Post-operative stapedius reflex tests with simultaneous loudness scaling in patients supplied with cochlear implants.

K Stephan, K Welzl-Müller
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引用次数: 66

Abstract

The estimation of the maximum comfort loudness levels (MCL) by measurements of the electrically elicited stapedius reflex was examined in six experienced cochlear implant users supplied with the COMBI 40 implant system. The stapedius reflex was tested and loudness scaling was performed simultaneously using an up/down stimulation protocol close to the reflex threshold with automated recording of both test procedures. The electrical stapedius reflex threshold (ESRT) and loudness scaling were evaluated separately. Scaling at the reflex threshold ranged between normal and loud. The range of stimulus intensities corresponding to ESRT is much smaller than that at a particular loudness category. The overall correlation between ESRT and MCL was high (r=0.92), with a similar dependence of ESRT and MCL on the channel stimulated. Thus, when the stapedius reflex can be detected post-operatively, the ESRT can be applied successfully for the fitting procedure of the speech processor. Simultaneous loudness scaling during the entire reflex test showed that overstimulation via the implant can be avoided effectively.

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人工耳蜗植入患者术后镫骨反射测试与同时响度测量。
通过测量电诱发镫骨反射来估计最大舒适响度(MCL),我们对6名使用COMBI 40人工耳蜗系统的有经验的人工耳蜗使用者进行了研究。对镫骨反射进行测试,同时使用接近反射阈值的上下刺激方案进行响度缩放,并自动记录两个测试过程。分别评估镫骨电反射阈值(ESRT)和响度评分。反射阈值的缩放范围在正常和大声之间。ESRT对应的刺激强度范围远小于特定响度类别下的刺激强度范围。ESRT和MCL的总体相关性较高(r=0.92), ESRT和MCL对刺激通道的依赖性相似。因此,当术后可以检测到镫骨反射时,ESRT可以成功应用于语音处理器的拟合程序。在整个反射测试中同时进行响度测量表明,通过植入物可以有效地避免过度刺激。
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