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A Neural Model of Multiple Brain Maps Categorizing Amplitude Modulation Frequency in Electrosensory Lateral-Line Lobe of Weakly Electric Fish

机译:弱电鱼电感应侧线叶幅度调制频率分类的多脑图神经模型

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To clarify therneuronal mechanism by which the selective tuning of amplitude modulation (AM) frequency of electric organ discharge (EOD) is made across maps, we propose a microscopic model of basilar pyramidal (bp) cell in electrosensory lateral-line lobe (ELL). We show here that the selective tuning comes from the tuning property of single bp cell and the synchronization of activity among the cells connected with the gap junction between them.
机译:为了阐明跨图对电子器官放电(EOD)的振幅调制(AM)频率进行选择性调谐的神经机制,我们提出了电感应侧线叶(ELL)中基底锥体细胞(bp)的微观模型。我们在这里显示选择性调节来自单个bp单元的调节特性以及与它们之间的间隙连接连接的单元之间的活动同步。

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