve.
结论：电生理检测提示舌剩余肌动力性可以重建电生理检测技术不失为评价周围神经再生的一种有效的方法。
Conclusion: Electrophysiologic measurement of hypoglossal lingual nerve transfer in MacacaMulatta suggest dynamic reconstruction of residual tongue muscular be possible.
80年代以来，随着神经生物学的飞速发展，周围神经再生的基础研究又了长足的进步，已经进入了细胞、分子水平。
In the 1980s with the rapid development in neurobiology, research of peripheral nerve injury was deepened into cellular and molecular levels.
研究使用FK506对上述免疫学指标变化的影响，对FK506的免疫抑制作用与周围神经再生之间的关系进行初步的探讨。
To study the effect of FK506 on the change of above-mentioned immunological indexes and to explore the relationship between the immunosuppression of FK506 and the regeneration of peripheral nerves.
目的周围神经的损伤和修复是创伤外科的难题之一，筛选理想的促进神经再生的移植物是解决这一难题的关键。
Objective Since plerosis of peripheral nerve injury is one of trauma surgery problems, screening ideal graft of accelerating neural regeneration is becoming the key of solution.
周围神经的损伤和修复是创伤外科的难题之一，筛选理想的促进神经再生的移植物是解决这一难题的关键。
ObjectiveSince plerosis of peripheral nerve injury is one of trauma surgery problems, screening ideal graft of accelerating neural regeneration is becoming the key of solution.
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.
所制 得的神经导管易弯曲且抗压力，用于修复周围神经损伤，提高神经再生的速度和质量。
The prepared nerve conduits are easy to bend and resistant to pressure, are used for repairing peripheral injured nerves, and raise the speed and quality of nerve regeneration.
当神经缺损无法以直接手术缝合时，就需借助神经移植体的引导，使周围神经缺损获得神经再生的成功。
If the nerve defect cannot be recovered by surgical suture, nerve graft is needed for the nerve regeneration, which can repair this defect.
目的：用HRP逆行示踪法评价人工组织神经移植物辅加神经再生素修复大鼠周围神经缺损的效果。
ObjectiveThis study was to evaluate the artificial tissue nerve graft adding nerve regeneration factor (NRF) repaired sciatic nerve gap in rat with a HRP retrograde tracing.
目的研究神经再生室中周围神经修复过程各组成成份的变化过程。
Objective To observe the ultrastructural changes of various cell components in a nerve regeneration chamber during its regenerating process.
周围神经损伤后的神经再生和功能恢复一直是骨科研究的热门问题。
After peripheral nerve injury, nerve regeneration and functional recovery has been a hot tissue of orthopedic research.
由于施万细胞具有分泌大量神经营养因子，引导和促进神经再生的功能，它常常被应用于修复中枢和周围神经损伤。
Schwann cells, which can secret many neurotrophic factors to promote the nerve regeneration, are usually used as the repairement of central and peripheral nerve injury.
结论：周围神经损伤后早期应用微波辐射治疗能增加GAP - 43的表达，促进损伤神经再生及功能恢复。
Conclusion: microwave could enhance the expression of GAP-43 and promote the regeneration and functional recovery of the injured peripheral nerve after early microwave irradiation.
结论：周围神经损伤后早期应用微波辐射治疗能增加GAP - 43的表达，促进损伤神经再生及功能恢复。
Conclusion: microwave could enhance the expression of GAP-43 and promote the regeneration and functional recovery of the injured peripheral nerve after early microwave irradiation.
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