首页> 外文期刊>Acta neurochirurgica.Supplement >Rehabilitation of hearing and communication functions in patients with NF2.
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Rehabilitation of hearing and communication functions in patients with NF2.

机译:NF2患者听力和沟通功能的康复。

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Most patients with neurofibromatosis type 2 (NF2) lose hearing either spontaneously or after removal of their neurofibromas. The patient may benefit from conventional hearing aids if, due to modern microsurgery and intraoperative monitoring the integrity of the cochlea and the 8th nerve is preserved. With lost auditory function but preserved electrical stimulibility of the 8th nerve a cochlear implant may be appropriate. But if the patients have no remaining 8th nerve to stimulate, there is no benefit from cochlear implants. Until some years ago, vibrotactile aids, lip-reading, and sign language have been the only communication modes available to these patients. With auditory brain stem implants it is now possible to bypass both the cochlea and the 8th nerve and to stimulate the cochlear nucleus directly. Stimulation of the devices produces useful auditory sensations in almost all patients. Testing of perceptual performance indicated significant benefit from the device for communication purposes, including sound-only sentence recognition scores and the ability to converse on the telephone. Also lip-reading is significantly improved with brain stem implants. The successful work of an auditory brainstem program center depends very much on the close interdisciplinary collaboration between the Departments of Neurosurgery and ENT-surgery. In the future new developments like speech processing strategies and new designed electrodes accessing the complex tonotopic organization of the cochlear nucleus may further improve rehabilitation in these patients who would have been deaf some years ago.
机译:大多数2型神经纤维瘤病(NF2)患者会自发地或在去除神经纤维瘤后失去听力。如果由于现代显微外科手术和术中监护耳蜗和第8条神经的完整性而得以保留,则患者可受益于传统的助听器。如果听觉功能丧失但保留了第8条神经的电刺激性,则可能需要人工耳蜗。但是,如果患者没有剩余的第8条神经可以刺激,则无法从人工耳蜗中获益。直到几年前,触觉辅助,唇读和手语一直是这些患者可用的唯一交流方式。现在有了听觉脑干植入物,就可以绕过耳蜗和第8条神经,直接刺激耳蜗核。刺激设备会对几乎所有患者产生有用的听觉。对感知性能的测试表明,该设备可用于通讯目的,包括仅声音的句子识别分数和在电话中进行通话的能力,从而具有明显的优势。此外,使用脑干植入物可以显着改善唇读功能。听觉脑干计划中心的成功工作很大程度上取决于神经外科与耳鼻喉外科之间的紧密跨学科合作。将来,语音处理策略和进入耳蜗核复杂的局部组织的新型设计电极等新技术可能会进一步改善这些几年前失聪的患者的康复能力。

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