Shigemasa Ikeda
Papers
6
Total Citations
111
H-Index
5
About
Shigemasa Ikeda is a pioneering researcher in the field of neurovascular simulation and medical robotics, with a career dedicated to advancing endovascular intervention technologies. His primary research areas include patient-specific vascular modeling, catheter robotics, and haptic feedback systems for neurosurgery. Ikeda’s most significant contribution is the development of in vitro patient-tailored anatomical models of cerebral arteries, which replicate the three-dimensional lumen structure and physical properties of arterial tissue with an extraordinary 13-micrometer resolution. These models, detailed in his highly cited 2005 paper (52 citations), provide a groundbreaking platform for evaluating medical robots and instruments in a realistic, risk-free environment. He further advanced the field by introducing photo-elastic stress analysis for quantitative catheter performance evaluation (15 citations) and exploring haptic feedback in endovascular tele-surgery simulation (11 citations). Ikeda’s work bridges the gap between engineering and clinical practice, enabling safer, more precise neurosurgical procedures. His innovative approach to combining patient-specific data with robotic systems has made him a key figure in the evolution of minimally invasive brain surgery, offering invaluable tools for training and device testing.
Research Focus
Key Achievements
Top Papers
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