The University of Tokyo · Graduate School of Information Science and Technology

Research keywordsbiohybrid sensors・polymeric hydrogels・phospholipid polymers・cellular engineering・skin model development・microalgae micromotors・chemical source sensing・three-dimensional cell culture・robotic finger skin・microchannel culture inserts

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• Harnessing the Propulsive Force of Microalgae with Microtrap to Drive Micromachines
• Tough hydrogel tube for long-term cellular graft
• Hand-Driven Device for Preparation of Linearly Aligned Hydrogel Sheets
• Cytocompatible and reverse-transformable polymeric hydrogel matrices

• 超高感度センシングを実現するバイオハイブリッドセンサ工学の創成
• 車椅子利用者の動作時において臀部内部に生じる応力（圧縮・せん断）に関する研究
• 生体内免疫反応回避を目指した擬似細胞材料の創製
• 皮膚、軟部組織、骨格を有するダミーによる、変形が褥瘡の悪化に係るメカニズムの解明

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