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自由核人工耳蜗植入系统的研发。

The development of the Nucleus Freedom Cochlear implant system.

作者信息

Patrick James F, Busby Peter A, Gibson Peter J

机构信息

Cochlear Limited, Lane Cove, New South Wales, Australia.

出版信息

Trends Amplif. 2006 Dec;10(4):175-200. doi: 10.1177/1084713806296386.

Abstract

Cochlear Limited (Cochlear) released the fourth-generation cochlear implant system, Nucleus Freedom, in 2005. Freedom is based on 25 years of experience in cochlear implant research and development and incorporates advances in medicine, implantable materials, electronic technology, and sound coding. This article presents the development of Cochlear's implant systems, with an overview of the first 3 generations, and details of the Freedom system: the CI24RE receiver-stimulator, the Contour Advance electrode, the modular Freedom processor, the available speech coding strategies, the input processing options of Smart Sound to improve the signal before coding as electrical signals, and the programming software. Preliminary results from multicenter studies with the Freedom system are reported, demonstrating better levels of performance compared with the previous systems. The final section presents the most recent implant reliability data, with the early findings at 18 months showing improved reliability of the Freedom implant compared with the earlier Nucleus 3 System. Also reported are some of the findings of Cochlear's collaborative research programs to improve recipient outcomes. Included are studies showing the benefits from bilateral implants, electroacoustic stimulation using an ipsilateral and/or contralateral hearing aid, advanced speech coding, and streamlined speech processor programming.

摘要

科利耳有限公司(Cochlear)于2005年发布了第四代人工耳蜗植入系统——Nucleus Freedom。Freedom基于25年的人工耳蜗研发经验,并融合了医学、可植入材料、电子技术及声音编码等方面的进展。本文介绍了科利耳植入系统的发展历程,概述了前三代产品,并详细介绍了Freedom系统:CI24RE接收器刺激器、Contour Advance电极、模块化Freedom处理器、可用的语音编码策略、在编码为电信号之前改善信号的智能声音输入处理选项以及编程软件。报告了Freedom系统多中心研究的初步结果,表明其性能水平优于先前的系统。最后一部分展示了最新的植入可靠性数据,18个月时的早期研究结果显示,Freedom植入物的可靠性相比早期的Nucleus 3系统有所提高。还报告了科利耳合作研究项目为改善接受者效果所取得的一些研究成果。其中包括显示双侧植入、使用同侧和/或对侧助听器进行电声刺激、先进语音编码以及简化语音处理器编程等益处的研究。

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