CdpStC_MA2020_GoC

class braincell.ion.CdpStC_MA2020_GoC(size, temp=Quantity(298.15, 'K'), Nannuli=10.9495, cainull=Quantity(4.5e-05, 'mM'), mginull=Quantity(0.59, 'mM'), Buffnull1=Quantity(0., 'mM'), rf1=Quantity(0.0134329, '1 / (mM * ms)'), rf2=Quantity(0.0397469, 'kHz'), Buffnull2=Quantity(60.9091, 'mM'), rf3=Quantity(0.1435, '1 / (mM * ms)'), rf4=Quantity(0.0014, 'kHz'), BTCnull=Quantity(0., 'mM'), b1=Quantity(5.33, '1 / (mM * ms)'), b2=Quantity(0.08, 'kHz'), DMNPEnull=Quantity(0., 'mM'), c1=Quantity(5.63, '1 / (mM * ms)'), c2=Quantity(0.000107, 'kHz'), PVnull=Quantity(0.08, 'mM'), m1=Quantity(107., '1 / (mM * ms)'), m2=Quantity(0.00095, 'kHz'), p1=Quantity(0.8, '1 / (mM * ms)'), p2=Quantity(0.025, 'kHz'), CAM_start=Quantity(0.03, 'mM'), K1Coff=Quantity(0.04, 'kHz'), K1Con=Quantity(5.4, '1 / (mM * ms)'), K2Coff=Quantity(0.00925, 'kHz'), K2Con=Quantity(15., '1 / (mM * ms)'), K1Noff=Quantity(2.5, 'kHz'), K1Non=Quantity(142.5, '1 / (mM * ms)'), K2Noff=Quantity(0.75, 'kHz'), K2Non=Quantity(175., '1 / (mM * ms)'), kpmp1=Quantity(0.003, '1 / (mM * ms)'), kpmp2=Quantity(1.75e-05, 'kHz'), kpmp3=Quantity(7.255e-05, 'kHz'), TotalPump=Quantity(1.e-09, 'mol / cm^2'), Co=None, Ci_initializer=None, species_initializers=None, solver='backward_euler', substeps=1, name=None, **channels)

Template-based import of CdpStC_MA20_GoC.mod.

Ci corresponds to the NMODL calcium pool ca / cai. The reversible kinetic scheme is preserved as 20 explicit reactions, plus the original current-driven source and the single pump conservation relation.