Menovsky T, Beek J F, Thomsen S L
Laser Center, Academic Medical Center, Amsterdam, The Netherlands.
Neurosurg Rev. 1995;18(4):225-35. doi: 10.1007/BF00383873.
Over the last decade low power laser irradiation has been used to repair nerves by photothermal welding. Nineteen animal and clinical experimental studies of laser tissue welding of nerves are reviewed. Possible mechanisms of tissue welding are presented, together with the benefits, limitations, and possible future implications of several techniques used in laser nerve repair. The consensus of these studies is that nerve welding has some advantages over standard suture repair. These advantages include less neuroma- und scar formation and shorter repair time. The major disadvantage of laser nerve repair is the initial inferior tensile strength. In the future, use of dyes or proteins could enhance the welding process by reinforcing the union strength, thus may improve the results of this promising technique.
在过去十年中,低功率激光照射已被用于通过光热焊接修复神经。本文综述了19项关于神经激光组织焊接的动物和临床实验研究。介绍了组织焊接的可能机制,以及激光神经修复中使用的几种技术的优点、局限性和未来可能的影响。这些研究的共识是,神经焊接相对于标准缝合修复具有一些优势。这些优势包括较少的神经瘤和瘢痕形成以及更短的修复时间。激光神经修复的主要缺点是初始拉伸强度较低。未来,使用染料或蛋白质可以通过增强结合强度来改善焊接过程,从而可能提高这项有前景的技术的效果。