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. 2015 Mar 23;7:6. doi: 10.3389/fnsyn.2015.00006

Table 2.

Morphological and passive electrical properties of hippocampal principal cells used in the simulations.

Area Cell code Dendritic length (μm) Dendritic surface (μm2) Soma surface (μm2) Input resistance (MΩ) Membrane resistivity (Ωcm2)
CA1 20130613_02 10038 84706 1087 71.4 47200
20130613_03 6539 44687 1246 78.1 22500
20130617_02 9035 53584 1084 90.0 39050
20130701_02 10763 67055 593 52.3 24000
20131126_01 7675 66535 462 101.9 60700
CA3 20131106_02 8650 49925 1046 142.3 70900
20131107_01 9191 36962 876 82.3 24600
20131122_01 7679 41264 621 101.1 31300
20131217_01 4677 27897 624 150.3 42550
20131217_03 8454 46590 1304 134.9 59700
DG 20130613_01 2503 14514 318 66.0 6660
20131112_01 3465 16520 238 95.1 9700
20131117_02 3901 19827 403 130.8 17570
20131121_03 2738 12861 402 106.1 8250

Basic morphological and membrane properties of hippocampal principal cells as derived for single-cell simulations. The specific membrane capacitance (Cm) was 1 μF/cm2, and the axial resistivity (Ri) 140 Ohm/cm for all cells, Membrane resistivity (Rm) was assumed to be uniform for DGCs and non-uniform for PCs, with 50% lower values at the distal dendrites. The table refers to the proximal Rm value for the non-uniform models. For further detail see Methods.