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人类下顶叶小叶中特定模态的亚区域:认知任务期间的脑磁图研究

Modality-specific subregions in human inferior parietal lobule: a magnetoencephalographic study during cognitive tasks.

作者信息

Nishitani N, Nagamine T, Shibasaki H

机构信息

Department of Brain Pathophysiology, Kyoto University Faculty of Medicine, Japan.

出版信息

Neurosci Lett. 1998 Aug 14;252(2):79-82. doi: 10.1016/s0304-3940(98)00512-6.

Abstract

The inferior parietal lobule (IPL) has been considered to be a multimodal sensory association area. Both event-related potentials and magnetic responses have examined the relationships between IPL and cognitive processing. However, there have been no studies clarifying the functional subregions in IPL. We studied the event-related magnetic response during conventional auditory and visual oddball paradigms. We were able to distinguish non-invasively modality-specific subregions in IPL. The subregion in IPL activated by auditory target stimuli was located more anterior and superior than that responding to visual target stimuli on each hemisphere. The data suggests that modality-specific subregions in the IPL are differentially activated by auditory or visual stimuli.

摘要

顶下小叶(IPL)被认为是一个多模态感觉联合区。事件相关电位和磁反应都已用于研究IPL与认知加工之间的关系。然而,尚无研究阐明IPL中的功能亚区。我们研究了传统听觉和视觉oddball范式期间的事件相关磁反应。我们能够非侵入性地区分IPL中特定模态的亚区。在每个半球上,由听觉目标刺激激活的IPL亚区比响应视觉目标刺激的亚区位置更靠前且更高。数据表明,IPL中特定模态的亚区被听觉或视觉刺激差异性激活。

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