Identification Accuracy of Safety-Relevant Environmental Sounds in Adult Cochlear Implant Users.

Identification Accuracy of Safety-Relevant Environmental Sounds in Adult Cochlear Implant Users.
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成人人工耳蜗使用者对安全相关环境声音的识别准确性。

DOI:
10.1002/lary.30475
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发表时间:
2023
期刊:
The Laryngoscope
影响因子:
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通讯作者:
Harris,MichaelS
Harris,MichaelS
中科院分区:
--
文献类型:
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作者:
Luzum,NathanR;Hamel,BenjaminL;Shafiro,Valeriy;Harris,MichaelS

文献摘要

相似文献

检查人工耳蜗(CI)用户识别安全相关的环境声音的能力,安全,独立和个人well-being. MethodsTwenty-one经验丰富的成年CI用户完成了环境声音识别(ESI)测试,包括42个常见的环境声音,其中28个与个人安全有关,沿着14个控制声音。在声音识别之前,参与者被告知声音名称,并被要求对每个相应声音的熟悉程度和安全性分别进行1-5 scale.ResultsOverall ESI准确率为57%,安全相关声音正确率为55%,控制声音正确率为55%。参与者认为安全相关声音对安全性更重要,并且比非安全性声音更熟悉。ESI准确性显着相关的熟悉ratings.ConclusionThe目前的研究结果表明平庸ESI准确性在语后成人CI用户的安全相关和其他环境的声音。识别这些声音的缺陷可能会增加CI听众发生事故或受伤的风险,并且可能需要特定的康复计划来改善CI结果。证据等级4喉镜,133:2388-2393,2023
ObjectiveExamine cochlear implant (CI) users' ability to identify safety‐relevant environmental sounds, imperative for safety, independence, and personal well‐being.MethodsTwenty‐one experienced adult CI users completed an Environmental Sound Identification (ESI) test consisting of 42 common environmental sounds, 28 of which were relevant to personal safety, along with 14 control sounds. Prior to sound identification, participants were shown sound names and asked to rate the familiarity and, separately, relevance to safety of each corresponding sound on a 1–5 scale.ResultsOverall ESI accuracy was 57% correct for the safety‐relevant sounds and 55% correct for control sounds. Participants rated safety‐relevant sounds as more important to safety and more familiar than the non‐safety sounds. ESI accuracy significantly correlated with familiarity ratings.ConclusionThe present findings suggest mediocre ESI accuracy in postlingual adult CI users for safety‐relevant and other environmental sounds. Deficits in the identification of these sounds may put CI listeners at increased risk of accidents or injuries and may require a specific rehabilitation program to improve CI outcomes.Level of Evidence4Laryngoscope, 133:2388–2393, 2023