. 2026 Jul 14;88(8):138. doi: 10.1007/s11538-026-01683-7

Table 3.

Default parameter values for temperature and conductances. Total conductance is defined as $g_{ion, (\cdot)} = {\bar{g}}_{ion, (\cdot)} a_{(\cdot)}$

	Equations	Value	Description
T	(4)	$37^{\circ}$ C	Temperature
${\bar{g}}_{N a, e A}$	(5a)	1 mS ${dm}^{- 2}$	Na⁺ conductance on basolateral membrane
${\bar{g}}_{N a, A B}$	(5a),(6a)	1 mS ${dm}^{- 2}$	Na⁺ conductance on apical surface
${\bar{g}}_{N a, e B}$	(6a)	1 mS ${dm}^{- 2}$	Na⁺ conductance on para. pathway
${\bar{g}}_{K, e A}$	(5b)	60 mS ${dm}^{- 2}$	K⁺ conductance on basolateral membrane
${\bar{g}}_{K, A B}$	(5b),(6b)	30 mS ${dm}^{- 2}$	K⁺ conductance on the apical surface
${\bar{g}}_{K, e B}$	(6b)	60 mS ${dm}^{- 2}$	K⁺ conductance on para. pathway
${\bar{g}}_{C l, e A}$	(5c)	2 mS ${dm}^{- 2}$	Cl^- conductance on basolateral membrane
${\bar{g}}_{C l, A B}$	(5c),(6c)	300 mS ${dm}^{- 2}$	Cl^- conductance on apical surface
${\bar{g}}_{C l, e B}$	(6c)	10 mS ${dm}^{- 2}$	Cl^- conductance on para. pathway