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Dorsal Hippocampal-Dependent Episodic Memory Inhibits Eating

机译:背海马依赖的情节性记忆抑制饮食

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摘要

Research regarding how the brain regulates eating behavior has focused largely on homeostatic (i.e., need-based) and hedonic (i.e., pleasure-based) controls. By contrast, there is a large gap in our understanding of how brain areas involved in cognitive processes, such as memory, impact energy intake. Moreover, compared to meal size and satiety, little is known about how the brain controls meal timing and frequency. My research team and I hypothesize that dorsal hippocampal neurons, which are critical for episodic memory of personal experiences, form a memory of a meal, inhibit meal initiation during the period following that meal, and limit the amount ingested at the next meal. I review evidence supporting this hypothesis and raise the possibility that impaired dorsal hippocampal function contributes to diet-induced obesity.
机译:关于大脑如何调节饮食行为的研究主要集中在体内稳态(即基于需求)和享乐性(即基于愉悦)控制上。相比之下,我们对大脑区域如何参与认知过程(例如记忆)如何影响能量摄入的理解存在很大差距。此外,与进餐量和饱腹感相比,人们对大脑如何控制进餐时间和频率知之甚少。我和我的研究小组假设,对个人经历的情景记忆至关重要的背侧海马神经元,可以形成一餐的记忆,在进餐后抑制进餐,并限制下一餐的摄入量。我回顾了支持该假说的证据,并提出了背海马功能受损导致饮食诱发肥胖的可能性。

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