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最大再生距离。外周轴突能再生多远?

Maximal regeneration distance. How far can a peripheral axon regenerate?

作者信息

Shibib K, Brock M, Müller H, Gosztonyi G

出版信息

Neurol Res. 1985 Dec;7(4):177-81. doi: 10.1080/01616412.1985.11739718.

Abstract

Peripheral nerves of the fore- and hindlimbs of 20 rats were induced to regenerate over double and triple of their original lengths through consecutive orthograde and retrograde (zigzag) anastomoses along parallel nerves of the same limb. Morphological changes were followed on longitudinal sections of the whole-mount composite nerves by several histological techniques. Regeneration regularly took place along this pathway. The regenerated axonal segments were intensively remyelinated, demonstrating the capacity of the spinal neurons to produce and maintain disproportionately long axonal processes. These observations may be relevant for reconstructive neurosurgery when very long peripheral nerve gaps have to be bridged.

摘要

通过沿着同一只肢体的平行神经进行连续的顺行和逆行(之字形)吻合,诱导20只大鼠前肢和后肢的周围神经在其原始长度的两倍和三倍上再生。通过几种组织学技术在整装复合神经的纵切面上观察形态学变化。再生沿此途径有规律地发生。再生的轴突段有密集的髓鞘再生,表明脊髓神经元有能力产生和维持不成比例的长轴突过程。当必须桥接非常长的周围神经间隙时,这些观察结果可能与重建性神经外科手术相关。

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