Development of functional modeling techniques for predicting arrhythmic risk in virtual heart simulation

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The result of this research is mainly divided into 1) development of new functional modeling techniques for virtual heart simulation and 2) derivation of results which lead to an arrhythmic risk prediction in virtual heart simulation. As a main result about 1), we issued a news release under the title of "development of beating-heart simulation which can be used easily and quickly on a laptop PC." On the other hand, about 2), we published a paper which verified the hypothesis that the difference between repolarization time of cardiac myocytes in ventricular wall is an important index for the risk prediction of fatal arrhythmia, in virtual heart simulation.