LGMD impedance (Dewell & Gabbiani 2019)

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Accession:256024
"How neurons filter and integrate their complex patterns of synaptic inputs is central to their role in neural information processing . Synaptic filtering and integration are shaped by the frequency-dependent neuronal membrane impedance. Using single and dual dendritic recordings in vivo, pharmacology, and computational modeling, we characterized the membrane impedance of a collision detection neuron in the grasshopper, Schistocerca americana. This neuron, the lobula giant movement detector (LGMD), exhibits consistent impedance properties across frequencies and membrane potentials. Two common active conductances gH and gM, mediated respectively by hyperpolarization-activated cyclic nucleotide gated (HCN) channels and by muscarine sensitive M-type K+ channels, promote broadband integration with high temporal precision over the LGMD's natural range of membrane potentials and synaptic input frequencies. Additionally, we found that a model based on the LGMD's branching morphology increased the gain and decreased the delay associated with the mapping of synaptic input currents to membrane potential. More generally, this was true for a wide range of model neuron morphologies, including those of neocortical pyramidal neurons and cerebellar Purkinje cells. These findings show the unexpected role played by two widespread active conductances and by dendritic morphology in shaping synaptic integration."
Reference:
1 . Dewell RB, Gabbiani F (2019) Active membrane conductances and morphology of a collision detection neuron broaden its impedance profile and improve discrimination of input synchrony. J Neurophysiol [PubMed]
Citations  Citation Browser
Model Information (Click on a link to find other models with that property)
Model Type: Neuron or other electrically excitable cell; Dendrite;
Brain Region(s)/Organism:
Cell Type(s): Locust Lobula Giant Movement Detector (LGMD) neuron;
Channel(s): I h; I M;
Gap Junctions:
Receptor(s):
Gene(s):
Transmitter(s):
Simulation Environment: NEURON;
Model Concept(s): Active Dendrites; Detailed Neuronal Models; Synaptic Integration; Membrane Properties;
Implementer(s): Dewell, Richard Burkett [dewell at bcm.edu];
Search NeuronDB for information about:  I M; I h;
create BranchA[85]
create BranchB[95]
create BranchC[95]
nseg=1

BranchA[0] {
L = 8.32
Ra = 350
insert morphology { diam = 22.5653	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 130.765
}
Handle[61] connect BranchA[0](0), 1
BranchA[1] {
L = 8.32
Ra = 350
insert morphology { diam = 18.1002	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 93.3215
}
BranchA[0] connect BranchA[1](0), 1

BranchA[2] {
L = 8.32
Ra = 350
insert morphology { diam = 18.1784	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 95.6321
}
BranchA[1] connect BranchA[2](0), 1

BranchA[3] {
L = 8.32
Ra = 350
insert morphology { diam = 18.9171	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 130.911
}
BranchA[2] connect BranchA[3](0), 1

BranchA[4] {
L = 8.32
Ra = 350
insert morphology { diam = 19.819	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 135.737
}
BranchA[3] connect BranchA[4](0), 1

BranchA[5] {
L = 8.32
Ra = 350
insert morphology { diam = 19.6947	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 187.636
}
BranchA[4] connect BranchA[5](0), 1

BranchA[6] {
L = 8.32
Ra = 350
insert morphology { diam = 15.976	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 154.83
}
BranchA[5] connect BranchA[6](0), 1

BranchA[7] {
L = 8.32
Ra = 350
insert morphology { diam = 14.9054	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 135.793
}
BranchA[6] connect BranchA[7](0), 1

BranchA[8] {
L = 8.32
Ra = 350
insert morphology { diam = 14.1156	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 143.147
}
BranchA[7] connect BranchA[8](0), 1

BranchA[9] {
L = 8.32
Ra = 350
insert morphology { diam = 12.4122	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 127.797
}
BranchA[8] connect BranchA[9](0), 1

BranchA[10] {
L = 8.32
Ra = 350
insert morphology { diam = 11.2325	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 109.807
}
BranchA[9] connect BranchA[10](0), 1

BranchA[11] {
L = 8.32
Ra = 350
insert morphology { diam = 10.2245	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 85.1025
}
BranchA[10] connect BranchA[11](0), 1

BranchA[12] {
L = 8.32
Ra = 350
insert morphology { diam = 9.75679	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 93.6029
}
BranchA[11] connect BranchA[12](0), 1

BranchA[13] {
L = 8.32
Ra = 350
insert morphology { diam = 9.18412	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 83.9878
}
BranchA[12] connect BranchA[13](0), 1

BranchA[14] {
L = 8.32
Ra = 350
insert morphology { diam = 8.8368	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 86.036
}
BranchA[13] connect BranchA[14](0), 1

BranchA[15] {
L = 8.32
Ra = 350
insert morphology { diam = 8.46546	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 84.6942
}
BranchA[14] connect BranchA[15](0), 1

BranchA[16] {
L = 8.32
Ra = 350
insert morphology { diam = 8.1074	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 90.2257
}
BranchA[15] connect BranchA[16](0), 1

BranchA[17] {
L = 8.32
Ra = 350
insert morphology { diam = 7.95246	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 79.4977
}
BranchA[16] connect BranchA[17](0), 1

BranchA[18] {
L = 8.32
Ra = 350
insert morphology { diam = 7.88199	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 89.7269
}
BranchA[17] connect BranchA[18](0), 1

BranchA[19] {
L = 8.32
Ra = 350
insert morphology { diam = 7.76507	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 85.0456
}
BranchA[18] connect BranchA[19](0), 1

BranchA[20] {
L = 8.32
Ra = 350
insert morphology { diam = 7.52312	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 80.165
}
BranchA[19] connect BranchA[20](0), 1

BranchA[21] {
L = 8.32
Ra = 350
insert morphology { diam = 7.26821	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 79.6776
}
BranchA[20] connect BranchA[21](0), 1

BranchA[22] {
L = 8.32
Ra = 350
insert morphology { diam = 7.21059	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 82.1618
}
BranchA[21] connect BranchA[22](0), 1

BranchA[23] {
L = 8.32
Ra = 350
insert morphology { diam = 6.95746	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 78.8507
}
BranchA[22] connect BranchA[23](0), 1

BranchA[24] {
L = 8.32
Ra = 350
insert morphology { diam = 6.74359	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 85.1171
}
BranchA[23] connect BranchA[24](0), 1

BranchA[25] {
L = 8.32
Ra = 350
insert morphology { diam = 6.50983	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 70.9285
}
BranchA[24] connect BranchA[25](0), 1

BranchA[26] {
L = 8.32
Ra = 350
insert morphology { diam = 6.23236	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 68.5186
}
BranchA[25] connect BranchA[26](0), 1

BranchA[27] {
L = 8.32
Ra = 350
insert morphology { diam = 5.92923	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 57.6284
}
BranchA[26] connect BranchA[27](0), 1

BranchA[28] {
L = 8.32
Ra = 350
insert morphology { diam = 5.60907	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 61.0142
}
BranchA[27] connect BranchA[28](0), 1

BranchA[29] {
L = 8.32
Ra = 350
insert morphology { diam = 5.31813	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 49.5536
}
BranchA[28] connect BranchA[29](0), 1

BranchA[30] {
L = 8.32
Ra = 350
insert morphology { diam = 5.11291	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 49.1252
}
BranchA[29] connect BranchA[30](0), 1

BranchA[31] {
L = 8.32
Ra = 350
insert morphology { diam = 4.94112	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 49.5862
}
BranchA[30] connect BranchA[31](0), 1

BranchA[32] {
L = 8.32
Ra = 350
insert morphology { diam = 4.79061	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 46.6592
}
BranchA[31] connect BranchA[32](0), 1

BranchA[33] {
L = 8.32
Ra = 350
insert morphology { diam = 4.6055	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 36.5529
}
BranchA[32] connect BranchA[33](0), 1

BranchA[34] {
L = 8.32
Ra = 350
insert morphology { diam = 4.41908	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 35.785
}
BranchA[33] connect BranchA[34](0), 1

BranchA[35] {
L = 8.32
Ra = 350
insert morphology { diam = 4.31769	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 35.1706
}
BranchA[34] connect BranchA[35](0), 1

BranchA[36] {
L = 8.32
Ra = 350
insert morphology { diam = 4.08956	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 23.3931
}
BranchA[35] connect BranchA[36](0), 1

BranchA[37] {
L = 8.32
Ra = 350
insert morphology { diam = 3.99262	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 34.0327
}
BranchA[36] connect BranchA[37](0), 1

BranchA[38] {
L = 8.32
Ra = 350
insert morphology { diam = 3.87251	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 21.3763
}
BranchA[37] connect BranchA[38](0), 1

BranchA[39] {
L = 8.32
Ra = 350
insert morphology { diam = 3.69377	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 16.283
}
BranchA[38] connect BranchA[39](0), 1

BranchA[40] {
L = 8.32
Ra = 350
insert morphology { diam = 3.5315	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 15.792
}
BranchA[39] connect BranchA[40](0), 1

BranchA[41] {
L = 8.32
Ra = 350
insert morphology { diam = 3.26015	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 17.3259
}
BranchA[40] connect BranchA[41](0), 1

BranchA[42] {
L = 8.32
Ra = 350
insert morphology { diam = 3.10945	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 11.2419
}
BranchA[41] connect BranchA[42](0), 1

BranchA[43] {
L = 8.32
Ra = 350
insert morphology { diam = 2.96752	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 8.64515
}
BranchA[42] connect BranchA[43](0), 1

BranchA[44] {
L = 8.32
Ra = 350
insert morphology { diam = 2.83605	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 10.1264
}
BranchA[43] connect BranchA[44](0), 1

BranchA[45] {
L = 8.32
Ra = 350
insert morphology { diam = 2.72545	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.62195
}
BranchA[44] connect BranchA[45](0), 1

BranchA[46] {
L = 8.32
Ra = 350
insert morphology { diam = 2.64607	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.71204
}
BranchA[45] connect BranchA[46](0), 1

BranchA[47] {
L = 8.32
Ra = 350
insert morphology { diam = 2.55671	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 8.81357
}
BranchA[46] connect BranchA[47](0), 1

BranchA[48] {
L = 8.32
Ra = 350
insert morphology { diam = 2.42827	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.66507
}
BranchA[47] connect BranchA[48](0), 1

BranchA[49] {
L = 8.32
Ra = 350
insert morphology { diam = 2.3571	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.60873
}
BranchA[48] connect BranchA[49](0), 1

BranchA[50] {
L = 8.32
Ra = 350
insert morphology { diam = 2.33547	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 8
}
BranchA[49] connect BranchA[50](0), 1

BranchA[51] {
L = 8.32
Ra = 350
insert morphology { diam = 2.30231	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 4.16017
}
BranchA[50] connect BranchA[51](0), 1

BranchA[52] {
L = 8.32
Ra = 350
insert morphology { diam = 2.26375	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 5.03968
}
BranchA[51] connect BranchA[52](0), 1

BranchA[53] {
L = 8.32
Ra = 350
insert morphology { diam = 2.2176	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 3.1748
}
BranchA[52] connect BranchA[53](0), 1

BranchA[54] {
L = 8.32
Ra = 350
insert morphology { diam = 2.16941	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.60385
}
BranchA[53] connect BranchA[54](0), 1

BranchA[55] {
L = 8.32
Ra = 350
insert morphology { diam = 2.15768	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 3.1748
}
BranchA[54] connect BranchA[55](0), 1

BranchA[56] {
L = 8.32
Ra = 350
insert morphology { diam = 2.11878	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 5.84804
}
BranchA[55] connect BranchA[56](0), 1

BranchA[57] {
L = 8.32
Ra = 350
insert morphology { diam = 2.09086	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 4.16017
}
BranchA[56] connect BranchA[57](0), 1

BranchA[58] {
L = 8.32
Ra = 350
insert morphology { diam = 2.08813	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 3.1748
}
BranchA[57] connect BranchA[58](0), 1

BranchA[59] {
L = 8.32
Ra = 350
insert morphology { diam = 2.05029	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 4.56105
}
BranchA[58] connect BranchA[59](0), 1

BranchA[60] {
L = 8.32
Ra = 350
insert morphology { diam = 2.06196	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.55908
}
BranchA[59] connect BranchA[60](0), 1

BranchA[61] {
L = 8.32
Ra = 350
insert morphology { diam = 2.08222	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2.89
}
BranchA[60] connect BranchA[61](0), 1

BranchA[62] {
L = 8.32
Ra = 350
insert morphology { diam = 2.08633	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 4.39853
}
BranchA[61] connect BranchA[62](0), 1

BranchA[63] {
L = 8.32
Ra = 350
insert morphology { diam = 2.08369	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2
}
BranchA[62] connect BranchA[63](0), 1

BranchA[64] {
L = 8.32
Ra = 350
insert morphology { diam = 2.0901	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2
}
BranchA[63] connect BranchA[64](0), 1

BranchA[65] {
L = 1
Ra = 1
insert morphology { diam = 2.10145	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[64] connect BranchA[65](0), 1

BranchA[66] {
L = 1
Ra = 1
insert morphology { diam = 2.10488	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[65] connect BranchA[66](0), 1

BranchA[67] {
L = 1
Ra = 1
insert morphology { diam = 2.11431	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[66] connect BranchA[67](0), 1

BranchA[68] {
L = 1
Ra = 1
insert morphology { diam = 2.11732	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[67] connect BranchA[68](0), 1

BranchA[69] {
L = 1
Ra = 1
insert morphology { diam = 2.12474	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[68] connect BranchA[69](0), 1

BranchA[70] {
L = 1
Ra = 1
insert morphology { diam = 2.13396	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[69] connect BranchA[70](0), 1

BranchA[71] {
L = 1
Ra = 1
insert morphology { diam = 2.1431	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[70] connect BranchA[71](0), 1

BranchA[72] {
L = 1
Ra = 1
insert morphology { diam = 2.1431	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[71] connect BranchA[72](0), 1

BranchA[73] {
L = 1
Ra = 1
insert morphology { diam = 2.19694	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[72] connect BranchA[73](0), 1

BranchA[74] {
L = 1
Ra = 1
insert morphology { diam = 2.20132	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[73] connect BranchA[74](0), 1

BranchA[75] {
L = 1
Ra = 1
insert morphology { diam = 2.27127	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[74] connect BranchA[75](0), 1

BranchA[76] {
L = 1
Ra = 1
insert morphology { diam = 2.15503	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[75] connect BranchA[76](0), 1

BranchA[77] {
L = 1
Ra = 1
insert morphology { diam = 2.15503	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[76] connect BranchA[77](0), 1

BranchA[78] {
L = 1
Ra = 1
insert morphology { diam = 2.04597	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[77] connect BranchA[78](0), 1

BranchA[79] {
L = 1
Ra = 1
insert morphology { diam = 2.06501	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[78] connect BranchA[79](0), 1

BranchA[80] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[79] connect BranchA[80](0), 1

BranchA[81] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[80] connect BranchA[81](0), 1

BranchA[82] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[81] connect BranchA[82](0), 1

BranchA[83] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[82] connect BranchA[83](0), 1

BranchA[84] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchA[83] connect BranchA[84](0), 1

BranchB[0] {
L = 8.32
Ra = 350
insert morphology { diam = 11.375	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 11.375
}
Handle[35] connect BranchB[0](0), 1
BranchB[1] {
L = 8.32
Ra = 350
insert morphology { diam = 10.2498	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.935
}
BranchB[0] connect BranchB[1](0), 1

BranchB[2] {
L = 1
Ra = 1
insert morphology { diam =  7.935	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[1] connect BranchB[2](0), 1

BranchB[3] {
L = 8.32
Ra = 350
insert morphology { diam = 7.31407	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.56
}
BranchB[2] connect BranchB[3](0), 1

BranchB[4] {
L = 1
Ra = 1
insert morphology { diam =   6.56	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[3] connect BranchB[4](0), 1

BranchB[5] {
L = 8.32
Ra = 350
insert morphology { diam = 6.23719	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 5.875
}
BranchB[4] connect BranchB[5](0), 1

BranchB[6] {
L = 1
Ra = 1
insert morphology { diam =  5.875	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[5] connect BranchB[6](0), 1

BranchB[7] {
L = 1
Ra = 1
insert morphology { diam =  5.875	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[6] connect BranchB[7](0), 1

BranchB[8] {
L = 8.32
Ra = 350
insert morphology { diam = 5.90491	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 5.935
}
BranchB[7] connect BranchB[8](0), 1

BranchB[9] {
L = 1
Ra = 1
insert morphology { diam =  5.935	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[8] connect BranchB[9](0), 1

BranchB[10] {
L = 8.32
Ra = 350
insert morphology { diam = 6.19845	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.435
}
BranchB[9] connect BranchB[10](0), 1

BranchB[11] {
L = 1
Ra = 1
insert morphology { diam =  6.435	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[10] connect BranchB[11](0), 1

BranchB[12] {
L = 8.32
Ra = 350
insert morphology { diam = 6.80002	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.125
}
BranchB[11] connect BranchB[12](0), 1

BranchB[13] {
L = 8.32
Ra = 350
insert morphology { diam = 7.46036	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.75
}
BranchB[12] connect BranchB[13](0), 1

BranchB[14] {
L = 8.32
Ra = 350
insert morphology { diam = 7.72251	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 8.19
}
BranchB[13] connect BranchB[14](0), 1

BranchB[15] {
L = 8.32
Ra = 350
insert morphology { diam = 8.01402	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 8.19
}
BranchB[14] connect BranchB[15](0), 1

BranchB[16] {
L = 8.32
Ra = 350
insert morphology { diam = 8.58571	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 9
}
BranchB[15] connect BranchB[16](0), 1

BranchB[17] {
L = 8.32
Ra = 350
insert morphology { diam = 10.382	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 17.9741
}
BranchB[16] connect BranchB[17](0), 1

BranchB[18] {
L = 8.32
Ra = 350
insert morphology { diam = 12.5795	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 91.2617
}
BranchB[17] connect BranchB[18](0), 1

BranchB[19] {
L = 8.32
Ra = 350
insert morphology { diam = 12.4487	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 40.2987
}
BranchB[18] connect BranchB[19](0), 1

BranchB[20] {
L = 8.32
Ra = 350
insert morphology { diam = 11.3672	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 28.9428
}
BranchB[19] connect BranchB[20](0), 1

BranchB[21] {
L = 8.32
Ra = 350
insert morphology { diam = 9.22336	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 28.2042
}
BranchB[20] connect BranchB[21](0), 1

BranchB[22] {
L = 8.32
Ra = 350
insert morphology { diam = 7.88679	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 25.4637
}
BranchB[21] connect BranchB[22](0), 1

BranchB[23] {
L = 8.32
Ra = 350
insert morphology { diam = 7.47403	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 32.1259
}
BranchB[22] connect BranchB[23](0), 1

BranchB[24] {
L = 8.32
Ra = 350
insert morphology { diam = 6.63775	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 34.5256
}
BranchB[23] connect BranchB[24](0), 1

BranchB[25] {
L = 8.32
Ra = 350
insert morphology { diam = 6.17143	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 23.7059
}
BranchB[24] connect BranchB[25](0), 1

BranchB[26] {
L = 8.32
Ra = 350
insert morphology { diam = 5.7403	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 26.8379
}
BranchB[25] connect BranchB[26](0), 1

BranchB[27] {
L = 8.32
Ra = 350
insert morphology { diam = 5.71687	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 22.2052
}
BranchB[26] connect BranchB[27](0), 1

BranchB[28] {
L = 8.32
Ra = 350
insert morphology { diam = 5.37367	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 23.7927
}
BranchB[27] connect BranchB[28](0), 1

BranchB[29] {
L = 8.32
Ra = 350
insert morphology { diam = 5.13703	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 18.0193
}
BranchB[28] connect BranchB[29](0), 1

BranchB[30] {
L = 8.32
Ra = 350
insert morphology { diam = 4.7693	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 20.165
}
BranchB[29] connect BranchB[30](0), 1

BranchB[31] {
L = 8.32
Ra = 350
insert morphology { diam = 4.42698	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 21.4296
}
BranchB[30] connect BranchB[31](0), 1

BranchB[32] {
L = 8.32
Ra = 350
insert morphology { diam = 4.38964	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 20.7431
}
BranchB[31] connect BranchB[32](0), 1

BranchB[33] {
L = 8.32
Ra = 350
insert morphology { diam = 4.19852	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 21.9624
}
BranchB[32] connect BranchB[33](0), 1

BranchB[34] {
L = 8.32
Ra = 350
insert morphology { diam = 4.09735	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 17.4962
}
BranchB[33] connect BranchB[34](0), 1

BranchB[35] {
L = 8.32
Ra = 350
insert morphology { diam = 3.94625	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 17.9502
}
BranchB[34] connect BranchB[35](0), 1

BranchB[36] {
L = 8.32
Ra = 350
insert morphology { diam = 3.75819	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 21.3234
}
BranchB[35] connect BranchB[36](0), 1

BranchB[37] {
L = 8.32
Ra = 350
insert morphology { diam = 3.68348	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 15.9459
}
BranchB[36] connect BranchB[37](0), 1

BranchB[38] {
L = 8.32
Ra = 350
insert morphology { diam = 3.57722	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 18.3804
}
BranchB[37] connect BranchB[38](0), 1

BranchB[39] {
L = 8.32
Ra = 350
insert morphology { diam = 3.52868	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 14.7027
}
BranchB[38] connect BranchB[39](0), 1

BranchB[40] {
L = 8.32
Ra = 350
insert morphology { diam = 3.53493	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 19.2747
}
BranchB[39] connect BranchB[40](0), 1

BranchB[41] {
L = 8.32
Ra = 350
insert morphology { diam = 3.49397	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 20.9652
}
BranchB[40] connect BranchB[41](0), 1

BranchB[42] {
L = 8.32
Ra = 350
insert morphology { diam = 3.38088	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 12.5847
}
BranchB[41] connect BranchB[42](0), 1

BranchB[43] {
L = 8.32
Ra = 350
insert morphology { diam = 3.30824	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 15.0092
}
BranchB[42] connect BranchB[43](0), 1

BranchB[44] {
L = 8.32
Ra = 350
insert morphology { diam = 3.30766	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 18.0374
}
BranchB[43] connect BranchB[44](0), 1

BranchB[45] {
L = 8.32
Ra = 350
insert morphology { diam = 3.25726	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 11.9654
}
BranchB[44] connect BranchB[45](0), 1

BranchB[46] {
L = 8.32
Ra = 350
insert morphology { diam = 3.13043	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 11.9989
}
BranchB[45] connect BranchB[46](0), 1

BranchB[47] {
L = 8.32
Ra = 350
insert morphology { diam = 3.11432	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 13.5833
}
BranchB[46] connect BranchB[47](0), 1

BranchB[48] {
L = 8.32
Ra = 350
insert morphology { diam = 3.05964	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 9.97506
}
BranchB[47] connect BranchB[48](0), 1

BranchB[49] {
L = 8.32
Ra = 350
insert morphology { diam = 3.04239	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 9.37114
}
BranchB[48] connect BranchB[49](0), 1

BranchB[50] {
L = 8.32
Ra = 350
insert morphology { diam = 3.01516	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 11.3499
}
BranchB[49] connect BranchB[50](0), 1

BranchB[51] {
L = 8.32
Ra = 350
insert morphology { diam = 2.78143	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 15.0325
}
BranchB[50] connect BranchB[51](0), 1

BranchB[52] {
L = 8.32
Ra = 350
insert morphology { diam = 2.71771	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 8.69413
}
BranchB[51] connect BranchB[52](0), 1

BranchB[53] {
L = 8.32
Ra = 350
insert morphology { diam = 2.69991	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.70682
}
BranchB[52] connect BranchB[53](0), 1

BranchB[54] {
L = 8.32
Ra = 350
insert morphology { diam = 2.64639	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.66507
}
BranchB[53] connect BranchB[54](0), 1

BranchB[55] {
L = 8.32
Ra = 350
insert morphology { diam = 2.57571	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 8.18055
}
BranchB[54] connect BranchB[55](0), 1

BranchB[56] {
L = 8.32
Ra = 350
insert morphology { diam = 2.56349	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.97418
}
BranchB[55] connect BranchB[56](0), 1

BranchB[57] {
L = 1
Ra = 1
insert morphology { diam = 2.53516	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[56] connect BranchB[57](0), 1

BranchB[58] {
L = 8.32
Ra = 350
insert morphology { diam = 2.46789	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 3.1748
}
BranchB[57] connect BranchB[58](0), 1

BranchB[59] {
L = 8.32
Ra = 350
insert morphology { diam = 2.43007	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 3.62872
}
BranchB[58] connect BranchB[59](0), 1

BranchB[60] {
L = 1
Ra = 1
insert morphology { diam = 2.40401	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[59] connect BranchB[60](0), 1

BranchB[61] {
L = 8.32
Ra = 350
insert morphology { diam = 2.38581	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 5.18103
}
BranchB[60] connect BranchB[61](0), 1

BranchB[62] {
L = 8.32
Ra = 350
insert morphology { diam = 2.28544	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2
}
BranchB[61] connect BranchB[62](0), 1

BranchB[63] {
L = 8.32
Ra = 350
insert morphology { diam = 2.28308	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2
}
BranchB[62] connect BranchB[63](0), 1

BranchB[64] {
L = 8.32
Ra = 350
insert morphology { diam = 2.26415	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2
}
BranchB[63] connect BranchB[64](0), 1

BranchB[65] {
L = 8.32
Ra = 350
insert morphology { diam = 2.25862	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2
}
BranchB[64] connect BranchB[65](0), 1

BranchB[66] {
L = 8.32
Ra = 350
insert morphology { diam = 2.17834	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2
}
BranchB[65] connect BranchB[66](0), 1

BranchB[67] {
L = 8.32
Ra = 350
insert morphology { diam = 2.13102	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2
}
BranchB[66] connect BranchB[67](0), 1

BranchB[68] {
L = 1
Ra = 1
insert morphology { diam = 2.13801	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[67] connect BranchB[68](0), 1

BranchB[69] {
L = 8.32
Ra = 350
insert morphology { diam = 2.07493	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2
}
BranchB[68] connect BranchB[69](0), 1

BranchB[70] {
L = 1
Ra = 1
insert morphology { diam = 2.07985	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[69] connect BranchB[70](0), 1

BranchB[71] {
L = 1
Ra = 1
insert morphology { diam = 2.08672	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[70] connect BranchB[71](0), 1

BranchB[72] {
L = 1
Ra = 1
insert morphology { diam = 2.05161	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[71] connect BranchB[72](0), 1

BranchB[73] {
L = 1
Ra = 1
insert morphology { diam = 2.05161	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[72] connect BranchB[73](0), 1

BranchB[74] {
L = 1
Ra = 1
insert morphology { diam = 2.05493	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[73] connect BranchB[74](0), 1

BranchB[75] {
L = 1
Ra = 1
insert morphology { diam = 2.02511	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[74] connect BranchB[75](0), 1

BranchB[76] {
L = 1
Ra = 1
insert morphology { diam = 2.03329	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[75] connect BranchB[76](0), 1

BranchB[77] {
L = 1
Ra = 1
insert morphology { diam = 2.04755	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[76] connect BranchB[77](0), 1

BranchB[78] {
L = 1
Ra = 1
insert morphology { diam = 2.05019	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[77] connect BranchB[78](0), 1

BranchB[79] {
L = 1
Ra = 1
insert morphology { diam = 2.05368	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[78] connect BranchB[79](0), 1

BranchB[80] {
L = 1
Ra = 1
insert morphology { diam = 2.0613	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[79] connect BranchB[80](0), 1

BranchB[81] {
L = 1
Ra = 1
insert morphology { diam = 2.0677	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[80] connect BranchB[81](0), 1

BranchB[82] {
L = 1
Ra = 1
insert morphology { diam = 2.0677	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[81] connect BranchB[82](0), 1

BranchB[83] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[82] connect BranchB[83](0), 1

BranchB[84] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[83] connect BranchB[84](0), 1

BranchB[85] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[84] connect BranchB[85](0), 1

BranchB[86] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[85] connect BranchB[86](0), 1

BranchB[87] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[86] connect BranchB[87](0), 1

BranchB[88] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[87] connect BranchB[88](0), 1

BranchB[89] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[88] connect BranchB[89](0), 1

BranchB[90] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[89] connect BranchB[90](0), 1

BranchB[91] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[90] connect BranchB[91](0), 1

BranchB[92] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[91] connect BranchB[92](0), 1

BranchB[93] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[92] connect BranchB[93](0), 1

BranchB[94] {
L = 1
Ra = 1
insert morphology { diam =      2	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchB[93] connect BranchB[94](0), 1

BranchC[0] {
L = 8.32
Ra = 350
insert morphology { diam = 10.0327	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 16.6103
}
Handle[25] connect BranchC[0](0), 1
BranchC[1] {
L = 8.32
Ra = 350
insert morphology { diam = 8.2678	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.335
}
BranchC[0] connect BranchC[1](0), 1

BranchC[2] {
L = 1
Ra = 1
insert morphology { diam = 8.2678	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[1] connect BranchC[2](0), 1

BranchC[3] {
L = 1
Ra = 1
insert morphology { diam =  7.335	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[2] connect BranchC[3](0), 1

BranchC[4] {
L = 8.32
Ra = 350
insert morphology { diam = 6.88732	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.445
}
BranchC[3] connect BranchC[4](0), 1

BranchC[5] {
L = 1
Ra = 1
insert morphology { diam =  6.445	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[4] connect BranchC[5](0), 1

BranchC[6] {
L = 1
Ra = 1
insert morphology { diam =  6.445	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[5] connect BranchC[6](0), 1

BranchC[7] {
L = 8.32
Ra = 350
insert morphology { diam = 6.38782	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.33
}
BranchC[6] connect BranchC[7](0), 1

BranchC[8] {
L = 1
Ra = 1
insert morphology { diam = 6.38782	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[7] connect BranchC[8](0), 1

BranchC[9] {
L = 1
Ra = 1
insert morphology { diam =   6.33	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[8] connect BranchC[9](0), 1

BranchC[10] {
L = 8.32
Ra = 350
insert morphology { diam = 6.4842	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.665
}
BranchC[9] connect BranchC[10](0), 1

BranchC[11] {
L = 1
Ra = 1
insert morphology { diam = 6.4842	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[10] connect BranchC[11](0), 1

BranchC[12] {
L = 8.32
Ra = 350
insert morphology { diam = 6.81383	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7
}
BranchC[11] connect BranchC[12](0), 1

BranchC[13] {
L = 8.32
Ra = 350
insert morphology { diam = 7.07751	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.555
}
BranchC[12] connect BranchC[13](0), 1

BranchC[14] {
L = 1
Ra = 1
insert morphology { diam = 7.30756	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[13] connect BranchC[14](0), 1

BranchC[15] {
L = 8.32
Ra = 350
insert morphology { diam = 7.78994	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 12.6992
}
BranchC[14] connect BranchC[15](0), 1

BranchC[16] {
L = 8.32
Ra = 350
insert morphology { diam = 7.91978	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 12.8744
}
BranchC[15] connect BranchC[16](0), 1

BranchC[17] {
L = 8.32
Ra = 350
insert morphology { diam = 8.27081	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 8.775
}
BranchC[16] connect BranchC[17](0), 1

BranchC[18] {
L = 8.32
Ra = 350
insert morphology { diam = 9.46951	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 16.0564
}
BranchC[17] connect BranchC[18](0), 1

BranchC[19] {
L = 8.32
Ra = 350
insert morphology { diam = 10.8518	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 24.122
}
BranchC[18] connect BranchC[19](0), 1

BranchC[20] {
L = 8.32
Ra = 350
insert morphology { diam = 11.9459	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 26.4366
}
BranchC[19] connect BranchC[20](0), 1

BranchC[21] {
L = 8.32
Ra = 350
insert morphology { diam = 13.6096	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 57.1331
}
BranchC[20] connect BranchC[21](0), 1

BranchC[22] {
L = 8.32
Ra = 350
insert morphology { diam = 13.1388	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 47.044
}
BranchC[21] connect BranchC[22](0), 1

BranchC[23] {
L = 8.32
Ra = 350
insert morphology { diam = 11.8817	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 50.4673
}
BranchC[22] connect BranchC[23](0), 1

BranchC[24] {
L = 8.32
Ra = 350
insert morphology { diam = 10.6048	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 47.7251
}
BranchC[23] connect BranchC[24](0), 1

BranchC[25] {
L = 8.32
Ra = 350
insert morphology { diam = 9.23561	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 43.4101
}
BranchC[24] connect BranchC[25](0), 1

BranchC[26] {
L = 8.32
Ra = 350
insert morphology { diam = 8.26543	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 45.7995
}
BranchC[25] connect BranchC[26](0), 1

BranchC[27] {
L = 8.32
Ra = 350
insert morphology { diam = 7.41432	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 38.2519
}
BranchC[26] connect BranchC[27](0), 1

BranchC[28] {
L = 8.32
Ra = 350
insert morphology { diam = 6.92289	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 36.2087
}
BranchC[27] connect BranchC[28](0), 1

BranchC[29] {
L = 8.32
Ra = 350
insert morphology { diam = 6.61991	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 35.2318
}
BranchC[28] connect BranchC[29](0), 1

BranchC[30] {
L = 8.32
Ra = 350
insert morphology { diam = 6.16868	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 37.795
}
BranchC[29] connect BranchC[30](0), 1

BranchC[31] {
L = 8.32
Ra = 350
insert morphology { diam = 5.80489	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 42.7753
}
BranchC[30] connect BranchC[31](0), 1

BranchC[32] {
L = 8.32
Ra = 350
insert morphology { diam = 5.67617	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 33.3553
}
BranchC[31] connect BranchC[32](0), 1

BranchC[33] {
L = 8.32
Ra = 350
insert morphology { diam = 5.61597	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 39.5438
}
BranchC[32] connect BranchC[33](0), 1

BranchC[34] {
L = 8.32
Ra = 350
insert morphology { diam = 5.54311	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 32.4686
}
BranchC[33] connect BranchC[34](0), 1

BranchC[35] {
L = 8.32
Ra = 350
insert morphology { diam = 5.22358	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 27.6392
}
BranchC[34] connect BranchC[35](0), 1

BranchC[36] {
L = 8.32
Ra = 350
insert morphology { diam = 4.98287	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 28.4879
}
BranchC[35] connect BranchC[36](0), 1

BranchC[37] {
L = 8.32
Ra = 350
insert morphology { diam = 4.79612	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 25.9572
}
BranchC[36] connect BranchC[37](0), 1

BranchC[38] {
L = 8.32
Ra = 350
insert morphology { diam = 4.54988	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 27.4734
}
BranchC[37] connect BranchC[38](0), 1

BranchC[39] {
L = 8.32
Ra = 350
insert morphology { diam = 4.45062	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 23.4363
}
BranchC[38] connect BranchC[39](0), 1

BranchC[40] {
L = 8.32
Ra = 350
insert morphology { diam = 4.37181	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 20.1959
}
BranchC[39] connect BranchC[40](0), 1

BranchC[41] {
L = 8.32
Ra = 350
insert morphology { diam = 4.28321	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 27.1638
}
BranchC[40] connect BranchC[41](0), 1

BranchC[42] {
L = 8.32
Ra = 350
insert morphology { diam = 4.00345	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 14.0283
}
BranchC[41] connect BranchC[42](0), 1

BranchC[43] {
L = 8.32
Ra = 350
insert morphology { diam = 3.77283	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 17.8859
}
BranchC[42] connect BranchC[43](0), 1

BranchC[44] {
L = 8.32
Ra = 350
insert morphology { diam = 3.64058	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 12.4335
}
BranchC[43] connect BranchC[44](0), 1

BranchC[45] {
L = 8.32
Ra = 350
insert morphology { diam = 3.53021	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 8.80585
}
BranchC[44] connect BranchC[45](0), 1

BranchC[46] {
L = 8.32
Ra = 350
insert morphology { diam = 3.38845	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 10.9295
}
BranchC[45] connect BranchC[46](0), 1

BranchC[47] {
L = 8.32
Ra = 350
insert morphology { diam = 3.2955	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 13.4203
}
BranchC[46] connect BranchC[47](0), 1

BranchC[48] {
L = 8.32
Ra = 350
insert morphology { diam = 3.21981	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 8.74696
}
BranchC[47] connect BranchC[48](0), 1

BranchC[49] {
L = 8.32
Ra = 350
insert morphology { diam = 3.13489	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.64884
}
BranchC[48] connect BranchC[49](0), 1

BranchC[50] {
L = 8.32
Ra = 350
insert morphology { diam = 3.07409	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 9.99922
}
BranchC[49] connect BranchC[50](0), 1

BranchC[51] {
L = 8.32
Ra = 350
insert morphology { diam = 3.0186	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 5.55679
}
BranchC[50] connect BranchC[51](0), 1

BranchC[52] {
L = 8.32
Ra = 350
insert morphology { diam = 3.0005	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 10.5517
}
BranchC[51] connect BranchC[52](0), 1

BranchC[53] {
L = 8.32
Ra = 350
insert morphology { diam = 2.95394	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 5.0591
}
BranchC[52] connect BranchC[53](0), 1

BranchC[54] {
L = 8.32
Ra = 350
insert morphology { diam = 2.93344	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.19788
}
BranchC[53] connect BranchC[54](0), 1

BranchC[55] {
L = 8.32
Ra = 350
insert morphology { diam = 2.82765	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 7.13776
}
BranchC[54] connect BranchC[55](0), 1

BranchC[56] {
L = 8.32
Ra = 350
insert morphology { diam = 2.79208	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 6.24597
}
BranchC[55] connect BranchC[56](0), 1

BranchC[57] {
L = 8.32
Ra = 350
insert morphology { diam = 2.72503	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 3.26269
}
BranchC[56] connect BranchC[57](0), 1

BranchC[58] {
L = 8.32
Ra = 350
insert morphology { diam = 2.6597	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 4.47925
}
BranchC[57] connect BranchC[58](0), 1

BranchC[59] {
L = 1
Ra = 1
insert morphology { diam = 2.63919	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[58] connect BranchC[59](0), 1

BranchC[60] {
L = 8.32
Ra = 350
insert morphology { diam = 2.5794	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 5.16762
}
BranchC[59] connect BranchC[60](0), 1

BranchC[61] {
L = 8.32
Ra = 350
insert morphology { diam = 2.58508	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 3.34942
}
BranchC[60] connect BranchC[61](0), 1

BranchC[62] {
L = 8.32
Ra = 350
insert morphology { diam = 2.55309	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2.445
}
BranchC[61] connect BranchC[62](0), 1

BranchC[63] {
L = 8.32
Ra = 350
insert morphology { diam =  2.417	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 5.37901
}
BranchC[62] connect BranchC[63](0), 1

BranchC[64] {
L = 8.32
Ra = 350
insert morphology { diam = 2.44356	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 9.38691
}
BranchC[63] connect BranchC[64](0), 1

BranchC[65] {
L = 8.32
Ra = 350
insert morphology { diam = 2.45161	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 3.62872
}
BranchC[64] connect BranchC[65](0), 1

BranchC[66] {
L = 8.32
Ra = 350
insert morphology { diam = 2.47934	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2
}
BranchC[65] connect BranchC[66](0), 1

BranchC[67] {
L = 8.32
Ra = 350
insert morphology { diam = 2.40243	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2.67
}
BranchC[66] connect BranchC[67](0), 1

BranchC[68] {
L = 8.32
Ra = 350
insert morphology { diam = 2.40837	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 2.78
}
BranchC[67] connect BranchC[68](0), 1

BranchC[69] {
L = 8.32
Ra = 350
insert morphology { diam = 2.49273	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 5.38634
}
BranchC[68] connect BranchC[69](0), 1

BranchC[70] {
L = 1
Ra = 1
insert morphology { diam = 2.52426	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[69] connect BranchC[70](0), 1

BranchC[71] {
L = 1
Ra = 1
insert morphology { diam = 2.5752	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[70] connect BranchC[71](0), 1

BranchC[72] {
L = 1
Ra = 1
insert morphology { diam = 2.58227	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[71] connect BranchC[72](0), 1

BranchC[73] {
L = 1
Ra = 1
insert morphology { diam = 2.58227	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[72] connect BranchC[73](0), 1

BranchC[74] {
L = 1
Ra = 1
insert morphology { diam = 2.62261	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[73] connect BranchC[74](0), 1

BranchC[75] {
L = 1
Ra = 1
insert morphology { diam = 2.66813	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[74] connect BranchC[75](0), 1

BranchC[76] {
L = 1
Ra = 1
insert morphology { diam = 2.71446	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[75] connect BranchC[76](0), 1

BranchC[77] {
L = 1
Ra = 1
insert morphology { diam = 2.78094	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[76] connect BranchC[77](0), 1

BranchC[78] {
L = 1
Ra = 1
insert morphology { diam = 2.80163	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[77] connect BranchC[78](0), 1

BranchC[79] {
L = 1
Ra = 1
insert morphology { diam = 2.80163	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[78] connect BranchC[79](0), 1

BranchC[80] {
L = 1
Ra = 1
insert morphology { diam = 2.86917	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[79] connect BranchC[80](0), 1

BranchC[81] {
L = 1
Ra = 1
insert morphology { diam = 2.86819	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[80] connect BranchC[81](0), 1

BranchC[82] {
L = 1
Ra = 1
insert morphology { diam = 2.80139	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[81] connect BranchC[82](0), 1

BranchC[83] {
L = 1
Ra = 1
insert morphology { diam = 2.73502	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[82] connect BranchC[83](0), 1

BranchC[84] {
L = 1
Ra = 1
insert morphology { diam = 2.73502	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[83] connect BranchC[84](0), 1

BranchC[85] {
L = 1
Ra = 1
insert morphology { diam = 2.80178	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[84] connect BranchC[85](0), 1

BranchC[86] {
L = 1
Ra = 1
insert morphology { diam = 2.80178	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[85] connect BranchC[86](0), 1

BranchC[87] {
L = 1
Ra = 1
insert morphology { diam = 2.87855	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[86] connect BranchC[87](0), 1

BranchC[88] {
L = 1
Ra = 1
insert morphology { diam = 2.96825	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[87] connect BranchC[88](0), 1

BranchC[89] {
L = 1
Ra = 1
insert morphology { diam = 3.08055	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[88] connect BranchC[89](0), 1

BranchC[90] {
L = 1
Ra = 1
insert morphology { diam = 3.08055	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[89] connect BranchC[90](0), 1

BranchC[91] {
L = 1
Ra = 1
insert morphology { diam = 3.22639	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[90] connect BranchC[91](0), 1

BranchC[92] {
L = 1
Ra = 1
insert morphology { diam = 3.22639	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[91] connect BranchC[92](0), 1

BranchC[93] {
L = 1
Ra = 1
insert morphology { diam = 3.42218	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[92] connect BranchC[93](0), 1

BranchC[94] {
L = 1
Ra = 1
insert morphology { diam =  3.665	}
insert capacitance { cm =    0.8	}
insert pas { g_pas = 0.0001	}
diam = 1
}
BranchC[93] connect BranchC[94](0), 1

nai0_na_ion = 10
nao0_na_ion = 140
ki0_k_ion = 54.4
ko0_k_ion = 2.5
minf_hh = 0
hinf_hh = 0
ninf_hh = 0
mtau_hh = 0
htau_hh = 0
ntau_hh = 0
usetable_hh = 1
cai0_ca_ion = 5e-05
cao0_ca_ion = 2
e_h_ca = -35
cac_h_ca = 0.006
k2_h_ca = 0.0001
Pc_h_ca = 0.01
k4_h_ca = 0.001
nca_h_ca = 4
nexp_h_ca = 1
ginc_h_ca = 2
vhalf_h_ca = -78
vh2_h_ca = -85
s1_h_ca = -13
s2_h_ca = 14
taumax_h_ca = 1020
taumin_h_ca = 20
ca_min_CaInternal = 1e-05
ca_init_CaIn = 0.0001
ca_min1_CaIn = 2e-05
ca_min2_CaIn = 0.00014
vhalf_CaL = -15
vn2_CaL = -10
s1_CaL = 3
s2_CaL = 5
tmax_CaL = 0.5
tmin_CaL = 0.05
usetable_CaL = 1
vhalfm_CaS = -34
vhalfh_CaS = -33
vn2_CaS = -55
s1_CaS = 10
s2_CaS = -8
tmax_CaS = 25
tmin_CaS = 1
kh_CaS = -5.5
hb_CaS = -120
hmin_CaS = 5
tadj_CaS = 10
hs_CaS = -40
nic_CaS = 0
mp_CaS = 2
usetable_CaS = 1
vhalf_CaT = -40
thh_CaT = -64
vn2_CaT = -50
s1_CaT = 7.5
s2_CaT = -8
tmax_CaT = 80
tmin_CaT = 5
kh_CaT = -5.4
hb_CaT = -100
hmin_CaT = 30
tadj_CaT = 20
hs_CaT = -14
nic_CaT = 0
sp_CaT = 1
usetable_CaT = 1
cli0_cl_ion = 1
clo0_cl_ion = 1
cl_init_ClInternal = 5
clo_ClInternal = 157
vhalf_HH_Kdr = -39
vn2_HH_Kdr = -60
t2_HH_Kdr = 0.15
tns_HH_Kdr = -9
zn_HH_Kdr = 9
usetable_HH_Kdr = 1
s1_M = 15
s2_M = -20
taumax_M = 80
taumin_M = 15
aop_M = 0
usetable_M = 1
e_h = -35
vhalf_h = -78
s1_h = -13
s2_h = 14
taumin_h = 10
usetable_h = 1
vhalfn_KA = -40
vn2_KA = -50
tnmax_KA = 3.5
tnmin_KA = 0.5
tns_KA = -8
zn_KA = 7.5
np_KA = 1
vhalfl_KA = -45
vl2_KA = -50
tlmax_KA = 35
tlmin_KA = 3
tls_KA = 12
zl_KA = -5
usetable_KA = 1
kD_ca_KCa = 0.035
tau_KCa = 1
minca_KCa = 0.0005
pwr_KCa = 1
vhalfn_KD = -45
vn2_KD = -60
zn_KD = 7.8
tnmax_KD = 25
tnmin_KD = 1
tns_KD = -6
np_KD = 1
vhalfl_KD = -68
zl_KD = -5.1
tlmax_KD = 2500
tlmin_KD = 800
vl2_KD = -67
tls_KD = 14
usetable_KD = 1
np_KD2 = 3
kan_KD2 = 10.5
Aan_KD2 = 3
dan_KD2 = -17
kbn_KD2 = 30
Abn_KD2 = 0.12
dbn_KD2 = -50
kal_KD2 = 35
Aal_KD2 = 0.00025
dal_KD2 = -85
kbl_KD2 = 4.8
Abl_KD2 = 0.0033
dbl_KD2 = -51
usetable_KD2 = 1
vhalfn_KD_ca = -48
vn2_KD_ca = -62
zn_KD_ca = 5.5
tnmax_KD_ca = 150
tnmin_KD_ca = 3
tns_KD_ca = -7
vhalfl_KD_ca = -61.5
zl_KD_ca = -3
tlmax_KD_ca = 850
tlmin_KD_ca = 20
tauc_KD_ca = 30
vl2_KD_ca = -66
tls_KD_ca = 19
lcp_KD_ca = 4
usetable_KD_ca = 1
vhalfn_KD_ca2 = -45
vn2_KD_ca2 = -60
zn_KD_ca2 = 7
tnmax_KD_ca2 = 100
tnmin_KD_ca2 = 3
tns_KD_ca2 = -7.5
vhalfl_KD_ca2 = -66
zl_KD_ca2 = -2
tlmax_KD_ca2 = 820
tlmin_KD_ca2 = 20
tauc_KD_ca2 = 30
vl2_KD_ca2 = -63
tls_KD_ca2 = 17
cap_KD_ca2 = 0.6
lcp_KD_ca2 = 6
usetable_KD_ca2 = 1
vhalfn_KD_ca3 = -49
vn2_KD_ca3 = -60
zn_KD_ca3 = 7
tnmax_KD_ca3 = 10
tnmin_KD_ca3 = 1.5
tns_KD_ca3 = -5.5
np_KD_ca3 = 2
vhalfl_KD_ca3 = -70
zl_KD_ca3 = -3.5
tlmax_KD_ca3 = 1050
tlmin_KD_ca3 = 70
vl2_KD_ca3 = -75
tls_KD_ca3 = 15
cavm_KD_ca3 = 18
lcp_KD_ca3 = 1
kD_KD_ca3 = 0.0004
tauca_KD_ca3 = 20
usetable_KD_ca3 = 1
cni0_cn_ion = 1
cno0_cn_ion = 1
vhalfn_KD_cn = -52
vn2_KD_cn = -65
zn_KD_cn = 6
tnmax_KD_cn = 20
tnmin_KD_cn = 1.5
tns_KD_cn = -7.5
np_KD_cn = 2
vhalfl_KD_cn = -67
zl_KD_cn = -3.6
tlmax_KD_cn = 2000
tlmin_KD_cn = 50
vl2_KD_cn = -75
tls_KD_cn = 14
cntm_KD_cn = 50
lcp_KD_cn = 2
kD_KD_cn = 0.0003
usetable_KD_cn = 1
vhalfn_KD_cn2 = -52
vn2_KD_cn2 = -65
zn_KD_cn2 = 6
tnmax_KD_cn2 = 20
tnmin_KD_cn2 = 1.5
tns_KD_cn2 = -7.5
np_KD_cn2 = 2
vhalfl_KD_cn2 = -67
zl_KD_cn2 = -3.6
tlmax_KD_cn2 = 2000
tlmin_KD_cn2 = 50
vl2_KD_cn2 = -75
tls_KD_cn2 = 14
cnvm_KD_cn2 = 25
lcp_KD_cn2 = 1
kD_KD_cn2 = 0.0003
taucn_KD_cn2 = 20
usetable_KD_cn2 = 1
vhalf_KdrF = -39
vn2_KdrF = -40
vl_KdrF = -55
tns_KdrF = 7
zn_KdrF = 9
zl_KdrF = -9
usetable_KdrF = 1
vhalf_Kdr_dend = -50
tnmax_Kdr_dend = 2.5
tnmin_Kdr_dend = 0.2
tns_Kdr_dend = -30
zn_Kdr_dend = 15
usetable_Kdr_dend = 1
kam_Na = 0.075
Aam_Na = 26
dam_Na = -10
kbm_Na = 0.07
Abm_Na = 7.4
dbm_Na = -42
kah_Na = 0.15
Aah_Na = 2.1
dah_Na = -60
kbh_Na = 0.14
Abh_Na = 8.5
dbh_Na = -30
usetable_Na = 1
vhalfn_NaP = -51
vhalfl_NaP = -58
zn_NaP = 8.5
zl_NaP = -4.4
vn2_NaP = -52
vl2_NaP = -55
tlmax_NaP = 400
tlmin_NaP = 0.5
tls_NaP = 6.5
tnmax_NaP = 20
tnmin_NaP = 3
tns_NaP = -8.5
np_NaP = 3
usetable_NaP = 1
kam_HH_NaF = 0.25
Aam_HH_NaF = 1.3
dam_HH_NaF = -40
kbm_HH_NaF = 0.1
Abm_HH_NaF = 9
dbm_HH_NaF = -60
kah_HH_NaF = 0.08
Aah_HH_NaF = 12
dah_HH_NaF = -90
kbh_HH_NaF = 0.15
Abh_HH_NaF = 6
dbh_HH_NaF = -40
usetable_HH_NaF = 1
tau_ca_CN = 1500
tau_CN = 6000
cn_init_CN = 2e-05
kD_CN = 0.05
minca_CN = 0.00015
e_hcn = -37
vhalf_hcn = -78.2
s1_hcn = -12.5
s2_hcn = 13
taumin_hcn = 10
cnvm_hcn = 15
lcp_hcn = 2
kD_hcn = 0.0006
taucn_hcn = 10
usetable_hcn = 1
e_Lm = -65
DCa_cdp = 0.8
k1buf_cdp = 100
k2buf_cdp = 0.1
TotalBuffer_cdp = 0.003
k1_cdp = 1
k2_cdp = 0.005
k3_cdp = 1
k4_cdp = 0.005
TotalPump_cdp = 1e-11
vrat_cdp[0] = 0
vrat_cdp[1] = 0
vrat_cdp[2] = 0
kl_hd = -8
vhalft_hd = -75
a0t_hd = 0.011
zetat_hd = 2.2
gmt_hd = 0.4
q10_hd = 4.5
qtl_hd = 1
ehd_hd = -30
vhalfn_kad = -1
vhalfl_kad = -56
a0l_kad = 0.05
a0n_kad = 0.1
zetan_kad = -1.8
zetal_kad = 3
gmn_kad = 0.39
gml_kad = 1
lmin_kad = 2
nmin_kad = 0.2
pw_kad = -1
tq_kad = -40
qq_kad = 5
q10_kad = 5
qtl_kad = 1
vhalfn_kap = 11
vhalfl_kap = -56
a0l_kap = 0.05
a0n_kap = 0.05
zetan_kap = -1.5
zetal_kap = 3
gmn_kap = 0.55
gml_kap = 1
lmin_kap = 2
nmin_kap = 0.1
pw_kap = -1
tq_kap = -40
qq_kap = 5
q10_kap = 5
qtl_kap = 1
vhalfn_kdr = 13
a0n_kdr = 0.02
zetan_kdr = -3
gmn_kdr = 0.7
nmax_kdr = 2
q10_kdr = 1
tha_na3 = -30
qa_na3 = 7.2
Ra_na3 = 0.4
Rb_na3 = 0.124
thi1_na3 = -45
thi2_na3 = -45
qd_na3 = 1.5
qg_na3 = 1.5
mmin_na3 = 0.02
hmin_na3 = 0.5
q10_na3 = 2
Rg_na3 = 0.01
Rd_na3 = 0.03
qq_na3 = 10
tq_na3 = -55
thinf_na3 = -50
qinf_na3 = 4
vhalfs_na3 = -60
a0s_na3 = 0.0003
zetas_na3 = 12
gms_na3 = 0.2
smax_na3 = 10
vvh_na3 = -58
vvs_na3 = 2
tha_nax = -30
qa_nax = 7.2
Ra_nax = 0.4
Rb_nax = 0.124
thi1_nax = -45
thi2_nax = -45
qd_nax = 1.5
qg_nax = 1.5
mmin_nax = 0.02
hmin_nax = 0.5
q10_nax = 2
Rg_nax = 0.01
Rd_nax = 0.03
thinf_nax = -50
qinf_nax = 4
e_taupas = -65