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[使用不同听觉诱发反应对听觉通路进行临床诊断(作者译)]

[Clinical diagnosis of the auditory pathway using different acoustical evoked responses (author's transl)].

作者信息

Gerull G, Giesen M, Mrowinski D, Rudolph N

出版信息

Laryngol Rhinol Otol (Stuttg). 1975 Aug;54(8):671-6.

PMID:175229
Abstract

Evoked responses originating from cochlea, brain stem, and cortex are clinically used for differential diagnosis of hearing losses. The diagnostic range and the reliability of the different ERA methods are discussed. In our clinic brain stem potentials recorded by a nonsurgical method have been used as a routine audiometric test in more than 900 cases. The procedure has proved to be easier than electrocochleography and gives nearly the same information about cochlear and middle ear function if there is no VIIIth nerve or lower brain stem damage. For topical diagnosis of the lower auditory pathway additional recording of ECoG is necessary. In the examination of a cortical deafness the recording of brain stem potentials yields the same result as the electrocochleography according to Aran (Fig. 2). In a case of an Apallic syndrome (Fig. 3) brain stem potentials are found only for high intensity clicks, and latencies are abnormally increased. The cochlear potentials simultaneously recorded from the promontory are quite normal. So damage of the brain stem is confirmed.

摘要

源自耳蜗、脑干和皮层的诱发电位在临床上用于听力损失的鉴别诊断。本文讨论了不同耳声发射(ERA)方法的诊断范围和可靠性。在我们诊所,通过非手术方法记录的脑干电位已被用作900多例患者的常规听力测试。事实证明,该方法比耳蜗电图更容易操作,并且在没有第八对脑神经或低位脑干损伤的情况下,能提供几乎相同的关于耳蜗和中耳功能的信息。对于低位听觉通路的局部诊断,额外记录皮层电图(ECoG)是必要的。在皮质聋的检查中,根据阿让的研究,脑干电位的记录结果与耳蜗电图相同(图2)。在一个去大脑强直综合征的病例中(图3),仅在高强度点击时能记录到脑干电位,且潜伏期异常延长。同时从岬部记录到的耳蜗电位相当正常。因此证实存在脑干损伤。

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