Sanford Chris A, Brockett Jeff E, Aithal Venkatesh, AlMakadma Hammam
Department of Communication Sciences and Disorders, Idaho State University, Pocatello, Idaho.
Audiology Department, Townsville University Hospital and Hearing Research Unit for Children, University of Queensland, Queensland, Australia.
Semin Hear. 2023 Mar 2;44(1):65-83. doi: 10.1055/s-0043-1763295. eCollection 2023 Feb.
A number of studies have produced normative and developmental data and examples of wideband acoustic immittance (WAI) obtained in ears with pathologies and or dysfunction. However, incorporation of this tool into clinical audiology and otolaryngology practice has been slower than expected, potentially due to challenges with interpretation, integration into existing test batteries, and confidence in practical application. This article presents information aimed at helping clinicians increase their confidence in using this new tool by becoming more familiar and making connections with the ways that WAI outcomes both align with and add to standard immittance, audiometric and otologic diagnostic test outcomes. This article presents several case studies to demonstrate the use of WAI in realistic clinical settings. Each case presents a brief background, case history, audiologic/otologic findings, and initial recommendations, followed by a discussion on how the inclusion of WAI test outcomes aids in diagnostic decisions. The overall aim of this work is to identify the relationships among different diagnostic test outcomes, to demonstrate basic WAI interpretation principles, and encourage the reader to engage with this diagnostic tool in clinical practice.
多项研究已经得出了正常和发育数据,以及在患有疾病和/或功能障碍的耳朵中获得的宽带声导抗(WAI)示例。然而,将该工具纳入临床听力学和耳鼻喉科实践的速度比预期要慢,这可能是由于在解释、整合到现有测试组以及对实际应用的信心方面存在挑战。本文提供的信息旨在帮助临床医生通过更熟悉WAI结果与标准声导抗、听力测试和耳科诊断测试结果的一致性及补充方式,并建立起它们之间的联系,从而增强使用这一新工具的信心。本文呈现了几个案例研究,以展示WAI在实际临床环境中的应用。每个案例都介绍了简要的背景、病例史、听力学/耳科检查结果和初步建议,随后讨论了纳入WAI测试结果如何有助于诊断决策。这项工作的总体目标是确定不同诊断测试结果之间的关系,展示基本的WAI解释原则,并鼓励读者在临床实践中使用这一诊断工具。