Taguchi Takahisa | Depart. Organic Materials Osaka National Research Institute
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概要
関連著者
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Taguchi Takahisa
Depart. Organic Materials Osaka National Research Institute
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Kudoh Suguru
Department Of A Organic Materials Osaka National Research Institute
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TOYAMA Sakuji
Institute for Virus Research, Kyoto University
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YAMASHINA Shohei
Department of Anatomy, Kitasato University School of Medicine
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Toyama S
Institute For Virus Research Kyoto University
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Toyama Sakuji
Institute For Virus Research Kyoto University
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Taguchi Takahisa
Department Of Organic Materials Osaka National Research Institute
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MATSUO Akira
Department of Engineering Science, Osaka University
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KIYOSUE Kazuyuki
Department of Organic Materials, Osaka National Research Institute
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KASAI Michiki
Department of Engineering Science, Osaka University
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Yamashina Shohei
Departments Of Anatomy Kitasato University School Of Medicine
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Yamashina Shohei
Department Of Anatomy Kitasato University School Of Medicine
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Zhu Yao-can
Ion Engineering Research Institute
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Yoshikawa Susumu
Depart. Organic Materials Osaka National Research Institute
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Inai Koji
Medical Development Group Kuraray Co. Ltd.
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Taniguchi Hiroshi
Department Of Cardiovascular Surgery Tokyo Saiseikai Central Hospital
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SATO Satoshi
Cell and Information, PRESTO, Research Development Corporation of Japan and Department of Biophysics
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Yamashina Shohei
Departmant Of Anatomy And Cell Biology Tokyo Medical And Dental University
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Kiyosue Kazuyuki
Department Of Organic Materials Osaka National Research Institute
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Matsuo Akira
Department Of Engineering Science Osaka University
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Sato Satoshi
Cell And Information Presto Research Development Corporation Of Japan And Department Of Biophysics F
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Taniguchi Hiroshi
Depart. Organic Materials Osaka National Research Institute
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TAGUCHI Takahisa
Department of Organic Materials, Osaka National Research Institute
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KASAI Michiki
Department of Biophysical Engineering, Faculty of Engineering Science, Osaka University
著作論文
- Long-lasting enhancement of synaptic activity in dissociated cerebral neurons induced by brief exposure to Mg^-free conditions
- Wortmannin and Li^+ Specifically Inhibit Clathrin-Independent Endocytic Internalization of Bulk Fluid
- Molecular Recognition Using Short Peptides and Its Detection by Surface Plasmon Resonance Spectroscopy