Ali Yasser Helmy, Al Sheikh Abd El-Fattah
Plastic & Reconstructive Surgery Department, AL-Azhar University, Cairo, Egypt.
Onco-Surgery Department, AL-Azhar University, Cairo, Egypt.
Plast Reconstr Surg Glob Open. 2019 May 16;7(5):e2195. doi: 10.1097/GOX.0000000000002195. eCollection 2019 May.
A 49-year-old man underwent intraoperatively modified procedure from superficial to radical parotidectomy with excision of the facial nerve 4 branches, temporal, zygomatic, buccal, and mandibular. We have dissected and harvested the branches of the great auricular nerve to repair the defects of the temporal, zygomatic, buccal, and mandibular nerves without microsurgery aid. The aims of the repair were just to mark the nerve endings, to try autologous grafting, and to avoid neuroma(s) formation, although neuroma(s) formations from motor nerves are rare. We did an immediate temporary nonmicrosurgical nerve grafting, and we have sutured each nerve anastomosis by 2-3 stitches of Prolene 6-0. We have observed facial nerve branches' recovery on the second month, even with radiation therapy, and then gradually more improvements on the third month and then on the sixth month of the follow-up. Finally, the procedure results in permanent sensational functional outcome after 1 year. Because we did not plan a microsurgical repair, this case report does not support any intended nonmicrosurgical procedures for facial nerve repair, but it raises questions for laboratory and animal investigations about the size of Prolene we have used, grip repair taking the epineurium and fascicle in mass closure, and the positive fast functional results. In surgical environments where microscope or microinstruments are lacking, one can still perform primary nerve grafting.
一名49岁男性接受了术中从浅叶到根治性腮腺切除术的改良手术,切除了面神经的4个分支,即颞支、颧支、颊支和下颌缘支。我们在未借助显微手术的情况下,解剖并采集了耳大神经分支,以修复颞支、颧支、颊支和下颌缘支的缺损。修复的目的仅仅是标记神经末梢、尝试自体移植并避免神经瘤形成,尽管运动神经形成神经瘤的情况很少见。我们立即进行了非显微外科临时神经移植,并使用6-0普理灵缝线对每个神经吻合处缝合2至3针。在术后第二个月,即使进行了放射治疗,我们也观察到了面神经分支的恢复情况,随后在随访的第三个月和第六个月逐渐有了更多改善。最终,在1年后该手术取得了永久性感觉功能结果。由于我们未计划进行显微外科修复,本病例报告不支持对面神经修复采用任何预期的非显微外科手术方法,但它引发了关于我们所使用的普理灵缝线尺寸、在缝合时将神经外膜和束膜整体缝合的固定修复方法以及快速良好功能结果的实验室和动物研究问题。在缺乏显微镜或显微器械的手术环境中,仍然可以进行一期神经移植。