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首页> 外文期刊>Journal of Cognitive Neuroscience >Alternate Task Inhibits Single-neuron Category-selective Responses in the Human Hippocampus while Preserving Selectivity in the Amygdala
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Alternate Task Inhibits Single-neuron Category-selective Responses in the Human Hippocampus while Preserving Selectivity in the Amygdala

机译:替代任务抑制人海马单神经元类别选择性反应,同时保留杏仁核的选择性。

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摘要

One fifth of neurons in the medial-temporal lobe of human epilepsy patients respond selectively to categories of images, such as faces or cars. Here we show that responses of hippocampal neurons are rapidly modified as subjects alternate (over 60 sec) between two tasks (1) identifying images from a category, or (2) playing a simple video game superimposed on the same images. Category-selective responses, present when a subject identifies categories, are eliminated when the subject shifts to playing the game for 87% of category-selective hippocampal neurons. By contrast, responses in the amygdala are present during both tasks for 72% of category-selective amygdalar neurons. These results suggest that attention to images is required to evoke selective responses from single neurons in the hippocampus, but is not required by neurons in the amygdala.
机译:人类癫痫患者中颞叶神经元的五分之一选择性地响应图像类别,例如面部或汽车。在这里,我们显示,随着受试者在两项任务之间交替(超过60秒),海马神经元的反应会迅速改变(1)识别类别中的图像,或(2)玩叠加在相同图像上的简单视频游戏。当受试者转变为对87%的类别选择性海马神经元进行游戏时,就消除了当受试者识别类别时出现的类别选择性反应。相比之下,在这两种任务中,杏仁核的反应都存在于72%的类别选择性杏仁核神经元中。这些结果表明,引起海马单个神经元的选择性反应需要注意图像,而杏仁核中的神经元则不需要。

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