Hiroaki Ito

Osaka Gakuin University, Kyoto University

Papers

Total Citations

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About

Hiroaki Ito is a pioneering researcher at the intersection of micro-robotics, biophysics, and cellular mechanics, with a focus on understanding the dynamic mechanical properties of living systems. His major contributions include the development of ultra-high-speed microfluidic tools and micro-robotic hands to probe the mechanical behavior of cells and tissues with unprecedented precision. In his highly cited work on human erythrocytes, Ito introduced a novel "Catch-Load-Launch" manipulation technique using a microfluidic robotic pump, enabling the mechanical diagnosis of red blood cells and revealing a critical time window for global cytoskeletal remodeling—a finding essential for understanding microvascular circulation. His research on Hydra tissue regeneration, employing a two-fingered micro-robotic hand, provided groundbreaking insights into the mechanical and morphological dynamics driving active force generation during tissue repair. With over 50 citations across his most notable papers, Ito’s work has significantly advanced the field of mechanobiology, offering new tools for studying cellular and tissue mechanics. His achievements highlight the power of integrating robotics with biology to unravel fundamental questions in development, regeneration, and disease.