Skip to Main Content

The currents I$M$ and I$h$ are proposed as an example of currents that can be simulated using the CAdEx model. For the hyperpolarizing current I$h$, the parameters have been identified in Banks et al. (1993), and for I$M$, the parameters have been identified in Brown and Adams (1980). The values of parameters for these currents are listed in Table 2.

Table 2:
Parameters of the CAdEx to Model Neurons with I$M$ and I$h$ Currents.
$Cm$ [pF]$EA$ [mV]$EL$ [mV]$Is$ [pA]$VA$ [mV]$ΔA$ [mV]
Neuron with $IM$ 200 −90 −60 350 −35
Neuron with $Ih$$1111$ 200 −43 −60 100 −75.7 −5.7
$VR$ [mV]$1111111$ $VT$ [mV] $δgA$ [nS] $g¯A$ [nS] $gL$ [nS] $τA$ [ms]
Neuron with $IM$$1111$ −58 −45 16 10 550
Neuron with $Ih$ −70 −50 1.5 43 12 800
$Cm$ [pF]$EA$ [mV]$EL$ [mV]$Is$ [pA]$VA$ [mV]$ΔA$ [mV]
Neuron with $IM$ 200 −90 −60 350 −35
Neuron with $Ih$$1111$ 200 −43 −60 100 −75.7 −5.7
$VR$ [mV]$1111111$ $VT$ [mV] $δgA$ [nS] $g¯A$ [nS] $gL$ [nS] $τA$ [ms]
Neuron with $IM$$1111$ −58 −45 16 10 550
Neuron with $Ih$ −70 −50 1.5 43 12 800

Close Modal