// Created by libAntimony v2.8.0 model *Cronwright2002_Glycerol_Synthesis() // Compartments and Species: compartment compartment_; species G3P in compartment_, $Gly in compartment_, $DHAP in compartment_; // Reactions: Gpd_p: $DHAP -> G3P; ((compartment_*Gpd_p_Vf1)/(Gpd_p_K1nadh*Gpd_p_K1dhap)*(Gpd_p_NADH*DHAP - (Gpd_p_NAD*G3P)/Gpd_p_Keq1))/((1 + Gpd_p_F16BP/Gpd_p_K1f16bp + Gpd_p_ATP/Gpd_p_K1atp + Gpd_p_ADP/Gpd_p_K1adp)*(1 + Gpd_p_NADH/Gpd_p_K1nadh + Gpd_p_NAD/Gpd_p_K1nad)*(1 + DHAP/Gpd_p_K1dhap + G3P/Gpd_p_K1g3p)); Gpp_p: G3P -> $Gly; (compartment_*Gpp_p_V2*G3P)/Gpp_p_K2g3p/((1 + G3P/Gpp_p_K2g3p)*(1 + Gpp_p_Phi/Gpp_p_K2phi)); // Species initializations: G3P = 0; Gly = 15.1; DHAP = 0.59; // Compartment initializations: compartment_ = 1; // Variable initializations: Gpd_p_Vf1 = 47; Gpd_p_Vf1 has mM_per_minute; Gpd_p_K1nadh = 0.023; Gpd_p_K1nadh has mM; Gpd_p_K1dhap = 0.54; Gpd_p_K1dhap has mM; Gpd_p_NADH = 1.87; Gpd_p_NADH has mM; Gpd_p_NAD = 1.45; Gpd_p_NAD has mM; Gpd_p_Keq1 = 10000; Gpd_p_Keq1 has dimensionless; Gpd_p_F16BP = 6.01; Gpd_p_F16BP has mM; Gpd_p_K1f16bp = 4.8; Gpd_p_K1f16bp has mM; Gpd_p_ATP = 2.37; Gpd_p_ATP has mM; Gpd_p_K1atp = 0.73; Gpd_p_K1atp has mM; Gpd_p_ADP = 2.17; Gpd_p_ADP has mM; Gpd_p_K1adp = 2; Gpd_p_K1adp has mM; Gpd_p_K1nad = 0.93; Gpd_p_K1nad has mM; Gpd_p_K1g3p = 1.2; Gpd_p_K1g3p has mM; Gpp_p_V2 = 53; Gpp_p_V2 has mM_per_minute; Gpp_p_K2g3p = 3.5; Gpp_p_K2g3p has mM; Gpp_p_Phi = 1; Gpp_p_Phi has mM; Gpp_p_K2phi = 1; Gpp_p_K2phi has mM; // Other declarations: const compartment_; // Unit definitions: unit substance = 1e-3 mole; unit time_unit = 60 second; unit mM_per_minute = 1e-3 mole / (litre * 60 second); unit mM = 1e-3 mole / litre; // Display Names: substance is "millimole"; time_unit is "minute"; compartment_ is "Cytoplasm"; G3P is "Glycerol 3-phosphate"; Gly is "Glycerol"; Gpd_p is "Glycerol 3-phosphate dehydrogenase"; Gpp_p is "Glycerol 3-phosphatase"; end