Kyushu Institute of Technology · Graduate School of Life Science and Systems Engineering · 准教授

Research keywordssingle-cell mechanics・MEMS probes・DNA mechanics・silicon nanotweezers・cell capture and release・mechanical characterization of cells

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• 2022-January2022 · 論文
• © 2020 IEEE. We developed a MEMS based sensor, Nanopin, for mechanical characterization of individual adherent cells. Nanopin consists of sensing tip that forms a contact with a cell, a displacement sensor, and an actuator. The feasibility of sensing was evaluated using various concentrations of agarose gel, and then the stiffness measurements of human carcinoma cells were conducted on different surfaces. After the measurements of cells, we confirmed that cells grow normally in an incubator.2020 · 論文
• 2020-January2020 · 論文
• Optimization of Surface Treatment of MEMS Probes for Single-cell Capture and Release（共著）2019 · Sensors and Materials ( Myu Scientific Publishing ) 31 ( 9 ) 2873 - 2881 2019年09月

• MEMS力計測プラットフォームによる単一細胞機械的特性とがん疾病の関係性評価
• 単一細胞レベルで明らかにするがん細胞の運動性と機械特性
• 単一細胞の機械的特性評価と遺伝子発現の相関解析用バイオMEMSの基盤構築
• カーボンナノチューブ束の自己共振周波数測定及び高感度ガスセンサへの応用可能性検証

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