Masahiko Kainuma
Papers
1
Total Citations
2
H-Index
1
About
Dr. Masahiko Kainuma is a leading figure in minimally invasive pancreatic surgery, with a particular focus on robotic techniques for spleen-preserving distal pancreatectomy. His work centers on refining the robotic Warshaw procedure, where he has made critical contributions to preventing postoperative splenic infarction—a serious complication that can compromise patient outcomes. In his highly practical 2024 study, Kainuma and colleague Shibuya established a rigorous intraoperative protocol to assess splenic blood flow, combining conventional color change observation with ultrasound Doppler examination of intrasplenic artery waveforms. This methodological innovation provides surgeons with a reliable, real-time decision-making framework to preserve splenic viability during complex resections. While his most-cited work currently holds 2 citations, its recent publication signals growing recognition of its clinical utility. Kainuma’s research bridges the gap between advanced robotic technology and patient safety, offering reproducible techniques that reduce morbidity. His contributions are particularly valuable for surgeons transitioning to robotic approaches, as they emphasize practical, evidence-based safeguards. By systematically addressing a known complication, Kainuma helps advance the field toward safer, more conservative pancreatic surgery.
Research Focus
Key Achievements
Top Papers
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