Aoki M, Okamoto Y, Musha T, Harumi K
Jpn Heart J. 1986 Nov;27 Suppl 1:225-34.
A computer algorithm for 3-dimensional computer simulation of electric phenomena in the human heart has been completed, in which the heart model consists of 50,000 functional cells arranged in the cubic close-packed structure and various waveforms of the action potential have been allotted to these functional cells. The present model allows one to estimate time courses of ECG, VCG, and body surface potential distribution from the P-wave up to the T-wave. It also can simulate electric phenomena in the heart with anomalies in the conduction system and the myocardium.
一种用于人体心脏电现象三维计算机模拟的算法已完成，其中心脏模型由50000个功能细胞组成，这些细胞按立方密堆积结构排列，并且已为这些功能细胞分配了各种动作电位波形。当前模型允许人们估计从P波到T波的心电图、心向量图和体表电位分布的时间进程。它还可以模拟传导系统和心肌存在异常时心脏中的电现象。
