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. 2017 Dec 13;12(12):e0189109. doi: 10.1371/journal.pone.0189109

Table 1. Network parameters.

Parameter	Source	Parameter	Source
N_MSN = 2790000 × 0.99/S	[20, 114]	P_Ctx−STN = 0.03	[23, 112]
N_FSI = 2790000 × 0.1/S	[20, 114]	P_Ctx−MSN = 0.084	[23, 112]
N_GPe = 46000/S	[114]	P_Ctx−FSI = 0.084	^**
N_STN = 13600/S	[114]	P_SD1−SNr = 0.033	^***
N_SNr = 26300/S	[114]	P_SD2−GPe = 0.033	^***
N_{T_i} = 1000	Assumed	P_STN−SNr = 0.3	^***
R_{GPe_A} = 0.0405	[30, 69]	P_STN−GPe = 0.3	^***
R_{GPe_B} = 0.85	[69]	P_GPe−STN = 0.1	^***
R_{GPe_C} = 0.1095	[30, 69]	P_GPe−SNr = 0.1066	^***
R_RB = 0.6	[115]	P_GPe−GPe = 0.1	^***
R_LLRS = 0.25	[115]	P_SNr−SNr = 0.1	Assumed
R_NR = 0.15	[115]	$P_{M S N - M S N}^{i n t} = 0.0718$	^****
S = 300	^*	$P_{M S N - M S N}^{e x t} = 0.0082$	^****
$P_{F S I - M S N}^{i n t} = 0.2925$	^****	$P_{F S I - F S I}^{i n t} = 0.5864$	^****
$P_{F S I - M S N}^{e x t} = 0.0314$	^****	$P_{F S I - F S I}^{e x t} = 0.0092$	^****

* Assumed to be adequate for 3 channels

** Same as P_Ctx−MSN [112]

*** Calculated keeping the ratios from [22]

**** Calculated using probability distributions from [112]