Table 1. Parameter values used in both stochastic and deterministic simulations.

Constant	Value	Description
Rm	0.57 Ωm2	membrane resistance
Cm	0.03 F/m2	membrane capacitance
Em	−0.025 V	equilibrium membrane potential
	+0.07 V	equilibrium potential for Na+
	−0.075 V	equilibrium potential for K+
	+0.14 V	equilibrium potential for Ca2+
	−0.085 V	equilibrium potential for BKCa
B	5.2⋅10−6 mol/C	constant for Ca2+ transfer into the cell
[Ca2+]rest	100⋅10−6 mol/m3	[Ca2+] at rest
τCa	1⋅10−3 s	time constant for the decay of
		intracellular free calcium
dcell	6⋅10−6 m	diameter of the granule cell
dshell	1⋅10−7 m	diameter of the shell defining the volume
		in which calcium ions are processed
	400 S/m2	maximal conductance for NaF
	120 S/m2	maximal conductance for KDr
	10 S/m2	maximal conductance for KA
	28 S/m2	maximal conductance for Kir
	4.6 S/m2	maximal conductance for CaHVA
	30 S/m2	maximal conductance for BKCa
	3	exponential for NaF activation
	1	exponential for NaF inactivation
	4	exponential for KDr activation
	3	exponential for KA activation
	1	exponential for KA inactivation
	1	exponential for Kir activation
	2	exponential for CaHVA activation
	1	exponential for CaHVA inactivation
	1	exponential for BKCa activation

See the sections Deterministic Model and Complete Stochastic Model for more details on ion channel types and the description of the complete mathematical model.