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[通过间歇性电磁场效应实现神经再生。对兔子的实验研究]

[Nerve regeneration by means of the effect of an intermittent electromagnetic field. Experimental study on a rabbit].

作者信息

Meissl G

出版信息

Handchirurgie. 1979;11(1):31-5.

PMID:393577
Abstract

An experiment on healing of transected nerves of rabbits was carried out. Under microsurgical techniques continuity of the nerve was reestablished by end-to-end coaptation without creating a defect, so only the elasticity of the nerve tissue had to be overcome, and by nerve grafting. In both cases treatment with intermittent high frequency magnetic field was applied continuously. Histologic studies revealed that the scar at the suture site matured more quickly than usually and that distal to the site of transection the normal calibre of regenerated axons was reached within a shorter time than previously.

摘要

进行了一项关于兔横断神经愈合的实验。在显微外科技术下,通过端端吻合重建神经的连续性而不造成缺损,因此只需克服神经组织的弹性,以及通过神经移植。在这两种情况下,均持续应用间歇性高频磁场治疗。组织学研究表明,缝合部位的瘢痕比通常更快成熟,并且在横断部位远端,再生轴突在比以前更短的时间内达到正常管径。

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