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Prediction, sequences and the hippocampus

机译:预测,序列和海马

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摘要

Recordings of rat hippocampal place cells have provided information about how the hippocampus retrieves memory sequences. One line of evidence has to do with phase precession, a process organized by theta and gamma oscillations. This precession can be interpreted as the cued prediction of the sequence of upcoming positions. In support of this interpretation, experiments in two-dimensional environments and on a cue-rich linear track demonstrate that many cells represent a position ahead of the animal and that this position is the same irrespective of which direction the rat is coming from. Other lines of investigation have demonstrated that such predictive processes also occur in the non-spatial domain and that retrieval can be internally or externally cued. The mechanism of sequence retrieval and the usefulness of this retrieval to guide behaviour are discussed.
机译:大鼠海马体细胞的记录提供了有关海马体如何恢复记忆序列的信息。有一条证据与相位进动有关,相位进动是由θ和γ振荡组织的过程。这种进动可以解释为对即将到来的职位序列的提示预测。为了支持这种解释,在二维环境中以及在线索丰富的线性轨道上进行的实验表明,许多细胞代表着动物前方的一个位置,并且该位置是相同的,而与大鼠来自哪个方向无关。其他研究表明,这种预测过程也发生在非空间领域,并且可以从内部或外部暗示检索。讨论了序列检索的机制以及这种检索对指导行为的有用性。

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