layer I Neurons |
threshold potential |
vt
|
−40mV |
reset potential |
vreset
|
−70mV |
reversal potential of CAN current |
eCAN
|
−20mV |
capacitance |
Cm
|
10−4
μF
|
calcium decay constant |
τp
|
1000ms |
dynamical parameter for m |
a |
0.02 |
another dynamical parameter for m |
b |
1 |
maximum CAN current conductance |
gCAN
|
0.0023, 0.0031, 0.0036, 0.0039, 0.0042, 0.0043, 0.0044, 0.0045, 0.0045mho/cm2
|
calcium influx every spike |
kCa
|
0.001 (calcium concentration is defined to be unitless) |
initial calcium concentration |
Ca(0) |
0.05/0.0376/0.0322/0.0294/0.0278/0.0268/0.0262/0.0258/0.0255 |
layer II Neurons |
time constant |
τi
|
250ms |
threshold potential |
vt,i
|
−50mV |
reset potential |
vreset,i
|
−50.2 mV |
output layer Neurons |
time constant |
τpost
|
50ms |
threshold potential |
vt,post
|
−50mV |
reset potential |
vreset,post
|
−50.2 mV |
Synaptic Potenial (modeled as alpha function) |
time constant for NMDA receptor |
τalpha,NMDA
|
45ms |
time constant for GABAa receptor |
τalpha,GABA
|
15ms |
duration of a single synaptic potential |
|
300ms |