Fig. 14: Influence of the second-order decay term on the excitatory (solid lines) and inhibitory (dashed lines) nullclines.
From: Modelling dysfunction-specific interventions for seizure termination in epilepsy
Each plot is labelled with the coefficient of the net second-order decay, defined as the contribution from sustenance minus that from rhythmic suppression. In our model, the coefficients for excitatory and inhibitory populations can be varied independently, affecting only the E- and I-nullclines, respectively. The two nullclines are shown together to illustrate all possible combinations.
