By contrast, activity in the hippocampus, a region of the medial temporal lobe known to be crucial for memory formation, was found to be reduced reduced.
相比之下，海马的活动一降再降，我们知道海马处于内侧颞叶，对记忆的形成至关重要。
It has long been suggested that the hippocampus, a brain structure critical for memory formation, plays a critical role in the acquisition of conceptual knowledge.
过去人们一直相信，海马体——大脑中负责记忆信息的部分，在概念的形成过程中起着关键性的作用。
Essentially, the new neurons may aid formation of new memories by keeping the hippocampus from filling up with old ones.
本来，新的神经元就可能是通过填补海马体中的旧记忆来形成新记忆的。
This enhanced learning caused by increased levels of stress consolidates the formation of memories in the hippocampus - the part of our brains directly involved with memory and learning.
由加强的压力导致的快速记忆会把信息储藏在脑丘里，这是我们大脑中与记忆和学习直接关联的部分。
New neurons born in the hippocampus may participate in the formation of long-term memories as well as in spatial perception.
海马区的新生神经元可能参与长时记忆和空间认知能力的形成。
Conclusion Hippocampus neurons and learning and memory had many affinities. And the neurons were also involved in formation and regulation of the ability of learning and memory.
结论海马神经细胞的功能与学习记忆有非常密切的关系，海马神经细胞参与了学习和记忆能力的形成和调节过程。
Sweatt's team recently discovered that training mice to associate a certain location with a mild electric shock reduced DNA methylation in the hippocampus, a brain region crucial for memory formation.
斯维特研究小组最近发现，小鼠的电击空间关联训练降低其海马区DNA甲基化，而海马区是脑部记忆形成的重要区域。
Results NGF chiefly located in endochylema and cell nucleus of neuron in cerebral cortex , hippocampus and reticular formation of brain stem.
结果：NGF主要位于正常大脑皮质各层、海马各区以及脑干网状结构神经元细胞的胞浆与胞核；
Results NGF chiefly located in endochylema and cell nucleus of neuron in cerebral cortex , hippocampus and reticular formation of brain stem.
结果：NGF主要位于正常大脑皮质各层、海马各区以及脑干网状结构神经元细胞的胞浆与胞核；
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