首页> 外文期刊>Laryngo- rhino- otologie >Auditory evoked potentials: Basics and clinical applications [Akustisch evozierte Potenziale: Grundlagen und klinische Anwendung]
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Auditory evoked potentials: Basics and clinical applications [Akustisch evozierte Potenziale: Grundlagen und klinische Anwendung]

机译:听觉诱发电位:基础知识和临床应用[听觉诱发电位:基础知识和临床应用]

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摘要

Auditory evoked potentials (AEPs) are elicited at various levels of the auditory system following acoustic stimulation. Electrocochleography is a technique for recording AEPs of the inner ear. The recording is performed by means of a needle electrode placed on the promontory or non-invasive with tympanic membrane or ear canal electrodes. Clinically, electrocochleography is used for the diagnosis of auditory neuropathy spectrum disorder (ANSD) and endolymphatic hydrops. According to their latencies, AEPs of the central auditory pathway are subdivided into early, middle and late (cortical) AEPs. These AEPs are recorded via surface scalp electrodes. Normally, the larger EEG masks AEPs. For unmasking the AEP, several techniques are applied. Early AEPs or auditory brainstem responses (ABR) are the most widely used AEPs for functional evaluation of the auditory pathway. In contrast to otoacoustic emissions, early AEPs can detect ANSD. Thus, they are more suitable for hearing screening in newborns. For this purpose automated procedures are implemented.
机译:听觉诱发电位(AEPs)在听觉刺激后在听觉系统的各个级别上引发。耳蜗电描记术是一种记录内耳AEP的技术。记录是通过放置在海岬上的针状电极或鼓膜或耳道电极无创进行的。临床上,脑电图用于诊断听觉神经病谱障碍(ANSD)和内淋巴积水。根据其潜伏期,中央听觉途径的AEP分为早期,中期和晚期(皮质)AEP。通过表面头皮电极记录这些AEP。通常,较大的EEG会掩盖AEP。为了揭露AEP,应用了多种技术。早期AEP或听性脑干反应(ABR)是用于听觉通路功能评估的最广泛使用的AEP。与耳声发射相反,早期的AEP可以检测到ANSD。因此,它们更适合于新生儿的听力筛查。为此目的,实施自动化程序。

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