Table 2 Parameters for pyramidal neurons and interneurons
From: Reconstructing neuronal circuitry from parallel spike trains
Neuron models | |
|---|---|
\({C}_{{\rm{m}}}^{{\rm{pyr}}}\), \({C}_{{\rm{m}}}^{{\rm{inh}}}\) [\(\mu\)F cm\({}^{-2}\)] | 1.0, 1.0 |
\({g}_{{\rm{L}}}^{{\rm{pyr}}}\), \({g}_{{\rm{L}}}^{{\rm{inh}}}\) [mS cm\({}^{-2}\)] | 0.045, 0.1 |
\({g}_{{\rm{Na}}}^{{\rm{pyr}}}\), \({g}_{{\rm{Na}}}^{{\rm{inh}}}\) [mS cm\({}^{-2}\)] | 50.0, 112.0 |
\({g}_{{\rm{K}}}^{{\rm{pyr}}}\), \({g}_{{\rm{M}}}^{{\rm{pyr}}}\), \({g}_{{\rm{K1}}}^{{\rm{inh}}}\), \({g}_{{\rm{K2}}}^{{\rm{inh}}}\) [\({\rm{mS}}\ {{\rm{cm}}}^{-2}\)] | 5.0, 0.07, 0.224, 224.0 |
\({E}_{{\rm{L}}}^{{\rm{pyr}}}\), \({E}_{{\rm{L}}}^{{\rm{inh}}}\) [mV] | −80.0, −70.0 |
\({E}_{{\rm{Na}}}^{{\rm{pyr}}}\), \({E}_{{\rm{Na}}}^{{\rm{inh}}}\) [mV] | 50.0, 55.0 |
\({E}_{{\rm{K}}}^{{\rm{pyr}}}\), \({E}_{{\rm{K}}}^{{\rm{inh}}}\) [mV] | −90.0, −97.0 |
\(S\) [cm\({}^{2}\)] | \(3.5\times 1{0}^{-4}\) |
