Исследование влияния геометрических характеристик сердца человека на псевдо-ЭКГ

Abstract

We developed an idealized model of the both ventricle of the human heart. The model allows to set 7 heart geometry parameters and is surrounded by a conductive medium. Applying the model, we performed computational experiments with a normal and a pathological anatomy for evaluation of the influence of the heart geometry to the pseudo-ECG. During the computational study, we reveal relationships between myocardial mass and amplitude, which described by a linear function on certain activation conditions. Also, we observed the inversion of the T-wave by anatomical reasons.