JCN_2004_Rubin_Terman_GPe_Neuron

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Simulation Result

ToolinsilicoSim1.4.4
Method4th-rungekutta
Time step0.01 millisecond
Length3000 millisecond
Data sampling1/10
  • V_gpe
Result

Model Properties

ISML version1.0
DBID557
Registration2012-06-26 17:14:08
Last Update2012-06-26 05:18:13
Root ModuleJCN_2004_Rubin_Terman_GPe_Neuron
Number of Modules16
DescriptionFigure 4 C D of "High Frequency Stimulation of the Subthalamic Nucleus Eliminates Pathological Thalamic Rhythmicity in a Computational Model" by Rubin et al, in The Journal of Computational Neuroscience 16,211-235,2004.\nFor single neuron case,phi_n=0.05,k_Ca=20.0,g_Ca=0.15.\nFig 4 C 0-1000ms n_gpe,phi_n=0.05,Ca_gpe,k_Ca=20.0,I_Ca_gpe,g_Ca=0.15,I_app=0.0\nFig 4 C 1000-2000ms n_gpe,phi_n=0.05,Ca_gpe,k_Ca=20.0,I_Ca_gpe,g_Ca=0.15,I_app=2.0\nFig 4 D 0-1000ms n_gpe,phi_n=0.05,Ca_gpe,k_Ca=20.0,I_Ca_gpe,g_Ca=0.15,I_app=-0.5

Article Infromation

article-titleHigh frequency stimulation of the subthalamic nucleus eliminates pathological thalamic rhythmicity in a computational model.
authorJonathan E Rubin, David Terman
journal-titleJournal of computational neuroscience
volume16
pages211-35
year
PubMedID15114047

Creator Infromation

NameHiroyuki Shakuda
OrganizationGraduate School of Engineering Science, Osaka University