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About

Tsuyoshi Sano is a leading figure in the advancement of robotic inguinal hernia repair, particularly within the Japanese surgical landscape. His research focuses on establishing and refining robotic transabdominal preperitoneal repair (R-TAPP) techniques, addressing the slow adoption of robotic methods for this common procedure outside the United States. Sano’s major contributions include demonstrating the feasibility and safety of introducing R-TAPP in a single-center trial, with his 2020 paper accumulating 16 citations, and providing a comprehensive overview of the field’s current status and future directions in a 2021 work that has garnered 19 citations. He has also pioneered the development of specialized techniques, such as the bipolar forceps dissection method, to enhance surgical precision and training for younger surgeons and residents. His work is pivotal in creating structured learning curves and standardized protocols, helping to expand the global footprint of robotic inguinal hernia repair. Sano’s research not only validates the efficacy of these advanced approaches but also provides a roadmap for surgical teams worldwide to safely integrate robotic systems into their practice.