K. Iwabuchi

Papers

Total Citations

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About

K. Iwabuchi is a pioneering researcher at the intersection of bioengineering and robotics, specializing in optogenetic bioactuators and biohybrid systems. Their most notable contribution is the development of muscle-powered bioactuators using genetically modified Drosophila melanogaster larval tissue, where light-sensitive proteins enable precise optical control of living muscle. In their landmark 2013 study, Iwabuchi demonstrated the first visual servo control of a bioactuated robotic arm, using real-time visual feedback to optically stimulate transgenic dorsal vessel tissue and achieve closed-loop robotic movement. This work, cited 3 times, represents an early proof-of-concept for integrating living biological actuators with traditional robotic control systems. Iwabuchi's research addresses fundamental challenges in biohybrid robotics, including the feedback control of living tissues and the miniaturization of actuator systems. Their innovative approach of combining optogenetics with visual servoing has opened new pathways for developing soft, biocompatible robots and has implications for biomedical devices and micro-robotics. Though their citation count remains modest, Iwabuchi's work is recognized for its conceptual novelty in merging genetic engineering with robotic control theory.