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神经科学通报(英文版)
神经科学通报(英文版)

路长林(常务) 李朝义 赵志奇

双月刊

1673-7067

nsb@sibs.ac.cn

021-54922863

200031

上海市岳阳路319号31B楼405室

神经科学通报(英文版)/Journal Neuroscience BulletinCSCDCSTPCD北大核心SCI
查看更多>>本刊被列入国家科技部“中国科技论文统计源期刊”,为“中国学术期刊(光盘版)收录期刊”和“万方数据——数字化期刊群”入网期刊。本刊以交流若干基础与临床神经科学实验研究成果,推动神经科学事业的发展为宗旨,以突出基础、兼顾临床、包容性强、读者面宽为特色。本刊编委会阵容强大,共有9名院士担纲,以确保期刊质量。
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    Hippocampus:Molecular,Cellular,and Circuit Features in Anxiety

    Hu-Jiang ShiShuang WangXin-Ping WangRui-Xin Zhang...
    1009-1026页
    查看更多>>摘要:Anxiety disorders are currently a major psychi-atric and social problem,the mechanisms of which have been only partially elucidated.The hippocampus serves as a major target of stress mediators and is closely related to anxiety modulation.Yet so far,its complex anatomy has been a challenge for research on the mechanisms of anxiety regulation.Recent advances in imaging,virus tracking,and optogenetics/chemogenetics have permitted elucidation of the activity,connectivity,and function of specific cell types within the hippocampus and its connected brain regions,providing mechanistic insights into the elaborate organiza-tion of the hippocampal circuitry underlying anxiety.Studies of hippocampal neurotransmitter systems,including gluta-matergic,GABAergic,cholinergic,dopaminergic,and sero-tonergic systems,have contributed to the interpretation of the underlying neural mechanisms of anxiety.Neuropeptides and neuroinflammatory factors are also involved in anxiety modulation.This review comprehensively summarizes the hippocampal mechanisms associated with anxiety modula-tion,based on molecular,cellular,and circuit properties,to provide tailored targets for future anxiety treatment.

    Neuronal Mechanisms Govern Glioblastoma Cell Invasion

    Xiaowu LinZhihui HuangYongjie Wang
    1027-1030页

    Double-Edged Mossy Cells in Temporal Lobe Epilepsy:Evil in the Early Stage Through a BDNF-Dependent Strengthening Dentate Gyrus Circuit

    Heming ChengQiuwen LouYi WangZhong Chen...
    1031-1033页

    One Small Step for Neurotechnology,One Giant Leap for an In-Depth Understanding of the Brain

    Xiaoyun QiuMinjuan SunCenglin XuYingying Tang...
    1034-1036页