Key result
A heterogeneous continuous spatial distribution of action potentials in a 3D biventricular heart model successfully reproduced realistic electrocardiographic T-wave waveforms.
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A novel 3D biventricular heart model simulation successfully reproduces realistic electrocardiographic T-waves by incorporating a heterogeneous spatial distribution of action potentials.
Computer simulation of cardiac electrical activity is conducted using a three-dimensional biventricular heart model incorporating action potential formulations. A heterogeneous continuous spatial distribution of action potentials based on different dependences of maximal slow delayed rectifier current conductance is proposed and implemented to study electrocardiographic T -waves. It is demonstrated that the proposed distribution is reasonable and reproduces realistic electrocardiographic waveforms.
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Elena Ryzhii (2012) studied Cardiac electrical activity. Heterogeneous continuous spatial distribution of action potentials was evaluated on Electrocardiographic T-waves. A heterogeneous continuous spatial distribution of action potentials in a 3D biventricular heart model successfully reproduced realistic electrocardiographic T-wave waveforms.
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