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. 2016 May 17;6:26096. doi: 10.1038/srep26096

Figure 8. The main results based on class I neuron are extendable to spiking neurons with class II and III excitabilities.

Figure 8

(A,B) Simulations of the postsynaptic neuron with class II excitability (A) and with class III excitability (B). In (A1,B1), the CVISI value is plotted as a function of the input rate fin under different autaptic coupling conditions. In (A2,A3), we show the burst frequency and burst size of the class II postsynaptic neuron driven by fin = 8 Hz presynaptic trains. Similarly, the burst frequency and burst size of the class III postsynaptic neuron driven by fin = 16 Hz presynaptic trains are illustrated in (B2,B3). For the class II postsynaptic neuron, we set Waut = 0.05 mS/cm2 for the PCE model, Waut = 0.3 mS/cm2 for the PCI model and Waut = 0.3 mS/cm2 for the PEA model. For the class III postsynaptic neuron, we set Waut = 0.05 mS/cm2 for the PCE model, Waut = 0.3 mS/cm2 for the PCI model and Waut = 0.5 mS/cm2 for the PEA model.