Key result
A mathematical model using similitude theory provided analytical estimates for the general frequency of pacemaker currents in rabbit sinoatrial node cells.
A mathematical model using similitude theory simplifies the description of rabbit sinoatrial node pacemaker cells and provides analytical estimates for pacemaker currents.
Simplifies rabbit SAN pacemaking models; leaves open experimental validation and human translation.
A mathematical model that reproduces the functioning of the rabbit sinoatrial node is proposed. A similitude theory is applied to single or multiple sinoatrial node pacemaker cells with the goal of significantly simplifying the description of the studied system. This model provides analytical estimates for the general frequency of pacemaker currents in these pacemaker cells and reveals basic stable elements in the pacemaking mechanism of the sinoatrial node.
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V. V. Galanin (2018) studied this question. Mathematical simulation using similitude theory was evaluated on Pacemaker activity of rabbit sinoatrial node cells. A mathematical model using similitude theory provided analytical estimates for the general frequency of pacemaker currents in rabbit sinoatrial node cells.
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