Neocort. pyramidal cells subthreshold somatic voltage controls spike propagation (Munro Kopell 2012)

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Accession:136309
There is suggestive evidence that pyramidal cell axons in neocortex may be coupled by gap junctions into an ``axonal plexus" capable of generating Very Fast Oscillations (VFOs) with frequencies exceeding 80 Hz. It is not obvious, however, how a pyramidal cell in such a network could control its output when action potentials are free to propagate from the axons of other pyramidal cells into its own axon. We address this problem by means of simulations based on 3D reconstructions of pyramidal cells from rat somatosensory cortex. We show that somatic depolarization enables propagation via gap junctions into the initial segment and main axon, while somatic hyperpolarization disables it. We show further that somatic voltage cannot effectively control action potential propagation through gap junctions on minor collaterals; action potentials may therefore propagate freely from such collaterals regardless of somatic voltage. In previous work, VFOs are all but abolished during the hyperpolarization phase of slow-oscillations induced by anesthesia in vivo. This finding constrains the density of gap junctions on collaterals in our model and suggests that axonal sprouting due to cortical lesions may result in abnormally high gap junction density on collaterals, leading in turn to excessive VFO activity and hence to epilepsy via kindling.
Reference:
1 . Munro E, Kopell N (2012) Subthreshold somatic voltage in neocortical pyramidal cells can control whether spikes propagate from the axonal plexus to axon terminals: a model study. J Neurophysiol 107:2833-52 [PubMed]
Model Information (Click on a link to find other models with that property)
Model Type: Realistic Network; Neuron or other electrically excitable cell; Axon;
Brain Region(s)/Organism: Neocortex;
Cell Type(s): Neocortex L5/6 pyramidal GLU cell; Neocortex U1 L2/6 pyramidal intratelencephalic GLU cell;
Channel(s): I Na,t; I K; I Sodium; I Potassium;
Gap Junctions: Gap junctions;
Receptor(s):
Gene(s):
Transmitter(s):
Simulation Environment: NEURON; MATLAB;
Model Concept(s): Oscillations; Detailed Neuronal Models; Axonal Action Potentials; Epilepsy;
Implementer(s): Munro, Erin [ecmun at math.bu.edu];
Search NeuronDB for information about:  Neocortex L5/6 pyramidal GLU cell; Neocortex U1 L2/6 pyramidal intratelencephalic GLU cell; I Na,t; I K; I Sodium; I Potassium;
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Munro_Kopell_corticalcontrol
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D3D_g0611P1.out
D3D_g0612P1.out
D3D_g0684P1.out
D3D_g0685P1.out
D3D_g0692P1.out
D3D_g0697P1.out
D3D_g0698P1.out
D3D_g0699P1.out
D3D_g0700P1.out
D3D_g0701P1.out
D3D_g0702P1.out
D3D_g0703P1.out
D3D_g0704P1.out
D3D_g0705P1.out
D3D_g0706P1.out
D3D_g0707P1.out
D3D_g0709P1.out
D3D_g0715_b.out
D3D_g0716_b.out
D3D_g0717_b.out
D3D_g0718_b.out
D3D_g0719_b.out
D3D_g0720_b.out
D3D_g0721_b.out
D3D_g0722_b.out
D3D_g0724P1.out
D3D_g0746_b.out
D3D_g0758_b.out
D3D_g0759_b2.out
D3D_g0760_b.out
D3D_g0761_b.out
D3D_g0762_b.out
D3D_g0763_b.out
D3D_GA01112c2-a.out
D3D_GA01703c2-a.out
D3D_GA01n06c1.out
D3D_GA01o29c1n2-2.out
D3D_GA02209c1n2-1.out
D3D_GA02212c2n3-1.out
D3D_GA02212c2n3-2.out
D3D_GA02219c1n2-1.out
D3D_GA02325c2n3-1.out
D3D_GA02326c1n2-1.out
D3D_GA02402c1n2-1.out
D3D_GA02403c2n3-1.out
D3D_GA02403c3n3-2.out
D3D_GA02531-C4.out
D3D_GA02605-3.out
D3D_gR001P1.out
D3D_gR002P1.out
D3D_gR003P1.out
D3D_I0319_3A.out
D3D_I0319_4A.out
D3D_I0319_5A.out
D3D_I0319_5B.out
D3D_I03192A.out
D3D_I03464.out
D3D_I03471.out
D3D_I03472.out
D3D_I03474.out
D3D_I03481.out
D3D_I03482.out
D3D_I03485.out
D3D_i03535.out
D3D_i03537.out
D3D_I03538.out
D3D_I03539.out
D3D_I03541.out
D3D_I03542.out
D3D_I03544.out
D3D_I03555.out
D3D_i03557.out
D3D_i03558.out
D3D_I03564.out
D3D_I03566.out
D3D_I03569.out
D3D_IF1_190301.out
D3D_IF1_210301.out
D3D_IF2_080501.out
D3D_IF3_040400.out
D3D_IF3_150300.out
D3D_IF3_261199.out
D3D_IF4_140201.out
D3D_JM011004-10-1.out
D3D_JM011004-10-2.out
D3D_JM011304-10-1.out
D3D_JM011504-10.out
D3D_JM011504-10-1.out
D3D_JM012004-30.out
D3D_JM012704-40-1.out
D3D_JM012804-40-2.out
D3D_JM020304-10-1.out
D3D_JM020404-30-1.out
D3D_JM072403-30.out
D3D_JM072803-10.out
D3D_JM072803-20.out
D3D_JM080703-30-1.out
D3D_JM082003-30-1.out
D3D_JM082003-30-2.out
D3D_JM082503-10-1.out
D3D_JM082503-10-2.out
D3D_JM082503-20.out
D3D_JM091503-20-1.out
D3D_JM091503-20-2.out
D3D_JM091503-20-3.out
D3D_JM091703-30-2.out
D3D_JM092303-10.out
D3D_JM092903-10-2.out
D3D_JMcell1or7-2.out
D3D_JMcell7or1-1.out
D3D_JMcell8or11-2.out
D3D_JMn030105-10-1.out
D3D_JMn030105-10-2.out
D3D_JMn030105-20-1.out
D3D_JMn030105-20-2.out
D3D_JMn032205-10-1.out
D3D_JMn091304-10-1.out
D3D_KP060107-2.out
D3D_KP060807p14-s1complete.out
D3D_KP062507complete.out
D3D_M050305SL1.out
D3D_M053005SL1.out
D3D_M060405SL1.out
D3D_MD070401-2.out
D3D_MD070424-4.out
D3D_MD070426-4.out
D3D_MD070456-4.out
D3D_MD070501-1.out
D3D_MD070501-2.out
D3D_MD070503-2-2.out
D3D_MD070517-2.out
D3D_MD070521-1.out
D3D_MD070521-2.out
D3D_MD070620-1.out
D3D_MD070629-1.out
D3D_MD232.out
D3D_MJ021506SL2.out
D3D_MJ030105-2-1.out
D3D_MJ033005-4.out
D3D_MJ042605-1.out
D3D_MJ050305-3.out
D3D_MJ061404-2-1.out
D3D_MJ061404-2-2.out
D3D_MJ061404-3.out
D3D_MJ070504-c1.out
D3D_MJ070504-c2.out
D3D_MJ070604-2.out
D3D_MJ072004-1.out
D3D_MJ080904-1.out
D3D_MJ090804-1-1.out
D3D_MJ090804-1-2.out
D3D_MJ090804-1-3.out
D3D_MJ090804-2-1.out
D3D_MJ090804-2-2.out
D3D_MJ090804-2-3.out
D3D_MJ090804-2-5.out
D3D_RA080304-1.out
D3D_RA080304-3.out
D3D_RosaG282A.out
D3D_RosaY131B.out
D3D_RosaY142A-incomplete.out
D3D_RosaY151B.out
D3D_TS060407s1c1complete.out
D3D_TS070804.out
D3D_Vn01062006-0-1-A.out
D3D_Vn01062006-0-1-B.out
D3D_Vn01132006-0-A.out
D3D_Vn01132006-0-C.out
D3D_Vn01162006-0-A.out
D3D_Vn01162006-0-B.out
D3D_Vn01162006-0-D.out
D3D_Vn01162006-1-C.out
D3D_Vn01232006-0-A.out
D3D_Vn01232006-0-B.out
D3D_Vn01232006-0-C.out
D3D_Vn02042006-0-C.out
D3D_Vn02042006-0-D.out
D3D_Vn02062006-1-B.out
D3D_Vn02062006-1-C.out
D3D_Vn02062006-1-D.out
D3D_Vn02162006-0-D.out
D3D_Vn02222006-0-D.out
D3D_Vn03082006-0-B.out
D3D_Vn03082006-0-C.out
D3D_Vn03082006-0-D.out
D3D_Vn03202006-1-A.out
D3D_Vn03202006-1-D.out
D3D_VN033105-1.out
D3D_VN033105-2.out
D3D_Vn03312005-1.out
D3D_Vn04012005-0-1.out
D3D_Vn04042006-0-A.out
D3D_Vn04042006-0-C.out
D3D_Vn04042006-0-D.out
D3D_VN041305-0-1.out
D3D_VN041305-0-2.out
D3D_VN041305-0-3.out
D3D_Vn04172006-0-D.out
D3D_VN04172006-1unfinished.out
D3D_Vn04182006-0-B.out
D3D_Vn04182006-0-D.out
D3D_Vn04192006-0-D.out
D3D_VN042105-0.out
D3D_Vn04212005-0-0.out
D3D_VN051305-a.out
D3D_VN051305-b.out
D3D_Vn05132005-1.out
D3D_Vn05192006-0-1.out
D3D_Vn05192006-1-B.out
D3D_Vn05302006-0-D.out
D3D_VN06012004-0.out
D3D_Vn06202006-0-B.out
D3D_Vn06202006-0-D.out
D3D_VN062404-1.out
D3D_Vn07132006-0-C.out
D3D_VN07142006-0-C.out
D3D_Vn07142006-1-C.out
D3D_Vn07142006-1-D.out
D3D_Vn07172006-0-B.out
D3D_VN071904.out
D3D_Vn07202006-0-D.out
D3D_Vn11302005-0-A.out
D3D_Vn12052005-0-A.out
D3D_Vn12052005-0-D.out
D3D_Vn12052005-1-A.out
D3D_Vn12052005-1-D.out
D3D_Vn12262005-1-C.out
D3D_Vn12262005-1-D.out
Markram_cells.txt
Markram_L5_cells.txt
rat_layer23.txt
rat_layer23_diams.txt
rat_layer4.txt
rat_layer4_diams.txt
rat_layer5.txt
rat_layer5_diams.txt
Staiger_cells.txt
Svoboda_cells.txt
Yuste_cells.txt
                            
0	0	65.0334	1.15021	-0.094	0.305	2	-19	-52.12	-2.5	-1	2	160	1
1	65.0334	6.12814	0.49	-19	-52.12	-2.5	-20.22	-56.03	-1.5	0	2	75	2
2	71.1616	42.1356	0.49	-20.22	-56.03	-1.5	-35.34	-84.89	-1	1	2	44	3
3	113.297	8.43096	0.49	-35.34	-84.89	-1	-36.69	-92.48	-2	2	2	11	4
4	121.728	15.075	0.49	-36.69	-92.48	-2	-44.73	-103.48	-1	3	2	6	5
5	136.803	104.285	0.499996	-44.73	-103.48	-1	-53.51	-193.74	-6.5	4	0	-1	-1
6	136.803	198.888	0.241151	-44.73	-103.48	-1	-153.51	-110.33	42	4	2	8	7
7	335.691	148.763	0.24	-153.51	-110.33	42	-239.24	-105.68	67.5	6	0	-1	-1
8	335.691	19.8485	0.24	-153.51	-110.33	42	-155.83	-99.08	46	6	2	10	9
9	355.539	5.62384	0.24	-155.83	-99.08	46	-152.66	-96.39	44	8	0	-1	-1
10	355.539	129.301	0.24	-155.83	-99.08	46	-145.71	-64.1	69	8	0	-1	-1
11	121.728	34.4424	0.24567	-36.69	-92.48	-2	-17.54	-111.31	3.5	3	2	25	12
12	156.17	126.978	0.24	-17.54	-111.31	3.5	90.63	-124.27	7	11	2	14	13
13	283.149	4.73774	0.24	90.63	-124.27	7	95.02	-122.56	6.5	12	0	-1	-1
14	283.149	44.5316	0.24	90.63	-124.27	7	129.04	-125.74	2.5	12	2	16	15
15	327.68	2.3087	0.24	129.04	-125.74	2.5	128.55	-123.54	3	14	0	-1	-1
16	327.68	108.347	0.24	129.04	-125.74	2.5	220.13	-111.31	-0.5	14	2	18	17
17	436.027	1.24535	0.24	220.13	-111.31	-0.5	220.38	-112.53	-0.5	16	0	-1	-1
18	436.027	1.6428	0.24	220.13	-111.31	-0.5	221.35	-110.33	0	16	2	20	19
19	437.67	3.53469	0.24	221.35	-110.33	0	219.89	-107.15	-0.5	18	0	-1	-1
20	437.67	20.9628	0.24	221.35	-110.33	0	240.62	-111.8	-1	18	2	22	21
21	458.633	2.85203	0.24	240.62	-111.8	-1	239.16	-114.25	-1	20	0	-1	-1
22	458.633	121.004	0.24	240.62	-111.8	-1	338.06	-120.36	-3.5	20	2	24	23
23	579.637	2.09153	0.24	338.06	-120.36	-3.5	337.33	-122.32	-3.5	22	0	-1	-1
24	579.637	81.3555	0.24	338.06	-120.36	-3.5	402.32	-130.88	-9.5	22	0	-1	-1
25	156.17	10.5055	0.24	-17.54	-111.31	3.5	-14.25	-118.89	5.5	11	2	39	26
26	166.676	237.687	0.24	-14.25	-118.89	5.5	160.38	-238.75	-2.5	25	2	28	27
27	404.363	2.30846	0.24	160.38	-238.75	-2.5	158.19	-239.48	-2.5	26	0	-1	-1
28	404.363	8.5055	0.24	160.38	-238.75	-2.5	165.75	-243.15	-3	26	2	30	29
29	412.868	2.1006	0.24	165.75	-243.15	-3	164.04	-244.37	-3	28	0	-1	-1
30	412.868	61.0918	0.24	165.75	-243.15	-3	202.21	-279.11	-1.5	28	2	32	31
31	473.96	3.13128	0.24	202.21	-279.11	-1.5	204.16	-276.66	-1.5	30	0	-1	-1
32	473.96	280.651	0.24	202.21	-279.11	-1.5	362.81	-345.64	21.5	30	2	38	33
33	754.611	1.84418	0.24	362.81	-345.64	21.5	364.28	-346.13	20.5	32	2	35	34
34	756.455	2.25174	0.24	364.28	-346.13	20.5	364.76	-348.33	20.5	33	0	-1	-1
35	756.455	4.00887	0.24	364.28	-346.13	20.5	365.01	-342.22	21	33	2	37	36
36	760.464	2.14134	0.24	365.01	-342.22	21	366.96	-342.95	21.5	35	0	-1	-1
37	760.464	12.4462	0.24	365.01	-342.22	21	364.28	-330.96	23.5	35	0	-1	-1
38	754.611	45.2731	0.24	362.81	-345.64	21.5	383.06	-321.18	25.5	32	0	-1	-1
39	166.676	439.709	0.24	-14.25	-118.89	5.5	263.43	-320.45	62.5	25	2	41	40
40	606.385	3.69263	0.24	263.43	-320.45	62.5	262.94	-324.11	62.5	39	0	-1	-1
41	606.385	4.43858	0.24	263.43	-320.45	62.5	266.84	-322.4	62.5	39	2	43	42
42	610.824	2.48872	0.24	266.84	-322.4	62.5	269.28	-322.89	62.5	41	0	-1	-1
43	610.824	64.0901	0.24	266.84	-322.4	62.5	315.98	-344.17	67	41	0	-1	-1
44	113.297	83.4193	0.243311	-35.34	-84.89	-1	-73.51	-78.53	14.5	2	2	66	45
45	196.716	446.481	0.24	-73.51	-78.53	14.5	-141.56	326.04	26	44	2	47	46
46	643.197	3.46544	0.24	-141.56	326.04	26	-138.39	327.02	27	45	0	-1	-1
47	643.197	32.23	0.24	-141.56	326.04	26	-146.44	351.23	21.5	45	2	65	48
48	675.427	94.9471	0.24	-146.44	351.23	21.5	-141.07	438.07	14.5	47	2	60	49
49	770.375	46.0138	0.24	-141.07	438.07	14.5	-139.24	482.34	12	48	2	51	50
50	816.388	2.73679	0.24	-139.24	482.34	12	-136.56	482.1	11.5	49	0	-1	-1
51	816.388	77.9446	0.24	-139.24	482.34	12	-130.83	554.99	9.5	49	2	53	52
52	894.333	4.17719	0.24	-130.83	554.99	9.5	-129.61	551.07	10	51	0	-1	-1
53	894.333	72.718	0.24	-130.83	554.99	9.5	-116.2	617.61	9	51	2	55	54
54	967.051	2.43602	0.24	-116.2	617.61	9	-118.15	619.07	9	53	0	-1	-1
55	967.051	11.5064	0.24	-116.2	617.61	9	-111.32	626.66	9.5	53	2	57	56
56	978.557	88.8106	0.24	-111.32	626.66	9.5	-58.15	639.87	-7.5	55	0	-1	-1
57	978.557	375.314	0.24	-111.32	626.66	9.5	143.19	566.48	41.5	55	2	59	58
58	1353.87	6.43818	0.24	143.19	566.48	41.5	148.31	563.3	41	57	0	-1	-1
59	1353.87	54.3267	0.24	143.19	566.48	41.5	169.16	581.65	51	57	0	-1	-1
60	770.375	113.698	0.24	-141.07	438.07	14.5	-82.05	522.46	24.5	48	2	64	61
61	884.072	195.351	0.24	-82.05	522.46	24.5	-7.54	643.29	58.5	60	2	63	62
62	1079.42	5.44882	0.24	-7.54	643.29	58.5	-6.32	645.49	59.5	61	0	-1	-1
63	1079.42	34.7283	0.24	-7.54	643.29	58.5	-10.95	655.52	60.5	61	0	-1	-1
64	884.072	161.039	0.24	-82.05	522.46	24.5	-32.17	409.2	21	60	0	-1	-1
65	675.427	219.485	0.24	-146.44	351.23	21.5	-171.32	506.31	-6	47	0	-1	-1
66	196.716	154.018	0.24	-73.51	-78.53	14.5	-167.66	-58.48	50.5	44	2	68	67
67	350.735	4.95682	0.24	-167.66	-58.48	50.5	-164.97	-54.56	50.5	66	0	-1	-1
68	350.735	159.814	0.24	-167.66	-58.48	50.5	-213.63	24.69	63.5	66	2	70	69
69	510.548	3.63672	0.24	-213.63	24.69	63.5	-216.56	26.4	63	68	0	-1	-1
70	510.548	49.8945	0.24	-213.63	24.69	63.5	-212.53	68.96	62.5	68	2	72	71
71	560.443	2.90629	0.24	-212.53	68.96	62.5	-215.22	69.94	62	70	0	-1	-1
72	560.443	98.4099	0.24	-212.53	68.96	62.5	-200.83	146.75	67	70	2	74	73
73	658.852	2.2485	0.24	-200.83	146.75	67	-199.12	148.21	67	72	0	-1	-1
74	658.852	16.6327	0.24	-200.83	146.75	67	-202.29	158.73	66.5	72	0	-1	-1
75	71.1616	10.62	0.258621	-20.22	-56.03	-1.5	-22.78	-50.4	1	1	2	123	76
76	81.7816	31.9053	0.24	-22.78	-50.4	1	-31.81	-25.94	0.5	75	2	102	77
77	113.687	7.38097	0.24	-31.81	-25.94	0.5	-33.76	-20.07	2	76	2	99	78
78	121.068	209.66	0.24	-33.76	-20.07	2	-78.88	159.95	7	77	2	80	79
79	330.728	1.90905	0.24	-78.88	159.95	7	-77.42	161.18	7	78	0	-1	-1
80	330.728	5.90517	0.24	-78.88	159.95	7	-80.59	165.58	7.5	78	2	82	81
81	336.633	2.57076	0.24	-80.59	165.58	7.5	-82.29	164.36	7	80	0	-1	-1
82	336.633	94.7544	0.24	-80.59	165.58	7.5	-90.59	254.62	6	80	2	84	83
83	431.387	2.24415	0.24	-90.59	254.62	6	-92.78	254.13	6	82	0	-1	-1
84	431.387	31.5885	0.24	-90.59	254.62	6	-90.95	285.19	5	82	2	86	85
85	462.976	2.85393	0.24	-90.95	285.19	5	-93.39	284.7	6	84	0	-1	-1
86	462.976	73.9352	0.24	-90.95	285.19	5	-105.95	347.08	2	84	2	88	87
87	536.911	242.134	0.24	-105.95	347.08	2	4.65	521.97	22	86	0	-1	-1
88	536.911	59.4571	0.24	-105.95	347.08	2	-111.81	402.36	-0.5	86	2	90	89
89	596.368	2.62944	0.24	-111.81	402.36	-0.5	-109.37	401.38	-0.5	88	0	-1	-1
90	596.368	92.8909	0.24	-111.81	402.36	-0.5	-92.42	480.63	-0.5	88	2	92	91
91	689.259	23.6208	0.24	-92.42	480.63	-0.5	-81.68	482.34	-3	90	0	-1	-1
92	689.259	19.7579	0.24	-92.42	480.63	-0.5	-83.51	496.77	-0.5	90	2	94	93
93	709.017	24.3138	0.24	-83.51	496.77	-0.5	-80.83	493.59	-7	92	0	-1	-1
94	709.017	71.3819	0.24	-83.51	496.77	-0.5	-52.42	544.96	5.5	92	2	96	95
95	780.399	32.9572	0.24	-52.42	544.96	5.5	-46.32	575.78	6	94	0	-1	-1
96	780.399	201.227	0.24	-52.42	544.96	5.5	85.26	541.05	48	94	2	98	97
97	981.626	112.791	0.24	85.26	541.05	48	68.68	464.97	69	96	0	-1	-1
98	981.626	127.576	0.24	85.26	541.05	48	132.7	493.35	33.5	96	0	-1	-1
99	121.068	41.2165	0.24	-33.76	-20.07	2	-12.17	6.59	-4.5	77	2	101	100
100	162.284	24.2328	0.24	-12.17	6.59	-4.5	-19.25	19.31	-8.5	99	0	-1	-1
101	162.284	8.46058	0.24	-12.17	6.59	-4.5	-6.08	7.08	-4	99	0	-1	-1
102	113.687	66.771	0.24	-31.81	-25.94	0.5	-23.03	34.47	9	76	2	104	103
103	180.458	1.85844	0.24	-23.03	34.47	9	-24	35.7	8	102	0	-1	-1
104	180.458	15.4577	0.24	-23.03	34.47	9	-22.05	48.42	8.5	102	2	106	105
105	195.916	2.72624	0.24	-22.05	48.42	8.5	-24.73	48.42	8	104	0	-1	-1
106	195.916	49.7397	0.24	-22.05	48.42	8.5	-23.88	91.71	13.5	104	2	108	107
107	245.655	31.7909	0.24	-23.88	91.71	13.5	-49.25	101.98	14.5	106	0	-1	-1
108	245.655	92.9098	0.24	-23.88	91.71	13.5	-46.69	167.05	25.5	106	2	122	109
109	338.565	269.076	0.24	-46.69	167.05	25.5	-111.68	390.61	45.5	108	2	111	110
110	607.641	3.52983	0.24	-111.68	390.61	45.5	-113.15	387.44	46	109	0	-1	-1
111	607.641	21.8273	0.24	-111.68	390.61	45.5	-114.37	410.43	46	109	2	113	112
112	629.468	19.7907	0.24	-114.37	410.43	46	-109.61	427.31	43.5	111	0	-1	-1
113	629.468	15.6822	0.24	-114.37	410.43	46	-115.46	424.86	46.5	111	2	115	114
114	645.15	2.15927	0.24	-115.46	424.86	46.5	-117.17	423.64	47	113	0	-1	-1
115	645.15	27.7416	0.24	-115.46	424.86	46.5	-119.12	450.3	47.5	113	2	117	116
116	672.892	153.655	0.24	-119.12	450.3	47.5	-215.83	423.88	67	115	0	-1	-1
117	672.892	39.7881	0.24	-119.12	450.3	47.5	-120.95	486.25	49.5	115	2	119	118
118	712.68	198.787	0.24	-120.95	486.25	49.5	-217.05	552.3	64	117	0	-1	-1
119	712.68	271.94	0.24	-120.95	486.25	49.5	74.53	594.37	58.5	117	2	121	120
120	984.619	3.81935	0.24	74.53	594.37	58.5	77.46	591.92	58.5	119	0	-1	-1
121	984.619	92.0656	0.24	74.53	594.37	58.5	140.26	599.26	60.5	119	0	-1	-1
122	338.565	504.093	0.24	-46.69	167.05	25.5	-137.66	507.29	23	108	0	-1	-1
123	81.7816	139.773	0.24	-22.78	-50.4	1	40.14	30.07	16.5	75	2	139	124
124	221.555	136.449	0.24	40.14	30.07	16.5	141.11	103.94	15	123	2	126	125
125	358.004	22.6411	0.24	141.11	103.94	15	137.7	88.04	17	124	0	-1	-1
126	358.004	73.1778	0.24	141.11	103.94	15	196.6	135.74	12.5	124	2	128	127
127	431.182	3.27807	0.24	196.6	135.74	12.5	199.53	134.27	12.5	126	0	-1	-1
128	431.182	31.8154	0.24	196.6	135.74	12.5	220.99	146.5	12	126	2	130	129
129	462.997	3.70692	0.24	220.99	146.5	12	221.48	142.83	12	128	0	-1	-1
130	462.997	1.01138	0.24	220.99	146.5	12	220.74	147.48	12	128	2	132	131
131	464.009	6.74989	0.24	220.74	147.48	12	224.89	143.81	12	130	0	-1	-1
132	464.009	341.939	0.24	220.74	147.48	12	442.44	313.81	-4	130	2	134	133
133	805.948	58.0807	0.24	442.44	313.81	-4	462.93	331.42	-10	132	0	-1	-1
134	805.948	10.062	0.24	442.44	313.81	-4	449.27	308.18	-3	132	2	136	135
135	816.01	13.9806	0.24	449.27	308.18	-3	450.74	294.73	-3.5	134	0	-1	-1
136	816.01	50.1837	0.24	449.27	308.18	-3	483.42	291.55	-5.5	134	2	138	137
137	866.193	1.32033	0.24	483.42	291.55	-5.5	482.69	290.57	-5	136	0	-1	-1
138	866.193	68.6121	0.24	483.42	291.55	-5.5	524.27	268.31	-10.5	136	0	-1	-1
139	221.555	74.4563	0.24	40.14	30.07	16.5	24.78	98.07	14	123	2	141	140
140	296.011	3.65623	0.24	24.78	98.07	14	27.7	100.03	13	139	0	-1	-1
141	296.011	65.7068	0.24	24.78	98.07	14	21.97	160.2	10.5	139	2	143	142
142	361.718	4.49013	0.24	21.97	160.2	10.5	18.8	157.02	10.5	141	0	-1	-1
143	361.718	59.1946	0.24	21.97	160.2	10.5	13.8	213.03	6	141	2	145	144
144	420.913	2.07186	0.24	13.8	213.03	6	11.85	213.52	6.5	143	0	-1	-1
145	420.913	5.64536	0.24	13.8	213.03	6	13.8	218.17	6.5	143	2	147	146
146	426.558	1.46	0.24	13.8	218.17	6.5	12.34	218.17	6.5	145	0	-1	-1
147	426.558	65.4185	0.24	13.8	218.17	6.5	15.14	278.34	2	145	2	149	148
148	491.976	5.15243	0.24	15.14	278.34	2	20.14	279.08	1	147	0	-1	-1
149	491.976	48.1594	0.24	15.14	278.34	2	20.14	320.17	-1.5	147	2	155	150
150	540.136	67.0146	0.24	20.14	320.17	-1.5	35.14	373.98	-4.5	149	2	152	151
151	607.15	2.1272	0.24	35.14	373.98	-4.5	37.21	374.47	-4.5	150	0	-1	-1
152	607.15	3.44883	0.24	35.14	373.98	-4.5	34.78	377.41	-4.5	150	2	154	153
153	610.599	2.31795	0.24	34.78	377.41	-4.5	32.58	378.14	-4.5	152	0	-1	-1
154	610.599	170.323	0.24	34.78	377.41	-4.5	53.43	524.9	-9.5	152	0	-1	-1
155	540.136	280.42	0.24	20.14	320.17	-1.5	-135.71	477.94	-6.5	149	2	157	156
156	820.555	2.15927	0.24	-135.71	477.94	-6.5	-136.93	476.23	-7	155	0	-1	-1
157	820.555	33.9985	0.24	-135.71	477.94	-6.5	-148.15	505.09	-7.5	155	2	159	158
158	854.554	52.4031	0.24	-148.15	505.09	-7.5	-141.44	532.73	-8.5	157	0	-1	-1
159	854.554	92.857	0.24	-148.15	505.09	-7.5	-196.31	528.33	5	157	0	-1	-1
160	65.0334	15.4508	0.260271	-19	-52.12	-2.5	-17.17	-55.79	-5	0	2	176	161
161	80.4842	93.2921	0.24	-17.17	-55.79	-5	-78.64	-19.83	-5	160	2	163	162
162	173.776	79.8021	0.24	-78.64	-19.83	-5	-131.93	15.39	-1.5	161	0	-1	-1
163	173.776	182.277	0.24	-78.64	-19.83	-5	-132.66	112.99	24	161	2	165	164
164	356.053	2.30868	0.24	-132.66	112.99	24	-131.44	114.95	24	163	0	-1	-1
165	356.053	330.847	0.24	-132.66	112.99	24	-192.66	389.39	55	163	2	167	166
166	686.9	9.35379	0.24	-192.66	389.39	55	-186.31	394.77	53	165	0	-1	-1
167	686.9	42.6492	0.24	-192.66	389.39	55	-198.51	418.74	59	165	2	171	168
168	729.55	256.344	0.24	-198.51	418.74	59	-249.36	620.79	31.5	167	2	170	169
169	985.893	3.8588	0.24	-249.36	620.79	31.5	-246.19	618.83	30.5	168	0	-1	-1
170	985.893	166.268	0.24	-249.36	620.79	31.5	-180.46	668.24	11	168	0	-1	-1
171	729.55	90.8779	0.24	-198.51	418.74	59	-198.27	486.25	63	167	2	175	172
172	820.428	7.67388	0.24	-198.27	486.25	63	-192.66	483.56	63.5	171	2	174	173
173	828.101	1.51195	0.24	-192.66	483.56	63.5	-191.44	484.3	63	172	0	-1	-1
174	828.101	41.6946	0.24	-192.66	483.56	63.5	-167.05	484.79	63	172	0	-1	-1
175	820.428	91.3971	0.24	-198.27	486.25	63	-205.7	534.2	67.5	171	0	-1	-1
176	80.4842	9.17354	0.24	-17.17	-55.79	-5	-14.37	-51.14	-6.5	160	2	212	177
177	89.6578	4.85461	0.24	-14.37	-51.14	-6.5	-11.44	-47.96	-5	176	2	211	178
178	94.5124	14.1376	0.24	-11.44	-47.96	-5	-5.59	-37.44	-5	177	2	180	179
179	108.65	3.71529	0.24	-5.59	-37.44	-5	-2.17	-37.44	-5	178	0	-1	-1
180	108.65	40.588	0.24	-5.59	-37.44	-5	12.38	-9.68	-0.5	178	2	184	181
181	149.238	268.707	0.24	12.38	-9.68	-0.5	164.09	152.25	20	180	2	183	182
182	417.945	630.328	0.24	164.09	152.25	20	550.05	512.06	49.5	181	0	-1	-1
183	417.945	18.95	0.24	164.09	152.25	20	176.04	141.73	21.5	181	0	-1	-1
184	149.238	218.732	0.24	12.38	-9.68	-0.5	128.67	124.98	15.5	180	2	196	185
185	367.97	53.0251	0.24	128.67	124.98	15.5	159.04	151.64	14	184	2	187	186
186	420.995	2.72799	0.24	159.04	151.64	14	156.6	152.86	14	185	0	-1	-1
187	420.995	17.604	0.24	159.04	151.64	14	168.31	166.31	14	185	2	189	188
188	438.599	3.35549	0.24	168.31	166.31	14	165.14	167.29	13.5	187	0	-1	-1
189	438.599	15.5911	0.24	168.31	166.31	14	179.77	175.36	14	187	2	191	190
190	454.19	1.82902	0.24	179.77	175.36	14	179.4	177.08	13.5	189	0	-1	-1
191	454.19	109.7	0.24	179.77	175.36	14	252.69	238.72	9.5	189	2	193	192
192	563.89	3.34069	0.24	252.69	238.72	9.5	254.4	236.03	8.5	191	0	-1	-1
193	563.89	236.634	0.24	252.69	238.72	9.5	425.13	302.07	-6	191	2	195	194
194	800.524	1.91032	0.24	425.13	302.07	-6	426.35	303.54	-6	193	0	-1	-1
195	800.524	31.4226	0.24	425.13	302.07	-6	437.32	311.36	-11.5	193	0	-1	-1
196	367.97	191.589	0.24	128.67	124.98	15.5	266.11	217.93	26	184	2	198	197
197	559.559	4.41277	0.24	266.11	217.93	26	266.11	222.08	24.5	196	0	-1	-1
198	559.559	125.292	0.24	266.11	217.93	26	362.32	279.57	33.5	196	2	204	199
199	684.851	112.633	0.24	362.32	279.57	33.5	393.79	365.18	44.5	198	2	201	200
200	797.484	21.526	0.24	393.79	365.18	44.5	381.59	357.35	43	199	0	-1	-1
201	797.484	237.633	0.24	393.79	365.18	44.5	490.98	516.83	30.5	199	2	203	202
202	1035.12	12.9017	0.24	490.98	516.83	30.5	501.22	522.46	29	201	0	-1	-1
203	1035.12	15.5389	0.24	490.98	516.83	30.5	500.25	527.59	29	201	0	-1	-1
204	684.851	31.2318	0.24	362.32	279.57	33.5	388.06	291.8	35	198	2	206	205
205	716.082	2.89215	0.24	388.06	291.8	35	386.59	294.24	34.5	204	0	-1	-1
206	716.082	21.5896	0.24	388.06	291.8	35	404.15	301.82	36	204	2	208	207
207	737.672	40.7738	0.24	404.15	301.82	36	411.59	331.91	38	206	0	-1	-1
208	737.672	558.361	0.24	404.15	301.82	36	673.66	137.21	39	206	2	210	209
209	1296.03	2.939	0.24	673.66	137.21	39	675.85	135.25	39	208	0	-1	-1
210	1296.03	52.0588	0.24	673.66	137.21	39	643.9	104.43	39	208	0	-1	-1
211	94.5124	8.0468	0.24	-11.44	-47.96	-5	-9.86	-41.35	-4.5	177	0	-1	-1
212	89.6578	27.0193	0.24	-14.37	-51.14	-6.5	-13.27	-52.12	-9.5	176	0	-1	-1

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