Hayato Kikuchi
Papers
1
Total Citations
3
H-Index
1
About
Hayato Kikuchi is a researcher whose work sits at the intersection of biomedical engineering and computational modeling, with a particular focus on improving thermal cancer therapies. His key research areas include radiofrequency ablation (RFA) for tumors, bioimpedance modeling, and the application of fractional calculus to biological systems. Kikuchi’s major contribution lies in developing more accurate models of lung tissue’s electrical impedance to better predict heat generation during RFA procedures. His 2014 paper, “Modeling of lung’s electrical impedance using fractional calculus for analysis of heat generation during RF-ablation,” addresses a critical clinical challenge: the difficulty of precisely controlling ablation energy, which often leads to excessive or insufficient tissue destruction. By introducing fractional calculus into bioimpedance modeling, Kikuchi provides a framework that could enhance treatment planning and real-time monitoring, potentially reducing complications in cancers of the liver, breast, and lung. Though his citation count is currently modest, his work represents an important step toward safer, more effective thermal therapies, and his interdisciplinary approach—bridging mathematics, physics, and clinical medicine—marks him as a thoughtful contributor to the future of precision oncology.
Research Focus
Key Achievements
Top Papers
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