134. タイトル “Toward easy-to-use food sensor devices: a supramolecular approach”
詳細はこちら。

[D-6-05] An Extended-Gate-Type Organic Field-Effect Transistor Functionalized with a Dimercapto Thiadiazole Derivative for the Detection of Mercury(II) Ions at Picomolar Level
◯Shijun Shi1, Kohei Ohshiro1, Qi Zhou1, Hikaru Tanaka2, Akari Yamagami2, Kazutake Hagiya2, Tsuyoshi Minami1
(1. Inst. of Indus. Sci., Univ. of Tokyo (Japan), 2. TOYOBO Corp., Ltd. (Japan))詳細はこちら。
タイトル「Introduction of “Chimie supramoléculaire” and Toward the realization of chemical sensors that can be used by anyone, anywhere」
133. タイトル“Organic field-effect transistor-based chemical / biosensors”
詳細はこちら。
タイトル「Toward the realization of chemical sensors that can be used by anyone, anywhere」
132. [TT.V.C.3, WS.V.1.3] “Real-sample analysis based on organic field-effect transistors”
〇南 豪1
1東京大学
詳細はこちら。
2P129 Synthesis and Characterization of Self-assembled Cucurbituril Derivatives
◯Wei Tang1, Qi Zhou1, Isao Yoshikawa1, Hirohiko Houjou1,2, Tsuyoshi Minami1*
1Institute of Industrial Science, 2Environmental Science Center, The University of Tokyo
詳細はこちら。
佐々木特任助教の研究提案、”蛍光性カルボキサミドキノリン誘導体を用いたビスホスホネート薬剤の検出”が、厳正な審査の結果最優秀と認められました。
おめでとうございます!
131.”Organic transistor-based chemical / biosensors for accurate real-sample analysis“, LAAS, Toulouse, FRANCE, 2022年9月