#mosca1

FIX: species_20 species_21 species_23 species_24 species_25 species_26 species_32 species_33 species_34 species_9

#reactions
reaction_1:
 {1.0}species_9 = {1.0}species_1
  compartment_1 * GLUT(parameter_30, species_9, species_1, keq, KGlc_e, KGlc)
reaction_10:
 {1.0}species_17 + {1.0}species_16 = {1.0}species_5 + {1.0}species_7
  compartment_1 * TAL(Vmax, species_17, species_16, species_7, species_5, Keq_TAL, K1, K2, K6, K3, K5, K4, K7)
reaction_11:
 {1.0}species_15 + {1.0}species_4 = {1.0}species_20 + {1.0}species_21
  compartment_1 * PRPPS(Vmax, species_15, species_4, species_21, species_20, Kapp, KATP, KR5P)
reaction_12:
 {1.0}species_22 = {1.0}species_2
  compartment_1 * PGLM(parameter_55, species_22, parameter_57, parameter_15, species_2, parameter_56)
reaction_13:
 {1.0}species_24 + {1.0}species_23 = {1.0}species_24 + {1.0}species_22
  compartment_1 * GPa(parameter_58, species_24, species_23, parameter_61, parameter_62, parameter_4, species_22, KGLYb, parameter_60, KiPi, parameter_59)
reaction_14:
 {1.0}species_6 = {1.0}species_16 + {1.0}species_27
  compartment_1 * FBA(parameter_37, species_6, parameter_70, parameter_8, species_27, species_16, parameter_68, parameter_69)
reaction_15:
 {1.0}species_16 = {1.0}species_27
  compartment_1 * TPI(parameter_38, species_16, parameter_72, parameter_9, species_27, parameter_71)
reaction_16:
 {1.0}species_16 + {1.0}species_19 + {1.0}species_23 = {1.0}species_12
  compartment_1 * GAPDH(parameter_39, species_19, species_16, species_23, parameter_76, parameter_75, parameter_77, parameter_10, species_12, species_18, parameter_73, parameter_74)
reaction_17:
 {1.0}species_12 = {1.0}species_28 + {1.0}species_4
  compartment_1 * PGK(parameter_40, species_12, species_3, alfa, parameter_51, parameter_52, parameter_11, species_28, species_4, beta, parameter_49, parameter_50)
reaction_18:
 {1.0}species_24 + {1.0}species_23 = {1.0}species_24 + {1.0}species_22
  compartment_1 * GPb(parameter_63, species_24, species_23, parameter_66, KPi, parameter_7, species_22, parameter_64, parameter_65, parameter_67, KiG1P, parameter_27, nH, Kamp)
reaction_19:
 {1.0}species_22 + {1.0}species_4 = {1.0}species_24 + {2.0}species_23
  compartment_1 * GS(parameter_41, Kf, parameter_17, species_22, species_4, species_24, species_23, species_3, Keq, Kr)
reaction_2:
 {1.0}species_1 + {1.0}species_4 = {1.0}species_2
  compartment_1 * HK(parameter_31, Ka, Kb, species_1, species_4, species_2, species_3, Kapp, Kp, Kq)
reaction_20:
 {1.0}species_5 + {1.0}species_4 = {1.0}species_6
  compartment_1 * PFK(parameter_42, parameter_17, species_4, Katp, beta, species_26, alfa, Kf26bp, species_5, Kf6p, L, species_25, Kcit, Kiatp, species_3, species_6, Kadp, Kfbp, Kapp)
reaction_21:
 {1.0}species_28 = {1.0}species_29
  compartment_1 * function_1(parameter_78, species_28, parameter_80, parameter_22, species_29, parameter_79)
reaction_22:
 {1.0}species_29 = {1.0}species_30
  compartment_1 * function_2(parameter_43, species_29, parameter_54, parameter_24, species_30, parameter_53)
reaction_23:
 {1.0}species_30 = {1.0}species_31 + {1.0}species_4
  compartment_1 * function_3(parameter_44, species_3, Kadp, species_30, Kpep, L, species_4, Kiatp, species_6, Kfbp, species_31, Katp, Kpyr, Kapp, parameter_17)
reaction_24:
 {1.0}species_31 = {1.0}species_32 + {1.0}species_19
  compartment_1 * function_4(parameter_45, species_18, species_31, alfa, parameter_85, parameter_86, parameter_26, species_32, species_19, beta, parameter_83, parameter_84)
reaction_25:
 $pool = {1.0}species_4 + {1.0}species_20
  compartment_1 * function_5(Vf, species_3, species_4, species_20, Keq)
reaction_26:
 $pool = {1.0}species_19
  compartment_1 * function_6(parameter_46, species_18, species_19, Keq)
reaction_27:
 {1.0}species_11 = $pool
  compartment_1 * function_7(parameter_47, species_11, species_10, Keq)
reaction_28:
 {0.08}species_31 + {0.2}species_34 + {1.0}species_23 = {0.24}species_33 + {1.0}species_4
  compartment_1 * function_8(parameter_48, species_31, y, species_23, species_3, species_34, species_4, species_33, Keq)
reaction_29:
 {1.0}species_4 = {1.0}species_23
  compartment_1 * k1 * species_4
reaction_3:
 {1.0}species_2 = {1.0}species_5
  compartment_1 * PGI(parameter_32, species_2, parameter_82, parameter_13, species_5, parameter_81, species_7, Kery4p, species_6, Kfbp, species_8, Kpg)
reaction_4:
 {1.0}species_2 = {1.0}species_8 + {1.0}species_11
  compartment_1 * G6PDH(parameter_33, KG6P, KNADP, species_2, species_10, species_8, species_11, Kapp, species_4, KATP, KNADPH, species_12, KPGA23)
reaction_5:
 {1.0}species_8 = {1.0}species_13 + {1.0}species_11
  compartment_1 * PGDH(parameter_34, K6PG1, KNADP, species_8, species_10, species_13, species_11, Kapp, species_12, KPGA23, species_4, KATP, K6PG2, KNADPH)
reaction_6:
 {1.0}species_13 = {1.0}species_14
  compartment_1 * RUPE(Vmax, species_13, species_14, Keq_RUPE, KRu5P, KX5P)
reaction_7:
 {1.0}species_13 = {1.0}species_15
  compartment_1 * R5PI(Vmax, species_13, species_15, Keq_R5PI, KRu5P, KR5P)
reaction_8:
 {1.0}species_15 + {1.0}species_14 = {1.0}species_16 + {1.0}species_17
  compartment_1 * TKL(parameter_35, species_15, species_14, species_16, species_17, Keq_TKL, K1, K2, K6, K3, K5, K4, K7)
reaction_9:
 {1.0}species_14 + {1.0}species_7 = {1.0}species_16 + {1.0}species_5
  compartment_1 * TKL2(parameter_36, species_7, species_14, species_16, species_5, Keq_TKL2, K1, K2, K6, K3, K5, K4, K7)


#parameters
parameter_1 = 0.0114
parameter_12 = 0.0018
parameter_14 = 0.0556
parameter_16 = 17.2
parameter_17 = 1000.0
parameter_18 = 0.381
parameter_19 = 0.3574
parameter_2 = 1.932e-05
parameter_20 = 11.369
parameter_21 = 1.6491
parameter_23 = 1.4127
parameter_25 = 3452.5
parameter_28 = 1.0
parameter_29 = 1.0
parameter_3 = 0.001345
parameter_49 = 0.00013
parameter_5 = 0.42
parameter_50 = 0.00027
parameter_51 = 7.9e-05
parameter_52 = 4e-05
parameter_53 = 6e-05
parameter_54 = 3.8e-05
parameter_55 = 7.364
parameter_56 = 3e-05
parameter_57 = 6.3e-05
parameter_58 = 0.03347
parameter_59 = 0.00015
parameter_6 = 16.62
parameter_60 = 0.0101
parameter_61 = 0.0017
parameter_62 = 0.004
parameter_63 = 0.01049
parameter_64 = 0.0044
parameter_65 = 0.0015
parameter_66 = 0.015
parameter_67 = 0.0046
parameter_68 = 8e-05
parameter_69 = 0.00016
parameter_70 = 9e-06
parameter_71 = 0.0016
parameter_72 = 0.00051
parameter_73 = 2.2e-05
parameter_74 = 1e-05
parameter_75 = 0.00019
parameter_76 = 9e-05
parameter_77 = 0.029
parameter_78 = 154.0
parameter_79 = 0.00012
parameter_80 = 0.00019
parameter_81 = 5e-05
parameter_82 = 0.0004
parameter_83 = 0.0047
parameter_84 = 7e-05
parameter_85 = 2e-06
parameter_86 = 0.0003
species_20 = 0.00311
species_21 = 0.001
species_23 = 0.02
species_24 = 0.208403745497308
species_25 = 0.00108
species_26 = 3.67e-06
species_32 = 0.0155
species_33 = 0.0214
species_34 = 6.5e-05
species_9 = 0.01
reaction_23_Kadp = 0.4
reaction_23_Kpep = 0.014
reaction_23_L = 1.0
reaction_1_keq = 1.0
reaction_1_KGlc_e = 0.01
reaction_1_KGlc = 0.0093
reaction_2_Ka = 0.0001
reaction_2_Kb = 0.0011
reaction_2_Kapp = 651.0
reaction_2_Kp = 2e-05
reaction_2_Kq = 0.0035
reaction_3_Kery4p = 1e-06
reaction_3_Kfbp = 6e-05
reaction_3_Kpg = 1.5e-05
reaction_4_KG6P = 6.67e-08
reaction_4_KNADP = 3.67e-09
reaction_4_Kapp = 2000.0
reaction_4_KATP = 7.49e-07
reaction_4_KNADPH = 3.12e-09
reaction_4_KPGA23 = 2.289e-06
reaction_5_K6PG1 = 1e-08
reaction_5_KNADP = 1.8e-08
reaction_5_Kapp = 141.7
reaction_5_KPGA23 = 1.2e-07
reaction_5_KATP = 1.54e-07
reaction_5_K6PG2 = 5.8e-08
reaction_5_KNADPH = 4.5e-09
reaction_6_Vmax = 1.471
reaction_6_Keq_RUPE = 2.7
reaction_6_KRu5P = 1.9e-07
reaction_6_KX5P = 5e-07
reaction_7_Vmax = 0.7646
reaction_7_Keq_R5PI = 3.0
reaction_7_KRu5P = 7.8e-07
reaction_7_KR5P = 2.2e-06
reaction_8_Keq_TKL = 2.08
reaction_8_K1 = 4.177e-07
reaction_8_K2 = 3.055e-07
reaction_8_K6 = 0.00774
reaction_8_K3 = 1.2432e-05
reaction_8_K5 = 0.41139
reaction_8_K4 = 4.96e-09
reaction_8_K7 = 48.8
reaction_9_Keq_TKL2 = 29.7
reaction_9_K1 = 1.84e-09
reaction_9_K2 = 3.055e-07
reaction_9_K6 = 0.122
reaction_9_K3 = 5.48e-08
reaction_9_K5 = 0.0287
reaction_9_K4 = 3e-10
reaction_9_K7 = 0.215
reaction_10_Vmax = 58.27
reaction_10_Keq_TAL = 2.703
reaction_10_K1 = 8.23e-09
reaction_10_K2 = 4.765e-08
reaction_10_K6 = 0.4653
reaction_10_K3 = 1.733e-07
reaction_10_K5 = 0.8683
reaction_10_K4 = 6.095e-09
reaction_10_K7 = 2.524
reaction_11_Vmax = 0.5104
reaction_11_Kapp = 100000.0
reaction_11_KATP = 3e-08
reaction_11_KR5P = 5.7e-07
reaction_13_KGLYb = 0.00015
reaction_13_KiPi = 0.0047
reaction_17_alfa = 1.0
reaction_17_beta = 1.0
reaction_18_KPi = 0.0002
reaction_18_KiG1P = 0.0074
reaction_18_nH = 1.75
reaction_18_Kamp = 1.9e-12
reaction_19_Kf = 17400.0
reaction_19_Keq = 267100.0
reaction_19_Kr = 158.0
reaction_20_Katp = 2.1e-05
reaction_20_beta = 0.98
reaction_20_alfa = 0.32
reaction_20_Kf26bp = 8.4e-07
reaction_20_Kf6p = 1.0
reaction_20_L = 4.1
reaction_20_Kcit = 6.8
reaction_20_Kiatp = 20.0
reaction_20_Kadp = 5.0
reaction_20_Kfbp = 5.0
reaction_20_Kapp = 247.0
reaction_23_Kiatp = 2.5
reaction_23_Kfbp = 0.0004
reaction_23_Katp = 0.86
reaction_23_Kpyr = 10.0
reaction_23_Kapp = 195172.0
reaction_24_alfa = 1.0
reaction_24_beta = 1.0
reaction_25_Vf = 141.2
reaction_25_Keq = 2.26
reaction_26_Keq = 300.0
reaction_27_Keq = 0.2
reaction_28_y = 12.5
reaction_28_Keq = 1000000.0
reaction_29_k1 = 6210.0
compartment_1 = 1.0


#initial values
species_1 = 0.000897
species_11 = 1.87082e-05
species_12 = 6.29e-05
species_13 = 0.000143
species_14 = 0.000242
species_15 = 2.74e-05
species_16 = 0.000153
species_17 = 8.58e-05
species_19 = 0.00134
species_2 = 0.00109
species_22 = 3.41e-05
species_27 = 0.000553
species_28 = 3.07e-05
species_29 = 4.98e-06
species_30 = 5.79e-05
species_31 = 0.00183
species_4 = 0.0087
species_5 = 3.62e-05
species_6 = 0.000367
species_7 = 0.00093
species_8 = 0.0001


#assignment rules
!F parameter_34 = 31.02 * parameter_28
!F parameter_48 = 9801000.0 * parameter_29
!F parameter_11 = parameter_40 * parameter_49 * parameter_50 / (parameter_51 * parameter_52 * parameter_20)
!F parameter_42 = 107.6 * parameter_28
!F parameter_41 = 32040.0 * parameter_28
!F parameter_10 = parameter_39 * parameter_73 * parameter_74 / (parameter_75 * parameter_76 * parameter_77 * parameter_19)
!F parameter_39 = 109.1 * parameter_28
!F parameter_9 = parameter_38 * parameter_71 / (parameter_72 * parameter_18)
!F parameter_38 = 5.976 * parameter_28
!F parameter_8 = parameter_37 * parameter_68 * parameter_69 / (parameter_12 * parameter_70)
!F parameter_37 = 14.63 * parameter_28
!F parameter_7 = parameter_63 * parameter_64 * parameter_65 / (parameter_66 * parameter_67 * parameter_6)
!F parameter_4 = parameter_58 * parameter_59 * parameter_60 / (parameter_61 * parameter_62 * parameter_5)
!F parameter_26 = parameter_45 * parameter_83 * parameter_84 / (parameter_85 * parameter_86 * parameter_25)
!F parameter_45 = 340.3 * parameter_28
!F parameter_27 = species_20
!F parameter_13 = parameter_32 * (parameter_81 / (parameter_82 * parameter_14))
!F parameter_32 = 7778.0 * parameter_28
!F parameter_33 = 1.008 * parameter_28
!F parameter_31 = 86.85 * parameter_28
!F parameter_22 = parameter_78 * parameter_79 / (parameter_80 * parameter_21)
!F parameter_46 = 4982000.0 * parameter_28
!F species_18 = parameter_3 - species_19
!F species_3 = parameter_1 - species_4
!F species_10 = parameter_2 - species_11
!F parameter_47 = 127800.0 * parameter_28
!F parameter_15 = parameter_55 * parameter_56 / (parameter_57 * parameter_16)
!F parameter_24 = parameter_43 * parameter_53 / (parameter_54 * parameter_23)
!F parameter_43 = 160.9 * parameter_28
!F parameter_44 = 27.81 * parameter_28
!F parameter_35 = 1056.0 * parameter_28
!F parameter_36 = 0.1761 * parameter_28
!F parameter_40 = 73.41 * parameter_28
!F parameter_30 = 23.03 * parameter_28