Abstract
AbstractThe persistent sodium play an important role in respiratory rhythm generation in neurons of the pre-Bötzinger complex. We study the bursting patterns and transition mechanisms in a two-cell network model by both fast/slow decomposition and two-parameter bifurcation analysis. The results show the transitions of different types of bursting are not synchronized. This work provide a future understanding of that how NaP current works in respiratory rhythm generation.KeywordsRespiratory rhythm generationPre-Bötzinger complexBursting patternsTwo-cell networkBifurcation analysis
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