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The term cardiac mechano- electrical feedback precis the various phenomena related to modulation of electrophysiology by mechanical deformation of cells and tissues of the heart. The significance of mechano-electrical feedback and the underlying mechanisms are still poorly understood despite intense experimental research. We introduce and discuss a framework for computational modeling and simulation...
Elastomechanical modeling constitutes an essential step for realistic computer simulations of the cardiac system. The deformation of tissue effects e.g. cellular electrophysiology, which is commonly neglected in electrophysiological simulations due to the lack of efficient mechanical models. This work focuses on extending a mechanical deformation model by including blood pressure as endocardial boundary...
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