Table 1. Parameters Params./Var. .... | Rockefeller University Press

Table 1.

Parameters

Params./Var.	Description	Value
R₀	Initial radius	5 μm
A₀	Initial area	$4 π R_{0}^{2}$
W₀	Initial volume	$\frac{4}{3} π R_{0}^{3}$
R	Universal gas const.	8.31 J K⁻¹ mol⁻¹
T	Temperature	310 K (37°C)
F	Faraday const.	96,485 C mol⁻¹
C	Total capacitance	0.0001A₀(F)
$P_{f} ν_{w}$	Osmotic permeability coeff.	1.26 × 10⁻⁵A₀(dm ⁶ mol⁻¹ s⁻¹)
	× Molar volume
g_Na	Sodium conduct.	0.001A₀(S)
g_K	Potassium conduct.	0.03A₀(S)
g_Cl	Chloride conduct.	0.002A₀(S)
$O_{e}$	Extra. osmolarity	300 mM
[Y]_e	Extra. impermeant molecule	1 mM
z_Y	Valence of Y	−1
${[K^{+}]}_{e}$	Extra. potassium conc.	3 mM
${[C l^{-}]}_{e}$	Extra. chloride conc.	149 mM
${[N a^{+}]}_{e}$	Extra. sodium conc.	147 mM
X_i	Intra. impermeant molecule	50 × W₀ m mol
z_X	Valence of X	−1
Ν	Sodium stoichiometry	3
Κ	Potassium stoichiometry	2
p_NKA	NKA pump const.	p × A₀
p_KCC	KCC co-transporter const.	c_KCC × A₀
p_NCC	NCC co-transporter const.	c_NCC × A₀
p_NKCC	NKCC co-transporter const.	c_NKCC × A₀

Params./Var.	Description	Value
R₀	Initial radius	5 μm
A₀	Initial area	$4 π R_{0}^{2}$
W₀	Initial volume	$\frac{4}{3} π R_{0}^{3}$
R	Universal gas const.	8.31 J K⁻¹ mol⁻¹
T	Temperature	310 K (37°C)
F	Faraday const.	96,485 C mol⁻¹
C	Total capacitance	0.0001A₀(F)
$P_{f} ν_{w}$	Osmotic permeability coeff.	1.26 × 10⁻⁵A₀(dm ⁶ mol⁻¹ s⁻¹)
	× Molar volume
g_Na	Sodium conduct.	0.001A₀(S)
g_K	Potassium conduct.	0.03A₀(S)
g_Cl	Chloride conduct.	0.002A₀(S)
$O_{e}$	Extra. osmolarity	300 mM
[Y]_e	Extra. impermeant molecule	1 mM
z_Y	Valence of Y	−1
${[K^{+}]}_{e}$	Extra. potassium conc.	3 mM
${[C l^{-}]}_{e}$	Extra. chloride conc.	149 mM
${[N a^{+}]}_{e}$	Extra. sodium conc.	147 mM
X_i	Intra. impermeant molecule	50 × W₀ m mol
z_X	Valence of X	−1
Ν	Sodium stoichiometry	3
Κ	Potassium stoichiometry	2
p_NKA	NKA pump const.	p × A₀
p_KCC	KCC co-transporter const.	c_KCC × A₀
p_NCC	NCC co-transporter const.	c_NCC × A₀
p_NKCC	NKCC co-transporter const.	c_NKCC × A₀