Masano Kurata

Papers

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About

Masano Kurata is a surgical innovator whose work addresses a critical challenge in minimally invasive liver surgery: the loss of tactile feedback. His research centers on surgical device engineering and tissue mechanics, with a particular focus on laparoscopic liver resection (LLR). Kurata’s most-cited study introduced a novel grasper equipped with force sensors, designed to quantify grip force during LLR and correlate it with histological tissue damage. This work is foundational for preventing iatrogenic injury to the fragile liver parenchyma—a risk that rises as LLR rates increase. By bridging the gap between haptic sensation and surgical precision, Kurata’s contributions have direct implications for safer endoscopic and robotic procedures. His findings, cited 12 times, are gaining traction among surgeons and biomedical engineers seeking to restore tactile feedback in minimally invasive settings. Kurata’s research is not only technically rigorous but clinically urgent, offering a data-driven path to reduce complications in liver surgery. For students and researchers, his work exemplifies how engineering solutions can transform surgical safety in an era of rapid technological adoption.