Hiroyasu Ueno

Papers

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About

Hiroyasu Ueno is a pioneering thoracic surgeon whose work centers on advancing robotic-assisted surgical techniques for complex pulmonary and mediastinal pathologies. His primary research focus is the refinement of minimally invasive robotic procedures, particularly for anatomical lung resections and challenging pediatric tumors. Ueno’s most impactful contribution is his 2020 study on intraoperative complications and troubleshooting during robot-assisted anatomical pulmonary resection, which has garnered 17 citations—a significant marker in the specialized field of robotic thoracic surgery. This work provides a critical framework for surgeons to anticipate and manage technical difficulties, enhancing patient safety. He has also made notable strides in pediatric oncology, as demonstrated by his 2023 case report detailing the first successful all-robotic excision of a highly malignant mediastinal neuroblastoma in a 28-month-old toddler. This achievement underscores the feasibility of robotic surgery in very young patients with extensive disease. Additionally, his 2021 paper on port placement for inferior mediastinal tumors offers practical guidance to optimize surgical access. Ueno’s research is steadily shaping best practices in robotic thoracic surgery, bridging the gap between adult and pediatric applications.