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Multi-scale and Multi-physics Heart Simulator “UT-Heart”―Application for Personalized Perioperative Simulation of Congenital Heart Disease and the Future Perspective Taro KARIYA 1 , Takumi WASHIO 2,3 , Jun-ichi OKADA 2,3 , Seiryo SUGIURA 2 , Toshiaki HISADA 2 1Department of Anesthesiology, Graduate School of Medicine, The University of Tokyo 2UT-Heart, Inc. 3Graduate School of Frontier Sciences, The University of Tokyo Keyword: heart simulation , multi-scale and multi-physics , finite element method , supercomputer , congenital heart disease pp.41-50
Published Date 2023/1/10
DOI https://doi.org/10.18916/masui.2023010009
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 Simulating an individual patient in a computer(i.e., “in silico”)and reproducing the anatomical, pharmacological, and mechanical responses to interventions would allow us to know the effects of treatment in silico and help us choose the optimal treatment. In addition, the physiological parameters of the patient can be retrieved in silico as desired without considering the invasiveness of the monitoring procedure, which will greatly advance our understanding of the human body in “vital care medicine” including anesthesiology and intensive care medicine. From this perspective, the development of a multi-scale, multi-physics heart simulator, “UT-Heart”, was started at the Biomechanics Laboratory of Graduate School of Frontier Sciences at The University of Tokyo and is currently UT-Heart Inc. is playing the central role in its research and development for practical application. This paper first outlines the technical aspects of UT-Heart, then introduces clinical research applied to the perioperative setting of congenital heart disease, and finally discusses its potential for collaboration with vital care medicine.


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電子版ISSN 印刷版ISSN 0021-4892 克誠堂出版

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