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Hippocampal Lesions Modulate Both Associative andNonassociative Priming

机译:海马病变调节联想和非联想启动。

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In associative priming, rats are more likely to orient to a visual stimulus whose memory has not been recently activated (V1) than to one whose memory has been recently activated (V2). However, rats with excitotoxic hippocampal lesions are more likely to orient to the primed V2 than to the unprimed V1. This study investigated the influence of hippocampal lesions on nonassociative priming. Rats received presentations of 2 visual stimuli, V1 and V2, that had been presented more (V2, primed) or less (V1, unprimed) recently. Control rats oriented to V1 rather than to V2, whereas hippocampal rats oriented to V2 rather than to V1. These results parallel those observed in an associative priming procedure and thereby suggest that the role of the hippocampus in priming is general.
机译:在关联性启动中,大鼠的视​​觉刺激与其记忆最近未激活的视觉刺激(V1)相比,更有可能针对其记忆最近已激活的视觉刺激(V2)。但是,具有兴奋性海马损伤的大鼠比未灌注V1更有可能朝向灌注V2。这项研究调查了海马病变对非联想启动的影响。大鼠接受了2种视觉刺激(V1和V2)的表现,最近出现的次数更多(V2,已灌注)或更少(V1,未灌注)。对照大鼠朝向V1而不是V2,而海马大鼠朝向V2而不是V1。这些结果与在关联的启动程序中观察到的结果相似,从而表明海马在启动程序中的作用是一般性的。

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