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首页> 外文期刊>Neurourology and urodynamics. >A new endoscopic minimal invasive approach for pudendal nerve and inferior cluneal nerve neurolysis: An anatomical study
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A new endoscopic minimal invasive approach for pudendal nerve and inferior cluneal nerve neurolysis: An anatomical study

机译:一种新的疏水性神经和跛行神经神经渗透的新内窥镜最小侵入方法:解剖学研究

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Aim To describe a new minimal invasive approach of the gluteal region which will permit to perform neurolysis of the pudendal and cluneal nerves in case of perineal neuralgia due to an entrapment of these nerve trunks. Method Ten transgluteal approaches were performed on five cadavers. Relevant anatomic structures were dissected and further described. Neurolysis of the pudendal nerve or cluneal nerves were performed. Landmarks for secure intraoperative navigation were indicated. Results The first operative trocar for the camera was inserted with regards to the iliac crest in the deep gluteal space. With the aid of pneumodissection, the infragluteal plane was dissected. The piriformis muscle was identified as well as the sciatic and the posterior femoral cutaneous nerve. Consequently, the sciatic tuberosity was visualized together with the cluneal nerves. Hereafter, the second trocar was introduced caudal to the first one and placed on an horizontal line passing at the level of the coccyx, allowing access to the ischial spine and the visualization of the pudendal nerve and vessels. A third 5?mm trocar was then inserted medial from the first one, permitting to dissect and transsect the sacrospinous ligament. The pudendal nerve was subsequently transposed and followed on its course in the pudendal channel. Conclusions A reliable exploration of the gluteal region including identification of the sciatic, pudendal, and posterior femoral cutaneous nerves is feasible using a minimal invasive transgluteal procedure. Consequently, the transposition of the pudendal nerve and the liberation of the cluneal nerves can be performed.
机译:目的旨在描述衰弱地区的新侵入方法,该方法将允许在受到这些神经树干的夹带的情况下进行阴部神经痛的情况下进行污染和跛行神经的神经溶解。方法十个尸体进行了十种尸体植物方法。解剖和进一步描述相关的解剖结构。进行了疏水性神经或鞘膜神经的神经溶解。指出了安全术中导航的地标。结果将相机的第一操作套管针在深谷裂空间中的髂骨顶部插入。借助肺炎切割,解剖互换平面。鉴定梨状肌肌肉以及坐骨和后股皮肤皮。因此,坐骨性结节与鳞状神经一起观察。此后,第二套管针向第一个尾部引入尾部,并放置在尾骨水平的水平线上,允许进入岩石脊柱和硫磺神经和血管的可视化。然后将第三种5?mm套管针从第一套管插入内侧,允许剖析并透卵韧带。随后将硫代神经转置并跟踪其在普丁渠道中的过程中。结论对衰弱地区的可靠探索,包括鉴定坐骨,pudendal和股骨皮肤神经,可行使用最小的侵入性移植手术。因此,可以进行疏水神经的转置和跛行神经的释放。

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