首页> 外国专利> METHOD OF ENDOSCOPIC IMPLANTATION OF ELECTRODE FOR NEUROSTIMULATION OF PERIPHERAL NERVES OR NERVE PLEXUSES UNDER CONTROL OF INTRAOPERATIVE ELECTROPHYSIOLOGICAL MONITORING

METHOD OF ENDOSCOPIC IMPLANTATION OF ELECTRODE FOR NEUROSTIMULATION OF PERIPHERAL NERVES OR NERVE PLEXUSES UNDER CONTROL OF INTRAOPERATIVE ELECTROPHYSIOLOGICAL MONITORING

机译:术中电生理监测控制下神经内膜电渗入法对周围神经或神经丛进行神经刺激的方法

摘要

FIELD: medicine.;SUBSTANCE: invention relates to medicine, namely to neurosurgery, and can be used when it is necessary to stimulate the peripheral nerves and nerve plexuses. To do this, needle electrodes are introduced into muscle groups innervated by the nerve or nerve plexus for intraoperative electrophysiological monitoring. Electrode implantation is performed by making a small skin incision in the projection of a nerve or nerve plexus involved in the pathological process. Perform the subcutaneous preparation of the nerve using a blunt dissector introduced into the working port of the endoscope tube under endoscopic control. Nerve or nerve plexus is isolated and an electrode is implanted for intraoperative stimulation under the control of a physiological response to stimulation. Electrode is fixed by epineural suture.;EFFECT: method provides accurate positioning of the electrode during implantation in conditions of minimal invasiveness, due to the implementation and visualization of the installation site of the electrode and the installation of the electrode from a single access, which allows to reduce the risk of postoperative complications caused by trauma to the nerve, the cicatricial-adhesive process, electrode migration, at the same time, intraoperative physiological monitoring allows to obtain an optimal clinical result, and due to minimal invasiveness, a good cosmetic effect is achieved.;1 cl, 4 dwg, 1 ex
机译:技术领域本发明涉及医学,即神经外科,可以在需要刺激周围神经和神经丛时使用。为此,将针电极引入由神经或神经丛支配的肌肉群,以进行术中电生理监测。通过在与病理过程有关的神经或神经丛的投影中做一个小的皮肤切口来进行电极植入。使用在内窥镜控制下引入内窥镜管工作端口的钝器解剖皮下神经。分离神经或神经丛,并植入电极以在对刺激的生理反应的控制下进行术中刺激。电极通过神经膜缝合线固定。效果:由于实现并可视化了电极的安装位置以及通过一次访问即可进行电极的安装,该方法可在植入过程中以最小的侵入性来精确定位电极。可以减少因神经外伤,瘢痕粘连过程,电极迁移而引起的术后并发症的风险,同时,术中生理监测可以取得最佳的临床效果,并且由于侵入性极小,具有良好的美容效果1 cl,4 dwg,1 ex

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