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[听觉器官的电生理研究史]

[History of electrophysiological investigations of organs of hearing].

作者信息

Reroń E

机构信息

Kliniki Otolaryngologicznej AM, Krakowie.

出版信息

Otolaryngol Pol. 1992;46(6):594-601.

PMID:1301554
Abstract

Development of electrophysiological examinations of organ of hearing was examined, starting from Luigi Galvani's discovery of electrical activity of biological tissue, through experimental research aiming at localization of cortical hearing centres. The studies by Wever and Bray, as well as, Ruben's team of Baltimore underline the significance of potentials expressing electrical activity of cochlea and acoustic nerve fibres. Pioneer studies of Hallowel Davis (called "father of ERA studies"--Electric Response Audiometry) and his first wife, Paulina. Several other studies done by his research team were mentioned. Besing on these papers and papers of some other authors, a short description of slow cortical potentials and cochlea potentials was done as they were discovered and introduced to clinical tests. The discussion covered also investigations of Sohmer and Feinmesser, as well, as, those of Jewett and Willistone on systematization of structures generating waves in auditory brain stem responses. The paper is concluded with the description of the recent classification of auditory potentials induced by an acoustic stimulus. The discussion on the development and progress of electrophysiological studies of the organ of hearing is concluded with some remarks on otoacoustic cochlea emission discovered by David Kemp of London in 1978.

摘要

从路易吉·伽伐尼发现生物组织的电活动开始,到旨在确定听觉皮层中枢位置的实验研究,对听觉器官电生理检查的发展进行了考察。韦弗和布雷的研究,以及巴尔的摩的鲁本团队强调了表达耳蜗和听神经纤维电活动的电位的重要性。哈洛威尔·戴维斯(被称为“ERA研究之父”——电反应测听法)及其第一任妻子保利娜的开创性研究。还提到了他的研究团队进行的其他几项研究。基于这些论文以及其他一些作者的论文,对慢皮层电位和耳蜗电位在被发现并引入临床测试时进行了简要描述。讨论还涉及索默和费因梅塞尔的研究,以及朱伊特和威利斯通对听觉脑干反应中产生波的结构系统化的研究。论文最后描述了由声刺激诱发的听觉电位的最新分类。关于听觉器官电生理研究的发展和进展的讨论,以1978年伦敦的大卫·坎普发现的耳声发射的一些评论作为结束。

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