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声导抗测听法

Immitance audiometry.

作者信息

Sutherland J E, Campbell K

机构信息

Department of Family Practice, Southern Illinois University School of Medicine, Springfield.

出版信息

Prim Care. 1990 Jun;17(2):233-47.

PMID:2196607
Abstract

Immitance audiometry is a safe, simple, reliable, and relatively objective method of determining middle-ear function that provides advantages for examining the difficult patient because minimal cooperation is needed. Acoustic-immitance measurements obtain sophisticated data that give us valuable information about the middle ear mechanism as a whole. It can be used in a quiet office environment. Immitance audiometry can confirm a doubtful otoscopic diagnosis and screen for ear disease. There are limitations to observer reliability with otoscopy, which has good sensitivity but poor specificity, in contrast to immitance audiometry. The tympanogram can be classified into four different patterns on the basis of its characteristics. These patterns are diagnostic, distinguishing normal function from various types of middle ear pathology. Immitance audiometry has very high sensitivity and specificity. The acoustic reflex, a contraction of the stapedius muscle following an intense auditory stimulus, can be valuable in determining a conductive hearing loss and many other otologic diagnoses. As a screening tool, immitance audiometry is most valuable in populations at risk for middle ear effusion, primarily those aged 7 months to 5 years. Significant improvements in measurements of ear function also allow us to be more precise in the diagnoses of otosclerosis, perforation of the tympanic membrane, ossicular discontinuity, facial nerve dysfunction, and brain stem disorders.

摘要

声导抗测听法是一种安全、简单、可靠且相对客观的确定中耳功能的方法,由于所需的合作极少,因此在检查困难患者时具有优势。声导抗测量可获取复杂的数据,这些数据能为我们提供有关整个中耳机制的宝贵信息。它可在安静的办公室环境中使用。声导抗测听法可证实可疑的耳镜检查诊断并筛查耳部疾病。与声导抗测听法相比,耳镜检查在观察者可靠性方面存在局限性,其敏感性好但特异性差。鼓室图可根据其特征分为四种不同模式。这些模式具有诊断意义,可区分正常功能与各种类型的中耳病变。声导抗测听法具有非常高的敏感性和特异性。声反射是在强烈听觉刺激后镫骨肌的收缩,在确定传导性听力损失和许多其他耳科诊断方面可能很有价值。作为一种筛查工具,声导抗测听法在有中耳积液风险的人群中最有价值,主要是7个月至5岁的儿童。耳部功能测量的显著改进也使我们在耳硬化症、鼓膜穿孔、听骨链中断、面神经功能障碍和脑干疾病的诊断中更加精确。

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