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Overcoming short gaps in peripheral nerve repair: conduits and human acellular nerve allograft

机译:克服周围神经修复的短间隙:同种异体管道和人脱细胞神经移植

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摘要

Nerve conduits and acellular nerve allograft offer efficient and convenient tools for overcoming unexpected gaps during nerve repair. Both techniques offer guidance for migrating Schwann cells and axonal regeneration though utilizing very different scaffolds. The substantially greater amount of animal and clinical data published on nerve conduits is marked by wide discrepancies in results that may be partly explained by a still poorly defined critical repair gap and diameter size. The available information on acellular allografts appears more consistently positive though this tool is also hampered by a longer but also limited critical length. This article reviews the current relative literature and examines pertinent parameters for application of both acellular allograft and nerve conduits in overcoming short nerve gaps.
机译:神经导管和脱细胞神经同种异体移植提供了有效,方便的工具,可以克服神经修复过程中的意外间隙。尽管利用了非常不同的支架,但这两种技术都为雪旺细胞的迁移和轴突再生提供了指导。在神经导管上发表的大量动物和临床数据的特点是结果差异很大,其部分原因可能是临界修复间隙和直径尺寸仍然定义不佳。尽管该工具还受较长但有限的临界长度的限制,但有关脱细胞同种异体移植物的可用信息似乎更加一致。本文回顾了当前的相关文献,并研究了脱细胞同种异体移植物和神经导管在克服神经短间隙中的应用相关参数。

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