Why the study?
Describing cardiac rhythms through dynamic systems theory justified the need to build a universal model of oscillating medium to understand pathologies such as parasystole and AV block.
A polynomial model of interacting pacemakers can help understand cardiac rhythm pathologies such as parasystole and AV-blockade.
This publication discusses models that describe the heart tissue as an active conductive system, taking into account its self-oscillating properties. In this type of models, cardiac rhythms can be described on the basis of the theory of dynamic systems, which justifies the need to build a universal model of oscillating medium. This type of model contributes to the understanding of these pathologies cardiac activity as parasecoli and AB-blockade
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Belyakin et al. (2019) studied this question.
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