//Created by libAntimony v2.4
model albert_2005__environment(time_, glycosomal_volume, cytosolic_volume)

  // Assignment Rules:
  glycosomal_volume := total_volume * 0.043;
  cytosolic_volume := total_volume * 0.957;

  // Variable initializations:
  time_ = ;
  total_volume = 5.7;
end

model albert_2005__cytosolic_species(pyruvate_cyt, adp_cyt, atp_cyt, phosphoenolpyruvate_cyt, twophosphoglycerate_cyt, amp_cyt, threephosphoglycerate_cyt, dihydroxyacetonephosphate_cyt, glycerol3phosphate_cyt, time_, cytosolic_volume, v_PT, v_PK, v_AKc, v_AU, v_ENO, v_PGM, v_PGT, v_ANTI, v_GPO)

  // Rate Rules:
  pyruvate_cyt' = (-(1) * v_PT) / cytosolic_volume + (1 * v_PK) / cytosolic_volume;
  adp_cyt' = (-(1) * v_PK) / cytosolic_volume + (1 * v_AU) / cytosolic_volume + (2 * v_AKc) / cytosolic_volume;
  atp_cyt' = ((1 * v_PK) / cytosolic_volume - (1 * v_AU) / cytosolic_volume) - (1 * v_AKc) / cytosolic_volume;
  phosphoenolpyruvate_cyt' = (-(1) * v_PK) / cytosolic_volume + (1 * v_ENO) / cytosolic_volume;
  twophosphoglycerate_cyt' = (1 * v_PGM) / cytosolic_volume - (1 * v_ENO) / cytosolic_volume;
  amp_cyt' = (-(1) * v_AKc) / cytosolic_volume;
  threephosphoglycerate_cyt' = (-(1) * v_PGM) / cytosolic_volume + (1 * v_PGT) / cytosolic_volume;
  dihydroxyacetonephosphate_cyt' = (-(1) * v_ANTI) / cytosolic_volume + (1 * v_GPO) / cytosolic_volume;
  glycerol3phosphate_cyt' = (1 * v_ANTI) / cytosolic_volume - (1 * v_GPO) / cytosolic_volume;

  // Variable initializations:
  pyruvate_cyt = 10;
  adp_cyt = 1.31652277625;
  atp_cyt = 0.341738611875;
  phosphoenolpyruvate_cyt = 0;
  twophosphoglycerate_cyt = 0;
  amp_cyt = 2.24173861188;
  threephosphoglycerate_cyt = 0;
  dihydroxyacetonephosphate_cyt = 2.23134594788;
  glycerol3phosphate_cyt = 2.76865405212;
  time_ = ;
  cytosolic_volume = ;
  v_PT = ;
  v_PK = ;
  v_AKc = ;
  v_AU = ;
  v_ENO = ;
  v_PGM = ;
  v_PGT = ;
  v_ANTI = ;
  v_GPO = ;
end

model albert_2005__glycosomal_species(glucose_gly, atp_gly, adp_gly, amp_gly, glucose6phosphate_gly, fructose6phosphate_gly, fructose16bisphosphate_gly, dihydroxyacetonephosphate_gly, glyceraldehyde3phosphate_gly, nad_gly, nadh_gly, bisphosphoglycerate_gly, glycerol3phosphate_gly, threephosphoglycerate_gly, glycerol_gly, time_, glycosomal_volume, v_GT, v_HK, v_AKg, v_GK, v_PFK, v_PGK, v_PGI, v_ALD, v_ANTI, v_GPDH, v_GAPDH, v_TPI, v_PGT, v_GlyT)

  // Rate Rules:
  glucose_gly' = (1 * v_GT) / glycosomal_volume - (1 * v_HK) / glycosomal_volume;
  atp_gly' = (((-(1) * v_HK) / glycosomal_volume - (1 * v_PFK) / glycosomal_volume) + (1 * v_PGK) / glycosomal_volume + (1 * v_GK) / glycosomal_volume) - (1 * v_AKg) / glycosomal_volume;
  adp_gly' = ((((1 * v_HK) / glycosomal_volume + (1 * v_PFK) / glycosomal_volume) - (1 * v_PGK) / glycosomal_volume) - (1 * v_GK) / glycosomal_volume) + (2 * v_AKg) / glycosomal_volume;
  amp_gly' = (-(1) * v_AKg) / glycosomal_volume;
  glucose6phosphate_gly' = (1 * v_HK) / glycosomal_volume - (1 * v_PGI) / glycosomal_volume;
  fructose6phosphate_gly' = (1 * v_PGI) / glycosomal_volume - (1 * v_PFK) / glycosomal_volume;
  fructose16bisphosphate_gly' = (1 * v_PFK) / glycosomal_volume - (1 * v_ALD) / glycosomal_volume;
  dihydroxyacetonephosphate_gly' = (((1 * v_ALD) / glycosomal_volume - (1 * v_TPI) / glycosomal_volume) - (1 * v_GPDH) / glycosomal_volume) + (1 * v_ANTI) / glycosomal_volume;
  glyceraldehyde3phosphate_gly' = ((1 * v_ALD) / glycosomal_volume - (1 * v_GAPDH) / glycosomal_volume) + (1 * v_TPI) / glycosomal_volume;
  nad_gly' = (-(1) * v_GAPDH) / glycosomal_volume + (1 * v_GPDH) / glycosomal_volume;
  nadh_gly' = (1 * v_GAPDH) / glycosomal_volume - (1 * v_GPDH) / glycosomal_volume;
  bisphosphoglycerate_gly' = (1 * v_GAPDH) / glycosomal_volume - (1 * v_PGK) / glycosomal_volume;
  glycerol3phosphate_gly' = ((1 * v_GPDH) / glycosomal_volume - (1 * v_GK) / glycosomal_volume) - (1 * v_ANTI) / glycosomal_volume;
  threephosphoglycerate_gly' = (1 * v_PGK) / glycosomal_volume - (1 * v_PGT) / glycosomal_volume;
  glycerol_gly' = (1 * v_GK) / glycosomal_volume - (1 * v_GlyT) / glycosomal_volume;

  // Variable initializations:
  glucose_gly = 0;
  atp_gly = 0.240501857508;
  adp_gly = 1.51899628498;
  amp_gly = 4.24050185751;
  glucose6phosphate_gly = 0.5;
  fructose6phosphate_gly = 0.5;
  fructose16bisphosphate_gly = 10;
  dihydroxyacetonephosphate_gly = 8.47911460193;
  glyceraldehyde3phosphate_gly = 2.5;
  nad_gly = 2;
  nadh_gly = 2;
  bisphosphoglycerate_gly = 0.5;
  glycerol3phosphate_gly = 10.5208853981;
  threephosphoglycerate_gly = 0;
  glycerol_gly = 0;
  time_ = ;
  glycosomal_volume = ;
  v_GT = ;
  v_HK = ;
  v_AKg = ;
  v_GK = ;
  v_PFK = ;
  v_PGK = ;
  v_PGI = ;
  v_ALD = ;
  v_ANTI = ;
  v_GPDH = ;
  v_GAPDH = ;
  v_TPI = ;
  v_PGT = ;
  v_GlyT = ;
end

model albert_2005__extracellular_species(glucose_external, pyruvate_ext, glycerol_ext, time_)

  // Rate Rules:
  glucose_external' = 0;
  pyruvate_ext' = 0;
  glycerol_ext' = 0;

  // Variable initializations:
  glucose_external = 5;
  pyruvate_ext = 0;
  glycerol_ext = 0;
  time_ = ;
end

model albert_2005__v_GT(v_GT, glucose_gly, glucose_external)

  // Assignment Rules:
  v_GT := Vmax_v1 * ((glucose_external - glucose_gly) / (KGlc + glucose_external + glucose_gly + (Alpha_v1 * glucose_external * glucose_gly) / KGlc));

  // Variable initializations:
  Vmax_v1 = 108.9;
  KGlc = 1;
  Alpha_v1 = 0.75;
  glucose_gly = ;
  glucose_external = ;
end

model albert_2005__v_HK(v_HK, glucose_gly, atp_gly, adp_gly, glucose6phosphate_gly)

  // Assignment Rules:
  v_HK := Vmax_v2 * (((glucose_gly / KGlcInt_v2) * (atp_gly / KATPg_v2)) / ((1 + atp_gly / KATPg_v2 + adp_gly / KADPg_v2) * (1 + glucose_gly / KGlcInt_v2 + glucose6phosphate_gly / KGlc6P_v2)));

  // Variable initializations:
  Vmax_v2 = 1929;
  KGlcInt_v2 = 0.1;
  KATPg_v2 = 0.116;
  KADPg_v2 = 0.126;
  KGlc6P_v2 = 12;
  glucose_gly = ;
  atp_gly = ;
  adp_gly = ;
  glucose6phosphate_gly = ;
end

model albert_2005__v_PGI(v_PGI, glucose6phosphate_gly, fructose6phosphate_gly)

  // Assignment Rules:
  v_PGI := ((Vf_vPGI * glucose6phosphate_gly) / Kms_vPGI - (Vr_vPGI * fructose6phosphate_gly) / Kmp_vPGI) / (1 + glucose6phosphate_gly / Kms_vPGI + fructose6phosphate_gly / Kmp_vPGI);

  // Variable initializations:
  Kms_vPGI = 0.4;
  Kmp_vPGI = 0.12;
  Vf_vPGI = 1305;
  Vr_vPGI = 1305;
  glucose6phosphate_gly = ;
  fructose6phosphate_gly = ;
end

model albert_2005__v_PFK(v_PFK, atp_gly, fructose6phosphate_gly, fructose16bisphosphate_gly)

  // Assignment Rules:
  v_PFK := Vmax_v4 * (Ki1Fru16BP_v4 / (Ki1Fru16BP_v4 + fructose16bisphosphate_gly)) * (((fructose6phosphate_gly / KFru6P_v4) * (atp_gly / KATPg_v4)) / ((1 + fructose6phosphate_gly / KFru6P_v4 + fructose16bisphosphate_gly / Ki2Fru16BP_v4) * (1 + atp_gly / KATPg_v4)));

  // Variable initializations:
  Vmax_v4 = 1708;
  Ki1Fru16BP_v4 = 15.8;
  KFru6P_v4 = 0.82;
  KATPg_v4 = 0.026;
  Ki2Fru16BP_v4 = 10.7;
  atp_gly = ;
  fructose6phosphate_gly = ;
  fructose16bisphosphate_gly = ;
end

model albert_2005__v_ALD(v_ALD, atp_gly, adp_gly, amp_gly, fructose16bisphosphate_gly, dihydroxyacetonephosphate_gly, glyceraldehyde3phosphate_gly)

  // Assignment Rules:
  v_ALD := (Vmax_v5 * (fructose16bisphosphate_gly - (glyceraldehyde3phosphate_gly * dihydroxyacetonephosphate_gly) / Keq_v5)) / (0.009 * (1 + atp_gly / 0.68 + adp_gly / 1.51 + amp_gly / 3.65) + fructose16bisphosphate_gly + ((glyceraldehyde3phosphate_gly * 0.015 * (1 + atp_gly / 0.68 + adp_gly / 1.51 + amp_gly / 3.65)) / Keq_v5) * (1 / r_v5) + ((dihydroxyacetonephosphate_gly * KGAP_v5) / Keq_v5) * (1 / r_v5) + (fructose16bisphosphate_gly * glyceraldehyde3phosphate_gly) / KGAPi_v5 + ((glyceraldehyde3phosphate_gly * dihydroxyacetonephosphate_gly) / Keq_v5) * (1 / r_v5));

  // Variable initializations:
  Vmax_v5 = 560;
  Keq_v5 = 0.069;
  r_v5 = 1.19;
  KGAP_v5 = 0.067;
  KGAPi_v5 = 0.098;
  atp_gly = ;
  adp_gly = ;
  amp_gly = ;
  fructose16bisphosphate_gly = ;
  dihydroxyacetonephosphate_gly = ;
  glyceraldehyde3phosphate_gly = ;
end

model albert_2005__v_TPI(v_TPI, dihydroxyacetonephosphate_gly, glyceraldehyde3phosphate_gly)

  // Assignment Rules:
  v_TPI := ((Vf_vTPI * dihydroxyacetonephosphate_gly) / Kms_vTPI - (Vr_vTPI * glyceraldehyde3phosphate_gly) / Kmp_vTPI) / (1 + dihydroxyacetonephosphate_gly / Kms_vTPI + glyceraldehyde3phosphate_gly / Kmp_vTPI);

  // Variable initializations:
  Kms_vTPI = 1.2;
  Kmp_vTPI = 0.25;
  Vf_vTPI = 999.3;
  Vr_vTPI = 5696.01;
  dihydroxyacetonephosphate_gly = ;
  glyceraldehyde3phosphate_gly = ;
end

model albert_2005__v_GAPDH(v_GAPDH, glyceraldehyde3phosphate_gly, nad_gly, nadh_gly, bisphosphoglycerate_gly)

  // Assignment Rules:
  v_GAPDH := (Vmax_v7 * ((glyceraldehyde3phosphate_gly / KGAP_v7) * (nad_gly / KNAD_v7) - r_v7 * (bisphosphoglycerate_gly / KBPGA13_v7) * (nadh_gly / KNADH_v7))) / ((1 + glyceraldehyde3phosphate_gly / KGAP_v7 + bisphosphoglycerate_gly / KBPGA13_v7) * (1 + nad_gly / KNAD_v7 + nadh_gly / KNADH_v7));

  // Variable initializations:
  Vmax_v7 = 720.9;
  KGAP_v7 = 0.15;
  KNAD_v7 = 0.45;
  r_v7 = 0.67;
  KBPGA13_v7 = 0.1;
  KNADH_v7 = 0.02;
  glyceraldehyde3phosphate_gly = ;
  nad_gly = ;
  nadh_gly = ;
  bisphosphoglycerate_gly = ;
end

model albert_2005__v_GPDH(v_GPDH, dihydroxyacetonephosphate_gly, nad_gly, nadh_gly, glycerol3phosphate_gly)

  // Assignment Rules:
  v_GPDH := (Vmax_v8 * ((dihydroxyacetonephosphate_gly / KDHAPg_v8) * (nadh_gly / KNADH_v8) - r_v8 * (nad_gly / KNAD_v8) * (glycerol3phosphate_gly / KGly3Pg_v8))) / ((1 + dihydroxyacetonephosphate_gly / KDHAPg_v8 + glycerol3phosphate_gly / KGly3Pg_v8) * (1 + nadh_gly / KNADH_v8 + nad_gly / KNAD_v8));

  // Variable initializations:
  Vmax_v8 = 465;
  KDHAPg_v8 = 0.1;
  KNADH_v8 = 0.01;
  r_v8 = 0.28;
  KNAD_v8 = 0.4;
  KGly3Pg_v8 = 2;
  dihydroxyacetonephosphate_gly = ;
  nad_gly = ;
  nadh_gly = ;
  glycerol3phosphate_gly = ;
end

model albert_2005__v_GPO(v_GPO, glycerol3phosphate_cyt)

  // Assignment Rules:
  v_GPO := V_GPO_0 * ((glycerol3phosphate_cyt / Km_GPO) / (1 + glycerol3phosphate_cyt / Km_GPO));

  // Variable initializations:
  Km_GPO = 1.7;
  V_GPO_0 = 368;
  glycerol3phosphate_cyt = ;
end

model albert_2005__v_PT(v_PT, pyruvate_cyt)

  // Assignment Rules:
  v_PT := (V_PT_0 * pyruvate_cyt) / (Km_PT + pyruvate_cyt);

  // Variable initializations:
  Km_PT = 1.96;
  V_PT_0 = 200;
  pyruvate_cyt = ;
end

model albert_2005__v_PGK(v_PGK, atp_gly, adp_gly, bisphosphoglycerate_gly, threephosphoglycerate_gly)

  // Assignment Rules:
  v_PGK := (Vmax_v11 * (((bisphosphoglycerate_gly / KBPGA13_v11) * adp_gly) / KADPg_v11 - (((r_v11 * threephosphoglycerate_gly) / KPGA3_v11) * atp_gly) / KATPg_v11)) / ((1 + bisphosphoglycerate_gly / KBPGA13_v11 + threephosphoglycerate_gly / KPGA3_v11) * (1 + adp_gly / KADPg_v11 + atp_gly / KATPg_v11));

  // Variable initializations:
  Vmax_v11 = 2862;
  KBPGA13_v11 = 0.003;
  KADPg_v11 = 0.1;
  r_v11 = 0.47;
  KPGA3_v11 = 1.62;
  KATPg_v11 = 0.29;
  atp_gly = ;
  adp_gly = ;
  bisphosphoglycerate_gly = ;
  threephosphoglycerate_gly = ;
end

model albert_2005__v_PK(v_PK, adp_cyt, atp_cyt, phosphoenolpyruvate_cyt)

  // Assignment Rules:
  v_PK := ((Vmax_v12 * power(phosphoenolpyruvate_cyt / (0.34 * (1 + atp_cyt / 0.57 + adp_cyt / 0.64)), PK_n) * adp_cyt) / KADP_v12) / ((1 + power(phosphoenolpyruvate_cyt / (0.34 * (1 + atp_cyt / 0.57 + adp_cyt / 0.64)), PK_n)) * (1 + adp_cyt / KADP_v12));

  // Variable initializations:
  Vmax_v12 = 1020;
  PK_n = 2.5;
  KADP_v12 = 0.114;
  adp_cyt = ;
  atp_cyt = ;
  phosphoenolpyruvate_cyt = ;
end

model albert_2005__v_AU(v_AU, adp_cyt, atp_cyt)

  // Assignment Rules:
  v_AU := (k_vAU * atp_cyt) / adp_cyt;

  // Variable initializations:
  k_vAU = 50;
  adp_cyt = ;
  atp_cyt = ;
end

model albert_2005__v_GK(v_GK, atp_gly, adp_gly, glycerol3phosphate_gly, glycerol_gly)

  // Assignment Rules:
  v_GK := (Vmax_v14 * (((glycerol3phosphate_gly / KGly3Pg_v14) * adp_gly) / KADPg_v14 - (((r_v14 * glycerol_gly) / KGlycerol_v14) * atp_gly) / KATPg_v14)) / ((1 + glycerol3phosphate_gly / KGly3Pg_v14 + glycerol_gly / KGlycerol_v14) * (1 + adp_gly / KADPg_v14 + atp_gly / KATPg_v14));

  // Variable initializations:
  Vmax_v14 = 200;
  KGly3Pg_v14 = 3.83;
  KADPg_v14 = 0.56;
  r_v14 = 60.86;
  KGlycerol_v14 = 0.44;
  KATPg_v14 = 0.24;
  atp_gly = ;
  adp_gly = ;
  glycerol3phosphate_gly = ;
  glycerol_gly = ;
end

model albert_2005__v_PGM(v_PGM, twophosphoglycerate_cyt, threephosphoglycerate_cyt)

  // Assignment Rules:
  v_PGM := ((Vf_vPGM * threephosphoglycerate_cyt) / Kms_vPGM - (Vr_vPGM * twophosphoglycerate_cyt) / Kmp_vPGM) / (1 + threephosphoglycerate_cyt / Kms_vPGM + twophosphoglycerate_cyt / Kmp_vPGM);

  // Variable initializations:
  Kms_vPGM = 0.27;
  Kmp_vPGM = 0.11;
  Vf_vPGM = 225;
  Vr_vPGM = 495;
  twophosphoglycerate_cyt = ;
  threephosphoglycerate_cyt = ;
end

model albert_2005__v_ENO(v_ENO, phosphoenolpyruvate_cyt, twophosphoglycerate_cyt)

  // Assignment Rules:
  v_ENO := ((Vf_vENO * twophosphoglycerate_cyt) / Kms_vENO - (Vr_vENO * phosphoenolpyruvate_cyt) / Kmp_vENO) / (1 + twophosphoglycerate_cyt / Kms_vENO + phosphoenolpyruvate_cyt / Kmp_vENO);

  // Variable initializations:
  Kms_vENO = 0.054;
  Kmp_vENO = 0.24;
  Vf_vENO = 598;
  Vr_vENO = 394.68;
  phosphoenolpyruvate_cyt = ;
  twophosphoglycerate_cyt = ;
end

model albert_2005__v_AKc(v_AKc, adp_cyt, atp_cyt, amp_cyt)

  // Assignment Rules:
  v_AKc := k_vAKc * (atp_cyt * amp_cyt - keqakc * adp_cyt * adp_cyt);

  // Variable initializations:
  k_vAKc = 1000000;
  keqakc = 0.442;
  adp_cyt = ;
  atp_cyt = ;
  amp_cyt = ;
end

model albert_2005__v_AKg(v_AKg, atp_gly, adp_gly, amp_gly)

  // Assignment Rules:
  v_AKg := k_vAKg * (atp_gly * amp_gly - keqakg * adp_gly * adp_gly);

  // Variable initializations:
  k_vAKg = 1000000;
  keqakg = 0.442;
  atp_gly = ;
  adp_gly = ;
  amp_gly = ;
end

model albert_2005__v_PGT(v_PGT, threephosphoglycerate_cyt, threephosphoglycerate_gly)

  // Assignment Rules:
  v_PGT := k1_vPGT * threephosphoglycerate_gly - k2_vPGT * threephosphoglycerate_cyt;

  // Variable initializations:
  k1_vPGT = 1000000;
  k2_vPGT = 1000000;
  threephosphoglycerate_cyt = ;
  threephosphoglycerate_gly = ;
end

model albert_2005__v_ANTI(v_ANTI, dihydroxyacetonephosphate_cyt, glycerol3phosphate_cyt, dihydroxyacetonephosphate_gly, glycerol3phosphate_gly)

  // Assignment Rules:
  v_ANTI := k1 * glycerol3phosphate_gly * dihydroxyacetonephosphate_cyt - k2 * glycerol3phosphate_cyt * dihydroxyacetonephosphate_gly;

  // Variable initializations:
  k1 = 1000000;
  k2 = 1000000;
  dihydroxyacetonephosphate_cyt = ;
  glycerol3phosphate_cyt = ;
  dihydroxyacetonephosphate_gly = ;
  glycerol3phosphate_gly = ;
end

model albert_2005__v_GlyT(v_GlyT, glycerol_gly, glycerol_ext)

  // Assignment Rules:
  v_GlyT := k1 * glycerol_gly - k2 * glycerol_ext;

  // Variable initializations:
  k1 = 1000000;
  k2 = 1000000;
  glycerol_gly = ;
  glycerol_ext = ;
end

model *albert_2005____main()

  // Sub-modules, and any changes to those submodules:
  environment: albert_2005__environment(time_, glycosomal_volume, cytosolic_volume);
  cytosolic_species: albert_2005__cytosolic_species(pyruvate_cyt, adp_cyt, atp_cyt, phosphoenolpyruvate_cyt, twophosphoglycerate_cyt, amp_cyt, threephosphoglycerate_cyt, dihydroxyacetonephosphate_cyt, glycerol3phosphate_cyt, time_, cytosolic_volume, v_PT0, v_PK0, v_AKc0, v_AU0, v_ENO0, v_PGM0, v_PGT0, v_ANTI0, v_GPO0);
  glycosomal_species: albert_2005__glycosomal_species(glucose_gly, atp_gly, adp_gly, amp_gly, glucose6phosphate_gly, fructose6phosphate_gly, fructose16bisphosphate_gly, dihydroxyacetonephosphate_gly, glyceraldehyde3phosphate_gly, nad_gly, nadh_gly, bisphosphoglycerate_gly, glycerol3phosphate_gly, threephosphoglycerate_gly, glycerol_gly, time_, glycosomal_volume, v_GT0, v_HK0, v_AKg0, v_GK0, v_PFK0, v_PGK0, v_PGI0, v_ALD0, v_ANTI0, v_GPDH0, v_GAPDH0, v_TPI0, v_PGT0, v_GlyT0);
  extracellular_species: albert_2005__extracellular_species(glucose_external, pyruvate_ext, glycerol_ext, time_);
  v_GT: albert_2005__v_GT(v_GT0, glucose_gly, glucose_external);
  v_HK: albert_2005__v_HK(v_HK0, glucose_gly, atp_gly, adp_gly, glucose6phosphate_gly);
  v_PGI: albert_2005__v_PGI(v_PGI0, glucose6phosphate_gly, fructose6phosphate_gly);
  v_PFK: albert_2005__v_PFK(v_PFK0, atp_gly, fructose6phosphate_gly, fructose16bisphosphate_gly);
  v_ALD: albert_2005__v_ALD(v_ALD0, atp_gly, adp_gly, amp_gly, fructose16bisphosphate_gly, dihydroxyacetonephosphate_gly, glyceraldehyde3phosphate_gly);
  v_TPI: albert_2005__v_TPI(v_TPI0, dihydroxyacetonephosphate_gly, glyceraldehyde3phosphate_gly);
  v_GAPDH: albert_2005__v_GAPDH(v_GAPDH0, glyceraldehyde3phosphate_gly, nad_gly, nadh_gly, bisphosphoglycerate_gly);
  v_GPDH: albert_2005__v_GPDH(v_GPDH0, dihydroxyacetonephosphate_gly, nad_gly, nadh_gly, glycerol3phosphate_gly);
  v_GPO: albert_2005__v_GPO(v_GPO0, glycerol3phosphate_cyt);
  v_PT: albert_2005__v_PT(v_PT0, pyruvate_cyt);
  v_PGK: albert_2005__v_PGK(v_PGK0, atp_gly, adp_gly, bisphosphoglycerate_gly, threephosphoglycerate_gly);
  v_PK: albert_2005__v_PK(v_PK0, adp_cyt, atp_cyt, phosphoenolpyruvate_cyt);
  v_AU: albert_2005__v_AU(v_AU0, adp_cyt, atp_cyt);
  v_GK: albert_2005__v_GK(v_GK0, atp_gly, adp_gly, glycerol3phosphate_gly, glycerol_gly);
  v_PGM: albert_2005__v_PGM(v_PGM0, twophosphoglycerate_cyt, threephosphoglycerate_cyt);
  v_ENO: albert_2005__v_ENO(v_ENO0, phosphoenolpyruvate_cyt, twophosphoglycerate_cyt);
  v_AKc: albert_2005__v_AKc(v_AKc0, adp_cyt, atp_cyt, amp_cyt);
  v_AKg: albert_2005__v_AKg(v_AKg0, atp_gly, adp_gly, amp_gly);
  v_PGT: albert_2005__v_PGT(v_PGT0, threephosphoglycerate_cyt, threephosphoglycerate_gly);
  v_ANTI: albert_2005__v_ANTI(v_ANTI0, dihydroxyacetonephosphate_cyt, glycerol3phosphate_cyt, dihydroxyacetonephosphate_gly, glycerol3phosphate_gly);
  v_GlyT: albert_2005__v_GlyT(v_GlyT0, glycerol_gly, glycerol_ext);
end