Figure 13
From: A biophysical model explains the spontaneous bursting behavior in the developing retina
Bifurcation diagram as a function of gC, gK in the noise driven bursting regime. Same representation as Fig. 9. In region (A), there is a unique stable rest states with low voltage. In region (B) two stable rest state with low voltage coexist separated by an unstable point; hence dynamics is bistable. In region (C), a stable rest state with low voltage coexists with a limit cycle (fast oscillations) separated by an unstable state. When the cell is in the low voltage rest state, a large enough perturbation leads it to fast oscillations. In region (D) the cell only exhibits a fast oscillations regime, reached whatever the initial condition. In region (E) two stable rest states, one with low voltage and one with high voltage, coexist separated by an unstable point. Region (F) has only one high voltage stable rest state. Finally, in region (G), there is a low voltage rest stable state.
