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首页> 外文期刊>Experimental Brain Research >Auditory-motor and cognitive aspects in area 8B of macaque monkey's frontal cortex: a premotor ear-eye field (PEEF).
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Auditory-motor and cognitive aspects in area 8B of macaque monkey's frontal cortex: a premotor ear-eye field (PEEF).

机译:猕猴额叶皮层8B区的听觉运动和认知方面:运动前耳眼视野(PEEF)。

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摘要

In previous reports, we showed the involvement of area 8B neurons in both spontaneous ear and eye movement and in auditory information processing. Audition-related cells responded to complex environmental stimuli, but not to pure tones, and their activity changed during visual fixation as a possible inhibitory expression of the engagement of attention. We observed auditory, auditory-motor and motor cells for both eye and ear movements. This finding suggests that area 8B may be involved in the integration of auditory input with ear and eye motor output. In this paper, we extended these previous studies by examining area 8B activity in relation to auditive orienting behaviour, as well as the ocular orientation (i.e., visual fixation) studied previously. Visual fixation led to inhibition of activity in auditory and auditory-motor cells, which suggests that attention may be involved in both, maintaining the eye position and reducing the response of these cell types. Accordingly, during a given task or natural behaviour, spatial attention seems to affect more than one sensorimotor channel simultaneously. These data add to our understanding of how the neural network, through a two-channel attentive process, accomplishes to switch between two effectors, namely eyes and ears. Considering the functional, anatomical and cytoarchitectonic differences among the frontal eye field (FEF), the supplementary eye field (SEF) and area 8B, we propose to consider area 8B as a separate premotor ear-eye field (PEEF).
机译:在以前的报告中,我们显示了区域8B神经元参与自发的耳朵和眼睛运动以及听觉信息处理。试听相关细胞对复杂的环境刺激有反应,但对纯音无反应,在视觉固定过程中它们的活性发生了变化,可能是抑制注意力的表达。我们观察到眼和耳运动的听觉,听觉运动和运动细胞。该发现表明,区域8B可能涉及听觉输入与耳朵和眼睛运动输出的整合。在本文中,我们通过检查与听觉定向行为有关的8B区域活动以及先前研究的眼部定向(即视觉固定),扩展了这些先前的研究。视觉固定导致听觉和听觉运动细胞活动的抑制,这表明注意力可能参与了维持眼部位置和减少这些细胞类型的反应。因此,在一项给定的任务或自然行为中,空间注意力似乎同时影响一个以上的感觉运动通道。这些数据加深了我们对神经网络如何通过两个通道的注意过程如何在两个效应器(即眼睛和耳朵)之间切换的理解。考虑到额叶视野(FEF),辅助眼视野(SEF)和区域8B之间的功能,解剖和细胞构造差异,我们建议将区域8B视为单独的运动前耳眼视野(PEEF)。

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