S cell network (Moss et al 2005)

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Accession:53559
Excerpts from the abstract: S cells form a chain of electrically coupled neurons that extends the length of the leech CNS and plays a critical role in sensitization during whole-body shortening. ... Serotonin ... increasedAP latency across the electrical synapse, suggesting that serotonin reduced coupling between S cells. ... Serotonin modulated instantaneous AP frequency when APs were initiated in separate S cells and in a computational model of S cell activity following mechanosensory input. Thus, serotonergic modulation of S cell electrical synapses may contribute to changes in the pattern of activity in the S cell network. See paper for more.
Reference:
1 . Moss BL, Fuller AD, Sahley CL, Burrell BD (2005) Serotonin modulates axo-axonal coupling between neurons critical for learning in the leech. J Neurophysiol 94:2575-89 [PubMed]
Model Information (Click on a link to find other models with that property)
Model Type: Realistic Network;
Brain Region(s)/Organism: Leech;
Cell Type(s): Leech S cell;
Channel(s): I Sodium; I Potassium;
Gap Junctions: Gap junctions;
Receptor(s):
Gene(s):
Transmitter(s):
Simulation Environment: SNNAP;
Model Concept(s): Activity Patterns; Invertebrate;
Implementer(s): Baxter, Douglas; Moss, Brenda [bmoss at usd.edu]; Byrne, John [john.h.byrne at uth.tmc.edu];
Search NeuronDB for information about:  I Sodium; I Potassium; 
LOGICAL_NAME	Eletrotonic_cable
TIMING: 0.0 0.3 1.0E-5
ON_LINE_GRAPH: 1
STORE_RESULTS: 1
INT_METHOD: 1
INT_&_FIRE: 0.0020
#NEUR	50
neur#=0	10_1

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15786.5031E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=1	10_10

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=2	10_2

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=3	10_3

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=4	10_4

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=5	10_5

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=6	10_6

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=7	10_7

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=8	10_8

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=9	10_9

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=10	10a_1

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=11	10a_10

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=12	10a_2

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=13	10a_3

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=14	10a_4

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=15	10a_5

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=16	10a_6

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=17	10a_7

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=18	10a_8

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=19	10a_9

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=20	10b_1

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=21	10b_10

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=22	10b_2

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=23	10b_3

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=24	10b_4

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=25	10b_5

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=26	10b_6

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=27	10b_7

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=28	10b_8

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=29	10b_9

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=30	10c_1

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=31	10c_10

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=32	10c_2

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=33	10c_3

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=34	10c_4

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=35	10c_5

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=36	10c_6

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=37	10c_7

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=38	10c_8

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=39	10c_9

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=40	10d_1

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=41	10d_10

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15786.5031E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=42	10d_2

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=43	10d_3

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=44	10d_4

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=45	10d_5

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=46	10d_6

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=47	10d_7

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=48	10d_8

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0
neur#=49	10d_9

THRESHOLD	0.0
SPIKDUR	0.0
VMINIT	-40.0
CM	1.6E-4
MEM_AREA	15707.9633E-8
is_TR=	0
#VDG	3
vdg#=0	K
Ivd	4
#prm	3
0.036	4.0	-72.0	
A	0
B	0
m	1
h	0
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.01	50.01	-50.01	10.0	
bm	5
#prm	3
0.125	-60.0	80.0	
vdg#=1	Na
Ivd	2
#prm	3
0.12	3.0	55.0	
A	0
B	0
m	1
h	1
R	0
ACTIVATION=m	
m	3
#prm	2
-1.0	4040.0	
am	3
#prm	4
0.1	35.01	-35.01	10.0	
bm	5
#prm	3
4.0	-60.0	18.0	
INACTIVATION=h	
h	3
#prm	2
-1.0	4040.0	
ah	5
#prm	3
0.07	-60.0	20.0	
bh	8
#prm	2
-30.0	10.0	
vdg#=2	leak
Ivd	5
#prm	2
3.0E-4	-49.4	
A	0
B	0
m	0
h	0
R	0
#ION	0
#SM	0
#I2C	0
#gbi	0
#gbs	0
#tbi	0
#tbs	0
#sbi	0
#sbs	0
#LDG	0

#CELL	0

#ESYN	49
esyn#=0	9	10_9	1	10_10
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=1	10	10a_1	1	10_10
Ies	1
#prm	2
0.098	0.098	
R1=	0
R2=	0
esyn#=2	0	10_1	2	10_2
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=3	2	10_2	3	10_3
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=4	3	10_3	4	10_4
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=5	4	10_4	5	10_5
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=6	5	10_5	6	10_6
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=7	6	10_6	7	10_7
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=8	7	10_7	8	10_8
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=9	8	10_8	9	10_9
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=10	12	10a_2	10	10a_1
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=11	20	10b_1	11	10a_10
Ies	1
#prm	2
0.098	0.098	
R1=	0
R2=	0
esyn#=12	13	10a_3	12	10a_2
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=13	14	10a_4	13	10a_3
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=14	15	10a_5	14	10a_4
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=15	16	10a_6	15	10a_5
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=16	17	10a_7	16	10a_6
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=17	18	10a_8	17	10a_7
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=18	19	10a_9	18	10a_8
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=19	11	10a_10	19	10a_9
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=20	22	10b_2	20	10b_1
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=21	30	10c_1	21	10b_10
Ies	1
#prm	2
0.098	0.098	
R1=	0
R2=	0
esyn#=22	23	10b_3	22	10b_2
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=23	24	10b_4	23	10b_3
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=24	25	10b_5	24	10b_4
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=25	26	10b_6	25	10b_5
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=26	27	10b_7	26	10b_6
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=27	28	10b_8	27	10b_7
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=28	29	10b_9	28	10b_8
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=29	21	10b_10	29	10b_9
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=30	32	10c_2	30	10c_1
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=31	40	10d_1	31	10c_10
Ies	1
#prm	2
0.098	0.098	
R1=	0
R2=	0
esyn#=32	33	10c_3	32	10c_2
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=33	34	10c_4	33	10c_3
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=34	35	10c_5	34	10c_4
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=35	36	10c_6	35	10c_5
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=36	37	10c_7	36	10c_6
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=37	38	10c_8	37	10c_7
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=38	39	10c_9	38	10c_8
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=39	31	10c_10	39	10c_9
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=40	42	10d_2	40	10d_1
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=41	43	10d_3	42	10d_2
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=42	44	10d_4	43	10d_3
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=43	45	10d_5	44	10d_4
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=44	46	10d_6	45	10d_5
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=45	47	10d_7	46	10d_6
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=46	48	10d_8	47	10d_7
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=47	49	10d_9	48	10d_8
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
esyn#=48	41	10d_10	49	10d_9
Ies	1
#prm	2
0.196	0.196	
R1=	0
R2=	0
#CSYN	0
#MSYN	0
#WEIGHT	0

#CINJ	11
	0	10a_5	0.035	0.0355	10.0
	1	10a_5	0.07	0.0705	10.0
	2	10a_5	0.118	0.1185	10.0
	3	10a_5	0.166	0.1665	10.0
	4	10b_5	0.098	0.0985	10.0
	5	10b_5	0.045	0.0455	10.0
	6	10b_5	0.151	0.1515	10.0
	7	10b_5	0.012	0.0125	10.0
	8	10b_5	0.0020	0.0025	10.0
	9	10c_5	0.181	0.1815	10.0
	10	10c_5	0.252	0.2525	10.0
#MINJ	0
#VCLMP	0
#ICLMP	0
#LIGHT	0

Ousfile_PATH  C:\nrnmodels\leech_Scell\Cable_10.ous
#GRAPH_CHNL	1
gain=	2
nvar=	1
name=	time<{ivr}
vartype=	3
n_tic=	6
min=	0.0
max=	0.3
color=	white
#GRAPH_VAR	1
chn_id=	0
name=	V[10d_10....]<{ivr}
name2=	NULL
vartype=	3
vartype2=	-1
n_tic=	4
min=	-90.0
max=	70.0
color=	green
#VAR2FILE		2
name=	time<{ivr}
vartype=	3
name=	V[10_1....]<{ivr}
vartype=	3

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