Inhibitory control of motoneuron excitability (Venugopal et al 2011)


SCIMN/VSmn.ode

alpha 0.009
alpha2 0.009
cahslp 5.0
cahtau 40.0
cahth -45.0
camslp 5.0
camtau 4.0
camth -30.0
cm 1.0
dcasslp 7.0
dcastau 40.0
dcasth -39.0
dgcaf 0.3
dgcas 0.25
dgk 0.0
dgkca 1.0
f 0.01
gc 0.1
ggb 0.01
ggl 0.01
gl 0.51
gnap 0.1
gpratio 1.772
iapp 0
itonic 0.5
kca 2.0
kd 0.2
Khnap 6
Kmnap 3
na 40.0
naptau 1000
nb 50.0
nc 7.0
nslp 12.0
nth -28.0
nv -40.0
offsetr 0
p 1
parea 0.1
percap 1
perkca 1.0
pernap 1
perslca 1.0
s 2
scaler 0.005
sgca 14.0
sgk 100.0
sgkca 6
sgna 80.0
snaha 15.0
snahb 16.0
snahc 30.0
snahslp 7.0
snahth -55.0
snahv -50.0
snamslp 7.8
snamth -35.0
taumxnap 10000
taunap 40
thetahnap -35
thetamnap -48
Tmnap 5000
toffr 10000
tonr 0
tswitchr 4000
vca 140.0
vi -100
vk -20.0
vl 0.0
vna 115.0
vrest -60.0

SCIMN/VSmn_inh.ode

alpha 0.009
alpha2 0.009
alphamn 2
alphar 1
betamn 0.05
betar 0.09
cahslp 5.0
cahtau 40.0
cahth -45.0
camslp 5.0
camtau 4.0
camth -30.0
cm 1.0
cr 1
dcasslp 7.0
dcastau 40.0
dcasth -39.0
dgcaf 0.3
dgcas 0.25
dgk 0.0
dgkca 1.0
eca 80
Ek -77
el -54
Ena 50
f 0.01
gc 0.1
Gk 40
gl 0.51
gmn 0.15
gna 80.0
gnap 0.1
gpratio 1.772
gr 0.01#ChangedonOct6th2009
i0 0
iapp 0
Idr 6.2
ip 10
Ipool 0
kca 2.0
kd 0.2
Khnap 6
Kmnap 3
ks 0.02
mk 7
mVh -40
na 40.0
naptau 1000
nb 50.0
nc 7.0
nk 15
nslp 12.0
nth -28.0
nv -40.0
nVh -45
offsetr 0
p 1
parea 0.1
percap 1
perkca 1.0
pernap 1
perslca 1.0
poff 1000
pon 50
rgk 100
rgna 70
rnahslp 7.0
rnahth -55.0
rnamslp 7.8
rnamth -35.0
scaler 0.005
sgca 14.0
sgk 100.0
sgkca 6
sgna 80.0
snaha 15.0
snahb 16.0
snahc 30.0
snahslp 7.0
snahth -55.0
snahv -50.0
snamslp 7.8
snamth -35.0
taumxnap 10000
taunap 40
thetahnap -35
thetamnap -48
thetas -15
Tmnap 5000
toffr 10000
tonr 0
tswitchr 4000
vca 140.0
ve 50
vi -80
vk -20.0
vl 0.0
vna 115.0
vrest -60.0
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