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评估数字噪声测试的合成版本及其在 CI 受者中的特点。

Evaluation of a synthetic version of the digits-in-noise test and its characteristics in CI recipients.

机构信息

ORL Department Friedrichshain Clinic, Vivantes Hearing Center Berlin, Berlin, Germany.

Cochlear Deutschland GmbH & Co. KG, Hannover, Germany.

出版信息

Int J Audiol. 2021 Jul;60(7):507-513. doi: 10.1080/14992027.2020.1839678. Epub 2020 Oct 30.

Abstract

OBJECTIVE

The goal of this study was the evaluation of a synthetic version of the Digits-in-Noise (DiN) in participants with normal hearing. Additionally, the basis characteristics of the DiN in CI recipients were investigated.

DESIGN AND STUDY SAMPLE

Twenty participants with normal hearing and 21 CI recipients with a Nucleus®-System ran two to three adaptive and up to five fixed measurements. Afterwards the discrimination function was measured with fixed signal-to-noise ratios.

RESULTS

All subjects were able to perform the DiN within three minutes per test run. The median speech reception threshold (SRT) for the NH was -8.1 dB, with a median steepness of 23%/dB. The median absolute test-retest difference in the NH group was 0.4 dB (range: 0 to 1.5 dB). In the CI group, the SRTs range from -6.6 to +12.4 dB with a median test-retest difference of 0.4 dB (range: 0 to 6.1 dB).

CONCLUSION

The synthetic DiN is a valuable complement of the audiometric test battery in CI recipients. The excellent applicability is also particularly helpful in poor performing CI recipients. With its small time exposure, it is a time- and cost-saving test, which could also be used at home via app to check the individual hearing success.

摘要

目的

本研究旨在评估数字噪声测试(Digits-in-Noise,DiN)的合成版本在正常听力受试者中的应用。此外,还研究了 CI 受者 DiN 的基本特征。

设计和研究样本

20 名正常听力受试者和 21 名植入 Nucleus®系统的 CI 受者进行了 2 到 3 次自适应测试和最多 5 次固定测试。之后,使用固定的信噪比测量了辨别函数。

结果

所有受试者都能在每次测试运行中在三分钟内完成 DiN 测试。NH 组的平均言语接受阈值(SRT)为-8.1dB,平均斜率为 23%/dB。NH 组的绝对测试-重测差异中位数为 0.4dB(范围:0 至 1.5dB)。在 CI 组中,SRT 范围为-6.6 至+12.4dB,测试-重测差异中位数为 0.4dB(范围:0 至 6.1dB)。

结论

合成 DiN 是 CI 受者听力学测试组合的有价值补充。其出色的适用性在表现不佳的 CI 受者中特别有帮助。由于测试时间短,它是一种节省时间和成本的测试,也可以通过应用程序在家中使用,以检查个体的听力效果。

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