Artificial hibernation reveals synaptic engram architecture associated with memory retention

已完结 10 由 JF Liu 发布于 2026/8/19 9:32:10

DOI:10.1126/science.aee7004
作者：Y. J. Lin,?A. Takahashi-Nakazato,?K. Tsutsumi,?T. Takahashi,?D. Mercier,?H. Ashitomi,?M. C. Chiang,?M. Haberl,?M. Uytiepo,?A. Maximov,?Y. Makino,?T. Nemoto,?R. Enoki,?A. Hirano,?K. Soga,?S. Looprasert
文献类型：期刊论文
补充材料：只需要正文

American Association for the Advancement of Science (AAAS)

Abstract：Memories leave lasting physical changes at the synaptic level. Although stable, larger spines are thought to support memory, the high turnover of dendritic spines and the drifting of neurona

应助信息

1天前

面包朴实

a7a1d2d09b6e11f194f034735aa3bc31.pdf 已采纳

1天前

Book学术机器人

2026/8/19 9:32:11 未找到该文献，机器人已退出，请等待人工下载

2026/8/19 9:32:10 Book学术AI机器人收到请求，开始寻找文献

2026/8/19 9:32:10 已向机器人发送请求

1天前

JF Liu 发布求助

上一个求助:其它数据库Naturally Fractured Carbonate Reservoir Characterization: A Case Study of a Mature High-Pour Point Oil Field in Hungary 下一个求助:SageEffects of Exergame Balance Training with Variable Cognitive Motor Challenges on Serum BDNF, p-tau181, and Cognitive Functions in Adults with Mild Cognitive Impairment: A Randomized Trial.