def christoph2007():
"""
Creates a cell object with the following
passive properties homogenously distributed
Cm = 1 microF/cm**2
Rm = 164000 Ohms*cm**2
Ra = 194 Ohms*cm (Schmidt-Hieber et al., 2007)
"""
from CA3.morphology import ca3_15
cell = ca3_15()
for sec in cell.allsec:
sec.insert('pas')
sec.cm = 1 # in microF/cm**2
sec.Ra = 194 # in Ohms*cm
sec.g_pas = 1/164e3 # in Ohms*cm^2
return cell
def jonas1993():
"""
Creates a cell object with the following
passive properties homogenously distributed
Cm = 0.683 microF/cm^2
Rm = 164000 Ohms*cm^2
Ra = 294 Ohms*cm
just as described in Jonas et al., 1993
"""
from CA3.morphology import ca3_15
cell = ca3_15()
for sec in cell.allsec:
sec.insert('pas')
sec.cm = 0.683 # in microF/cm**2
sec.Ra = 294 # in Ohms*cm
sec.g_pas = 1/164e3 # in Ohms*cm^2
return cell
