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使用Neurelec Digisonic(®) SP/Saphyr(®) Neo人工耳蜗植入系统的语后聋成年人听觉表现的一年随访

One-Year Follow Up of Auditory Performance in Post-Lingually Deafened Adults Implanted with the Neurelec Digisonic(®) SP/Saphyr(®) Neo Cochlear Implant System.

作者信息

Borger Déborah, Lina-Granade Geneviève, Verneyre Stéphanie, Thai-Van Hung, Saaï Sonia, Hoen Michel, Gnansia Dan, Truy Eric

机构信息

ENT Department, Edouard Herriot Hospital , Lyon, France.

Oticon Medical - Neurelec , Vallauris, France.

出版信息

Audiol Res. 2015 Oct 12;5(2):139. doi: 10.4081/audiores.2015.139. eCollection 2015 Jun 11.

Abstract

This study aimed to quantify outcomes in a group of patients who were implanted with an Oticon Medical Neurelec (Vallauris, France) cochlear implant system, the Digisonic(®) SP/Saphyr(®) Neo. Ten participants took part in this preliminary study. Their speech perception capacities were evaluated at 3, 6, and 12-months after cochlear implant activation and compared to pre-implantation scores and to scores observed with former versions of the sound processor. Compared to former versions of the sound processor, patients using the Saphyr(®) Neo processor obtained better speech perception scores for sentences in silence at each tests session (3 months: 79%, 6 months: 82% and 12 months: 94%) compared to Digisonic(®) users (respectively: 58%, 69% and 75%) and Convex sound processor users (resp. 39%, 59% and 51%). These observations confirm that the technological improvements made in the Saphyr(®) Neo sound processor coupled with the Digisonic(®) implant, provided quantifiable benefits in speech perception in Quiet compared to former versions of the processor Convex and Digisonic(®) SP.

摘要

本研究旨在量化一组植入奥迪康医疗公司(法国瓦洛里斯)Digisonic(®) SP/Saphyr(®) Neo人工耳蜗系统的患者的治疗效果。十名参与者参加了这项初步研究。在人工耳蜗激活后的3个月、6个月和12个月对他们的言语感知能力进行评估,并与植入前的分数以及使用早期版本声音处理器时观察到的分数进行比较。与早期版本的声音处理器相比,使用Saphyr(®) Neo处理器的患者在每次测试 session(3个月:79%,6个月:82%,12个月:94%)时,在安静环境下对句子的言语感知得分均高于Digisonic(®)用户(分别为:58%、69%和75%)和凸面声音处理器用户(分别为39%、59%和51%)。这些观察结果证实,与早期版本的凸面和Digisonic(®) SP处理器相比,Saphyr(®) Neo声音处理器与Digisonic(®)植入体相结合所做的技术改进,在安静环境下的言语感知方面提供了可量化的益处。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/b38b/4698604/d733cda45e34/audio-2015-2-139-g001.jpg

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