Gunma University · Graduate School of Medical Sciences

Research keywordsNeuroscience・GABAergic・Interneuron・Inhibitory・postsynaptic・potential・Ganglionic・eminence

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• Targeting notch signaling to restore neural development and behavior in mouse models of ASD., Hanno Yoko;Nakanishi Moe;Takase Akinori;Nomura Jun;Tanaka Masami;Iida Yumi;Tanaka Masayuki;Hosokawa Hiroyuki;Ito Masatoshi;Mikami Katsunaka;Hozumi Katsuto;Miyoshi Goichi;Takumi Toru;Iijima Takatoshi, 2026年03月, Nature communications, Nature communications, 17, 12026 · 論文
• Developmental regression of novel space preference in an autism spectrum disorder model is unlinked to GABAergic and social circuitry., Hirofumi Asano; Masaya Arai; Aito Narita; Takayuki Kuroiwa; Mamoru Fukuchi; Yuhei Yoshimoto; Soichi Oya; Goichi Miyoshi, 2025年01月15日, Frontiers in cellular neuroscience, 18, 1513347, 1513347, 研究論文（学術雑誌）2025 · 論文
• Editorial: Cellular and molecular mechanisms that govern assembly, plasticity, and function of GABAergic inhibitory circuits in the mammalian brain., Hayano Yasufumi;Miyoshi Goichi;Paul Anirban;Taniguchi Hiroki, 2025年02月, Frontiers in cellular neuroscience, Frontiers in cellular neuroscience, 192025 · 論文
• レット症候群とその周辺疾患:治療研究の最前線 非典型レットFOXG1症候群の細胞移植治療モデルが解き明かす高次機能発達機構, 三好 悟一, 2025年06月, 脳と発達, 57, Suppl., s1222025 · 論文

• 自閉スペクトラム症の生後発症臨界期における回路発達メカニズムの解明2023
• ASD研究に変革をもたらす臨界期再構築戦略2023
• 希少難治性疾患FOXG1症候群の克服を標的とした病態解明研究2022
• 自閉症モデル動物の発病臨界期を制御する分子機構の解明2020

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