- Okada Jun-ichi
- Other Title
- シンデンズ ノ スウリ
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In this article, we introduce mathematical models of ion current dynamics in the cardiac cell and their relation with ECG through the bidomain equation on the torso model constructed based on realistic morphology. By doing such a simulation, it becomes possible to analyze the correlation between the ion currents on the heart muscle and the body surface potential map. Thus it potentially promotes the understanding of ECG and the proposal of new diagnostic index. In addition, it will contribute to the development of cardiac anti-arrhythmic drugs and the optimization of cardiac devices. Based on the above mentioned modeling, we successfully reproduced the two kinds of ECGs with the typical electrophys-iological models.
- Bulletin of the Japan Society for Industrial and Applied Mathematics
Bulletin of the Japan Society for Industrial and Applied Mathematics 22 (4), 238-246, 2012
The Japan Society for Industrial and Applied Mathematics