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Cellular activation of hypothalamic hypocretin/orexin neurons facilitates short-term spatial memory in mice.

机译:下丘脑降钙素/食欲神经元的细胞活化促进小鼠的短期空间记忆。

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摘要

The hypothalamic hypocretin/orexin (HO) system holds a central role in the regulation of several physiological functions critical for food-seeking behavior including mnemonic processes for effective foraging behavior. It is unclear however whether physiological increases in HO neuronal activity can support such processes. Using a designer rM3Ds receptor activation approach increasing HO neuronal activity resulted in improved short-term memory for novel locations. When tested on a non-spatial novelty object recognition task no significant difference was detected between groups indicating that hypothalamic HO neuronal activation can selectively facilitate short-term spatial memory for potentially supporting memory for locations during active exploration.
机译:下丘脑降钙素/尿素(HO)系统在几种对觅食行为至关重要的生理功能(包括有效觅食行为的助记过程)的调节中起着核心作用。然而,尚不清楚HO神经元活性的生理增加是否可以支持这种过程。使用设计器rM3Ds受体激活方法,增加HO神经元活性可改善对新位置的短期记忆。当在非空间新颖对象识别任务上进行测试时,两组之间均未检测到明显差异,这表明下丘脑HO神经元激活可以选择性地促进短期空间记忆,从而在主动探索过程中潜在地支持位置记忆。

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