Titlebook: Human Interface and the Management of Information; Thematic Area, HIMI Hirohiko Mori,Yumi Asahi Conference proceedings 2024 The Editor(s)

分貝

Thore Keser,Florian Niebling,Rahel Schmied-Kowarzik,Rebecca Rodeck,Gerko Wende

Brain-Imaging

Toshiki Muguruma,Kaito Minohara,Yusuke Kometani,Naka Gotoda,Saerom Lee,Ryo Kanda,Shotaro Irie,Toru H

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Tomowa Kobayashi,Ryo Takeba,Hirohiko Moriated using rodent models. There are currently several lines of transgenic mice overexpressing wild-type or mutated aSyn under various promoters. This review will provide an updated synopsis of the mouse lines available, summarize their cognitive deficits, and reflect on how deficits observed in thes

鎮(zhèn)痛劑

Yukina Sato,Keiko Kasamatsu,Takeo Ainoya patient brains. Since there are considerable species differences between small and large animals, large animal models of Huntington’s disease may allow one to identify the pathological features that are more similar to those in patients and also help uncover more effective therapeutic targets. This

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謙卑

Jianmin Wang,Xinyi Cui,Qianwen Fu,Yuchen Wang,Fang Yous of the brain. Increased blood perfusion was observed mainly in anterior brain regions encompassing the frontomedial and anterior cingulate cortices of the frontal lobes, and in the medial regions of the temporal lobes. On the other hand, applying spectral analysis and source location techniques to