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听觉-言语失认症的临床实验研究(病例有解剖组织学验证)

[Clinico-experimental study of auditory-speech agnosia (case with anatomo-histologic verification)].

作者信息

Traugott N N, Beskadarov A V, Vasserman L I, Galunov V I, Dorofeeva S A

出版信息

Zh Nevropatol Psikhiatr Im S S Korsakova. 1980;80(12):1790-8.

PMID:7223200
Abstract

Under observation there was a female patient (a right-hander) who had three ischemic cerebral strokes within a year. After the first stroke she developed an amnestic-sensory aphasia, after the second an auditory and speech agnosia with a complete loss of the ability to understand the speech addressed to her, and after the third stroke she died. Macro- and microscopic examinations showed that the first stroke caused a destruction in the region of the left temporal lobe cortex involving a part of the Heschl convolution; the second stroke resulted in destruction of the right temporal lobe involving almost the whole Heschl convolution. Thus, it has been confirmed that the syndrome can develop only in case of a grave bitemporal damage. Comparative examinations of the speech and audition after the first and the second stroke have shown that in auditory and speech agnosia, the auditory discernment of phonemes, their combinations and the speech prosodic elements is pronouncedly deranged, the formation of conditioned reflexes to sounds of a supraliminal force is disturbed, the detection of short acoustic messages and acoustic filtration are hampered (mainly on the side contralateral to the affected one) the amusia gets more marked and the discernment of rhythms more difficult. All these disturbances are highly dynamic. A question on the role of defects of the right and the left hemispheres in the clinical picture of the auditory and speech agnosia is discussed.

摘要

在观察期间,有一名女性患者(右利手)在一年内发生了三次缺血性脑卒。第一次脑卒中后,她出现了遗忘性感觉性失语;第二次脑卒中后,出现了听觉和言语失认,完全丧失了理解对她所说言语的能力;第三次脑卒中后,她死亡。大体和显微镜检查显示,第一次脑卒中导致左颞叶皮质区域破坏,累及部分颞横回;第二次脑卒中导致右颞叶破坏,几乎累及整个颞横回。因此,已证实该综合征仅在严重的双侧损伤时才会出现。对第一次和第二次脑卒中后的言语和听觉进行比较检查发现,在听觉和言语失认中,音素、其组合和言语韵律元素的听觉辨别明显紊乱,对阈上强度声音的条件反射形成受到干扰,短声信息的检测和声音过滤受到阻碍(主要在患侧对侧),失乐感更明显,节奏辨别更困难。所有这些障碍都是高度动态的。讨论了左右半球缺陷在听觉和言语失认临床表现中的作用问题。

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