Troubleshooting Cochlear Implant Malfunction Using Neural Response Telemetry and Normal Saline.

Milind Sagar, Prem Sagar, Rajeev Kumar, Pallavi Rani
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Abstract

Cochlear implantation has become a standard of care for a child diagnosed with bilateral profound sensorineural hearing loss with a structured surgical standard operating procedure. A 3-year-old boy with bilateral profound prelingual sensorineural deafness underwent a Med-EL Sonata Ti100 implant. We faced a peculiar situation intraoperatively after inserting the electrodes and closing the wound. The impedance recording indicated high ground path impedance with short-circuiting of few electrodes. As a bionic implant, its electronic components may at times malfunction both intraoperatively and/or postoperatively; therefore, neural response telemetry (NRT) was invented to check it. By using NRT and a few milliliters of normal saline, we were able to diagnose as well as rectify the malfunctioning of the implant.

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使用神经反应遥测和正常生理盐水排除人工耳蜗故障。
人工耳蜗植入术已成为治疗双侧重度感音神经性听力损失患儿的标准方法,并采用了结构化手术标准操作程序。一名患有双侧重度舌前感觉神经性耳聋的 3 岁男孩接受了 Med-EL Sonata Ti100 植入手术。植入电极并缝合伤口后,我们在术中遇到了一个奇怪的情况。阻抗记录显示接地路径阻抗较高,少数电极短路。作为一种仿生植入物,其电子元件在术中和/或术后有时可能会出现故障,因此发明了神经反应遥测技术(NRT)来进行检查。通过使用 NRT 和几毫升生理盐水,我们能够诊断并排除植入物的故障。
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