#albert1

FIX: species_25 species_26 species_27

#reactions
vAKc:
 {1.0}species_3 + {1.0}species_6 = {2.0}species_2
  compartment_1 * function_22(k, species_3, species_6, keqak, species_2)
vAKg:
 {1.0}species_11 + {1.0}species_13 = {2.0}species_12
  compartment_2 * function_22(k, species_11, species_13, keqak, species_12)
vALD:
 {1.0}species_16 = {1.0}species_17 + {1.0}species_18
  compartment_2 * function_14(Vmax_v5, species_16, species_18, species_17, Keq_v5, species_11, species_12, species_13, r_v5, KGAP_v5, KGAPi_v5)
vANTI:
 {1.0}species_22 + {1.0}species_8 = {1.0}species_9 + {1.0}species_17
  k1 * species_22 * species_8 - k2 * species_9 * species_17
vAU:
 {1.0}species_3 = {1.0}species_2
  compartment_1 * function_20(k, species_3, species_2)
vENO:
 {1.0}species_5 = {1.0}species_4
  RaENO * compartment_1 * function_12(species_5, species_4, Kms, Kmp, Vf, Vr)
vGAPDH:
 {1.0}species_18 + {1.0}species_19 = {1.0}species_21 + {1.0}species_20
  compartment_2 * function_15(Vmax_v7, species_18, KGAP_v7, species_19, KNAD_v7, r_v7, species_21, KBPGA13_v7, species_20, KNADH_v7)
vGK:
 {1.0}species_22 + {1.0}species_12 = {1.0}species_24 + {1.0}species_11
  compartment_2 * function_21(Vmax_v14, species_22, KGly3Pg_v14, species_12, KADPg_v14, r_v14, species_24, KGlycerol_v14, species_11, KATPg_v14)
vGPDH:
 {1.0}species_17 + {1.0}species_20 = {1.0}species_19 + {1.0}species_22
  compartment_2 * function_16(Vmax_v8, species_17, KDHAPg_v8, species_20, KNADH_v8, r_v8, species_19, KNAD_v8, species_22, KGly3Pg_v8)
vGPO:
 {1.0}species_9 = {1.0}species_8
  compartment_1 * function_17(species_9, Km, V)
vGT:
 {1.0}species_25 = {1.0}species_10
  function_10(Vmax_v1, species_25, species_10, KGlc, Alpha_v1)
vGlyT:
 {1.0}species_24 = {1.0}species_27
  k1 * species_24 - k2 * species_27
vHK:
 {1.0}species_10 + {1.0}species_11 = {1.0}species_14 + {1.0}species_12
  RaHXK * compartment_2 * function_11(Vmax_v2, species_10, KGlcInt_v2, species_11, KATPg_v2, species_12, KADPg_v2, species_14, KGlc6P_v2)
vPFK:
 {1.0}species_15 + {1.0}species_11 = {1.0}species_16 + {1.0}species_12
  RaPFK * compartment_2 * function_13(Vmax_v4, Ki1Fru16BP_v4, species_16, species_15, KFru6P_v4, species_11, KATPg_v4, Ki2Fru16BP_v4)
vPGI:
 {1.0}species_14 = {1.0}species_15
  compartment_2 * function_12(species_14, species_15, Kms, Kmp, Vf, Vr)
vPGK:
 {1.0}species_21 + {1.0}species_12 = {1.0}species_23 + {1.0}species_11
  compartment_2 * function_18(Vmax_v11, species_21, KBPGA13_v11, species_12, KADPg_v11, r_v11, species_23, KPGA3_v11, species_11, KATPg_v11)
vPGM:
 {1.0}species_7 = {1.0}species_5
  RaPGAM * compartment_1 * function_12(species_7, species_5, Kms, Kmp, Vf, Vr)
vPGT:
 {1.0}species_23 = {1.0}species_7
  k1 * species_23 - k2 * species_7
vPK:
 {1.0}species_4 + {1.0}species_2 = {1.0}species_1 + {1.0}species_3
  RaPYK * compartment_1 * function_19(Vmax_v12, species_4, PK_n, species_2, KADP_v12, species_3)
vPT:
 {1.0}species_1 = {1.0}species_26
  function_17(species_1, Km, V)
vTPI:
 {1.0}species_17 = {1.0}species_18
  compartment_2 * function_12(species_17, species_18, Kms, Kmp, Vf, Vr)


#parameters
RaENO = 1.0
RaHXK = 1.0
RaPFK = 1.0
RaPGAM = 1.0
RaPYK = 1.0
species_25 = 5.0
species_26 = 0.0
species_27 = 0.0
vHK_KATPg_v2 = 0.116
vGT_Vmax_v1 = 108.9
vGT_KGlc = 1.0
vGT_Alpha_v1 = 0.75
vHK_Vmax_v2 = 1929.0
vHK_KGlcInt_v2 = 0.1
vHK_KADPg_v2 = 0.126
vHK_KGlc6P_v2 = 12.0
vPGI_Kms = 0.4
vPGI_Kmp = 0.12
vPGI_Vf = 1305.0
vPGI_Vr = 1305.0
vPFK_Vmax_v4 = 1708.0
vPFK_Ki1Fru16BP_v4 = 15.8
vPFK_KFru6P_v4 = 0.82
vPFK_KATPg_v4 = 0.026
vPFK_Ki2Fru16BP_v4 = 10.7
vALD_Vmax_v5 = 560.0
vALD_Keq_v5 = 0.069
vALD_r_v5 = 1.19
vALD_KGAP_v5 = 0.067
vALD_KGAPi_v5 = 0.098
vTPI_Kms = 1.2
vTPI_Kmp = 0.25
vTPI_Vf = 999.3
vTPI_Vr = 5696.01
vGAPDH_Vmax_v7 = 720.9
vGAPDH_KGAP_v7 = 0.15
vGAPDH_KNAD_v7 = 0.45
vGAPDH_r_v7 = 0.67
vGAPDH_KBPGA13_v7 = 0.1
vGAPDH_KNADH_v7 = 0.02
vGPDH_Vmax_v8 = 465.0
vGPDH_KDHAPg_v8 = 0.1
vGPDH_KNADH_v8 = 0.01
vGPDH_r_v8 = 0.28
vGPDH_KNAD_v8 = 0.4
vGPDH_KGly3Pg_v8 = 2.0
vGPO_Km = 1.7
vGPO_V = 368.0
vPT_Km = 1.96
vPT_V = 200.0
vPGK_Vmax_v11 = 2862.0
vPGK_KBPGA13_v11 = 0.003
vPGK_KADPg_v11 = 0.1
vPGK_r_v11 = 0.47
vPGK_KPGA3_v11 = 1.62
vPGK_KATPg_v11 = 0.29
vPK_Vmax_v12 = 1020.0
vPK_PK_n = 2.5
vPK_KADP_v12 = 0.114
vAU_k = 50.0
vGK_Vmax_v14 = 200.0
vGK_KGly3Pg_v14 = 3.83
vGK_KADPg_v14 = 0.56
vGK_r_v14 = 60.86
vGK_KGlycerol_v14 = 0.44
vGK_KATPg_v14 = 0.24
vPGM_Kms = 0.27
vPGM_Kmp = 0.11
vPGM_Vf = 225.0
vPGM_Vr = 495.0
vENO_Kms = 0.054
vENO_Kmp = 0.24
vENO_Vf = 598.0
vENO_Vr = 394.68
vAKc_k = 1000000.0
vAKc_keqak = 0.442
vAKg_k = 1000000.0
vAKg_keqak = 0.442
vPGT_k1 = 1000000.0
vPGT_k2 = 1000000.0
vANTI_k1 = 1000000.0
vANTI_k2 = 1000000.0
vGlyT_k1 = 1000000.0
vGlyT_k2 = 1000000.0
compartment_1 = 1.0
compartment_2 = 1.0
compartment_3 = 1.0


#initial values
species_1 = 10.0
species_10 = 0.0
species_11 = 0.240501857508
species_12 = 1.51899628498
species_13 = 4.24050185751
species_14 = 0.5
species_15 = 0.5
species_16 = 10.0
species_17 = 8.47911460193
species_18 = 2.5
species_19 = 2.0
species_2 = 1.31652277625
species_20 = 2.0
species_21 = 0.5
species_22 = 10.5208853981
species_23 = 0.0
species_24 = 0.0
species_3 = 0.341738611875
species_4 = 0.0
species_5 = 0.0
species_6 = 2.24173861188
species_7 = 0.0
species_8 = 2.23134594788
species_9 = 2.76865405212


#assignment rules