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Research Note: Role of the hippocampus in spatial memory in Japanese quail

机译:研究注意:海马在日本鹌鹑中的空间记忆中的作用

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摘要

The Japanese quail is a powerful model to characterize behavioral, physiological, and neurobiological processes in Galliformes. Behavioral tests have already been adapted for quail to assess memory systems, but despite the pivotal role of the hippocampus in this cognitive process, its involvement in spatial memory has not been demonstrated in this species. In this study, lesions were created in the hippocampus of Japanese quail, and both lesioned and control quail were tested for spatial and cue-based learning performances. These hippocampal lesions specifically impacted spatial learning performance, but spared learning performance when birds could solve the task using their cue-based memory. These findings, thus, highlight that the hippocampus plays a crucial role and is essential for spatial declarative memory. Future studies could aim to elucidate the cellular or molecular mechanisms involved in this form of memory.
机译:日本鹌鹑是一种强大的模型,可以在侏鹿中表征行为,生理学和神经生物学过程。行为测试已经适用于鹌鹑评估记忆系统,但尽管海马在这种认知过程中的枢转作用,但在该物种中尚未证明其在空间记忆中的参与。在这项研究中,在日本鹌鹑的海马中产生了病变,并对损伤和控制鹌鹑进行了测试的空间和基于CUE的学习表演。这些海马病变特异性地影响了空间学习的性能,但鸟类可以使用基于CUE的内存来解决任务时的备用学习性能。因此,这些发现突出显示海马发挥着至关重要的作用,对于空间声明性记忆至关重要。未来的研究可以旨在阐明这种形式记忆所涉及的细胞或分子机制。

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