Dynamic computational simulations of alternans in acute myocardial ischemia
AF De Castro, A Giovanni… - … in Cardiology 2014, 2014 - ieeexplore.ieee.org
AF De Castro, A Giovanni, JF Rodriguez, JM Ferrero
Computing in Cardiology 2014, 2014•ieeexplore.ieee.orgAction potential (AP) changes occurring in ischemic myocytes predispose the myocardium to
fibrillation and sudden death. Ischemia is a critical and unstable condition, so experiments
are difficult to conduct at the cellular level in human. The aim of this work is to use
computational models to investigate the dynamic changes in human ischemic myocardium
at the cellular level.
fibrillation and sudden death. Ischemia is a critical and unstable condition, so experiments
are difficult to conduct at the cellular level in human. The aim of this work is to use
computational models to investigate the dynamic changes in human ischemic myocardium
at the cellular level.
Action potential (AP) changes occurring in ischemic myocytes predispose the myocardium to fibrillation and sudden death. Ischemia is a critical and unstable condition, so experiments are difficult to conduct at the cellular level in human. The aim of this work is to use computational models to investigate the dynamic changes in human ischemic myocardium at the cellular level.
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