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Differentiation of spontaneous locomotor activity affects the spatial reference memory level in Water Morris test in rats最新文献

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Differentiation of spontaneous locomotor activity affects the spatial reference memory level in Water Morris test in rats 水莫里斯实验中自发性运动活动的分化影响大鼠空间参考记忆水平
J. Dunacka, Justyna Marchewska, G. Świątek, M. Wyroślak, M. Grałek, D. Wrona
Novelty test, used as a model of stress reactivity (sensitivity/resistance to stress), allows to divide animals according to their level of locomotor response to novelty into high (HRs-) and low (LRs-) responders. These behavioral differences reflect a number of differences, including the level of anxiety, which could affect memory processes and learning. The presented study aimed to determine the effect of differences in spontaneous locomotor activity on the level of spatial reference memory in basal conditions in rats which will be exposed to a sporadic form of Alzheimer's disease (sAD)-induced cognitive impairment in the next stage of the experiment.
新颖性测试作为应激反应(对应激的敏感性/抵抗性)的模型,允许根据动物对新颖性的运动反应水平将动物分为高(HRs-)和低(LRs-)反应者。这些行为差异反映了许多差异,包括焦虑程度,这可能会影响记忆过程和学习。本研究旨在确定在基础条件下自发性运动活动的差异对空间参考记忆水平的影响,这些大鼠将在实验的下一阶段暴露于散发性阿尔茨海默病(sAD)诱导的认知障碍中。
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Differentiation of spontaneous locomotor activity affects the spatial reference memory level in Water Morris test in rats
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