// Created by libAntimony v2.8.0
function MAX(a, b)
  piecewise(a, a >= b, b);
end

function function_33(Keq_r_0130, Vmax_r_0130, intracellular, kmp_s_0400r_0130, kmp_s_1070r_0130, kms_s_0446r_0130, kms_s_1071r_0130, s_0400, s_0446, s_1070, s_1071)
  (Vmax_r_0130*(((1/kms_s_0446r_0130)^1*(1/kms_s_1071r_0130)^1*(s_0446^1*s_1071^1 - (s_0400^1*s_1070^1)/Keq_r_0130))/(((1 + s_0446/kms_s_0446r_0130)*(1 + s_1071/kms_s_1071r_0130) + (1 + s_0400/kmp_s_0400r_0130)*(1 + s_1070/kmp_s_1070r_0130)) - 1)))/intracellular;
end

function function_34(Keq_r_0133, Vmax_r_0133, intracellular, kmp_s_0185r_0133, kmp_s_1051r_0133, kms_s_0149r_0133, kms_s_0899r_0133, s_0149, s_0185, s_0899, s_1051)
  (Vmax_r_0133*(((1/kms_s_0149r_0133)^1*(1/kms_s_0899r_0133)^1*(s_0149^1*s_0899^1 - (s_0185^1*s_1051^1)/Keq_r_0133))/(((1 + s_0149/kms_s_0149r_0133)*(1 + s_0899/kms_s_0899r_0133) + (1 + s_0185/kmp_s_0185r_0133)*(1 + s_1051/kmp_s_1051r_0133)) - 1)))/intracellular;
end

function function_35(Keq_r_0157, Vmax_r_0157, intracellular, kmp_s_0400r_0157, kmp_s_0434r_0157, kmp_s_0763_br_0157, kms_s_0393r_0157, kms_s_0446r_0157, s_0393, s_0400, s_0434, s_0446, s_0763_b)
  (Vmax_r_0157*(((1/kms_s_0393r_0157)^1*(1/kms_s_0446r_0157)^1*(s_0393^1*s_0446^1 - (s_0400^1*s_0434^1*s_0763_b^1)/Keq_r_0157))/(((1 + s_0393/kms_s_0393r_0157)*(1 + s_0446/kms_s_0446r_0157) + (1 + s_0400/kmp_s_0400r_0157)*(1 + s_0434/kmp_s_0434r_0157)*(1 + s_0763_b/kmp_s_0763_br_0157)) - 1)))/intracellular;
end

function function_52(Keq_r_0232, Vmax_r_0232, intracellular, kmp_s_0763_br_0232, kmp_s_1073r_0232, kmp_s_1207r_0232, kms_s_0469r_0232, kms_s_0881r_0232, s_0469, s_0763_b, s_0881, s_1073, s_1207)
  (Vmax_r_0232*(((1/kms_s_0469r_0232)^1*(1/kms_s_0881r_0232)^1*(s_0469^1*s_0881^1 - (s_0763_b^1*s_1073^1*s_1207^1)/Keq_r_0232))/(((1 + s_0469/kms_s_0469r_0232)*(1 + s_0881/kms_s_0881r_0232) + (1 + s_0763_b/kmp_s_0763_br_0232)*(1 + s_1073/kmp_s_1073r_0232)*(1 + s_1207/kmp_s_1207r_0232)) - 1)))/intracellular;
end

function function_112(Keq_r_0430, Vmax_r_0430, intracellular, kmp_s_0470r_0430, kmp_s_0514r_0430, kmp_s_1091r_0430, kmp_s_1140r_0430, kmp_s_1434_br_0430, kms_s_0380r_0430, kms_s_0763_br_0430, kms_s_1005r_0430, kms_s_1096r_0430, s_0380, s_0470, s_0514, s_0763_b, s_1005, s_1091, s_1096, s_1140, s_1434_b)
  (Vmax_r_0430*(((1/kms_s_0380r_0430)^1*(1/kms_s_0763_br_0430)^9*(1/kms_s_1005r_0430)^3*(1/kms_s_1096r_0430)^6*(s_0380^1*s_0763_b^9*s_1005^3*s_1096^6 - (s_0470^3*s_0514^3*s_1091^6*s_1140^1*s_1434_b^3)/Keq_r_0430))/(((1 + s_0380/kms_s_0380r_0430)*(1 + s_0763_b/kms_s_0763_br_0430)*(1 + s_1005/kms_s_1005r_0430)*(1 + s_1096/kms_s_1096r_0430) + (1 + s_0470/kmp_s_0470r_0430)*(1 + s_0514/kmp_s_0514r_0430)*(1 + s_1091/kmp_s_1091r_0430)*(1 + s_1140/kmp_s_1140r_0430)*(1 + s_1434_b/kmp_s_1434_br_0430)) - 1)))/intracellular;
end

function function_113(Keq_r_0437, Vmax_r_0437, intracellular, kmp_s_0434r_0437, kmp_s_0605r_0437, kmp_s_1355r_0437, kms_s_0446r_0437, kms_s_0514r_0437, kms_s_0987r_0437, s_0434, s_0446, s_0514, s_0605, s_0987, s_1355)
  (Vmax_r_0437*(((1/kms_s_0446r_0437)^1*(1/kms_s_0514r_0437)^1*(1/kms_s_0987r_0437)^1*(s_0446^1*s_0514^1*s_0987^1 - (s_0434^1*s_0605^1*s_1355^1)/Keq_r_0437))/(((1 + s_0446/kms_s_0446r_0437)*(1 + s_0514/kms_s_0514r_0437)*(1 + s_0987/kms_s_0987r_0437) + (1 + s_0434/kmp_s_0434r_0437)*(1 + s_0605/kmp_s_0605r_0437)*(1 + s_1355/kmp_s_1355r_0437)) - 1)))/intracellular;
end

function function_114(Keq_r_0439, Vmax_r_0439, intracellular, kmp_s_0446r_0439, kmp_s_0514r_0439, kmp_s_1329r_0439, kms_s_0434r_0439, kms_s_0605r_0439, kms_s_1334r_0439, s_0434, s_0446, s_0514, s_0605, s_1329, s_1334)
  (Vmax_r_0439*(((1/kms_s_0434r_0439)^1*(1/kms_s_0605r_0439)^1*(1/kms_s_1334r_0439)^1*(s_0434^1*s_0605^1*s_1334^1 - (s_0446^1*s_0514^1*s_1329^1)/Keq_r_0439))/(((1 + s_0434/kms_s_0434r_0439)*(1 + s_0605/kms_s_0605r_0439)*(1 + s_1334/kms_s_1334r_0439) + (1 + s_0446/kmp_s_0446r_0439)*(1 + s_0514/kmp_s_0514r_0439)*(1 + s_1329/kmp_s_1329r_0439)) - 1)))/intracellular;
end

function function_115(Keq_r_0442, Vmax_r_0442, intracellular, kmp_s_0446r_0442, kmp_s_0514r_0442, kmp_s_1132r_0442, kms_s_0434r_0442, kms_s_0605r_0442, kms_s_1140r_0442, s_0434, s_0446, s_0514, s_0605, s_1132, s_1140)
  (Vmax_r_0442*(((1/kms_s_0434r_0442)^1*(1/kms_s_0605r_0442)^1*(1/kms_s_1140r_0442)^1*(s_0434^1*s_0605^1*s_1140^1 - (s_0446^1*s_0514^1*s_1132^1)/Keq_r_0442))/(((1 + s_0434/kms_s_0434r_0442)*(1 + s_0605/kms_s_0605r_0442)*(1 + s_1140/kms_s_1140r_0442) + (1 + s_0446/kmp_s_0446r_0442)*(1 + s_0514/kmp_s_0514r_0442)*(1 + s_1132/kmp_s_1132r_0442)) - 1)))/intracellular;
end

function function_116(Keq_r_0464, Vmax_r_0464, intracellular, kmp_s_0470r_0464, kmp_s_0514r_0464, kmp_s_0977r_0464, kmp_s_1091r_0464, kmp_s_1434_br_0464, kms_s_0582r_0464, kms_s_0763_br_0464, kms_s_1005r_0464, kms_s_1096r_0464, s_0470, s_0514, s_0582, s_0763_b, s_0977, s_1005, s_1091, s_1096, s_1434_b)
  (Vmax_r_0464*(((1/kms_s_0582r_0464)^1*(1/kms_s_0763_br_0464)^3*(1/kms_s_1005r_0464)^1*(1/kms_s_1096r_0464)^2*(s_0582^1*s_0763_b^3*s_1005^1*s_1096^2 - (s_0470^1*s_0514^1*s_0977^1*s_1091^2*s_1434_b^1)/Keq_r_0464))/(((1 + s_0582/kms_s_0582r_0464)*(1 + s_0763_b/kms_s_0763_br_0464)*(1 + s_1005/kms_s_1005r_0464)*(1 + s_1096/kms_s_1096r_0464) + (1 + s_0470/kmp_s_0470r_0464)*(1 + s_0514/kmp_s_0514r_0464)*(1 + s_0977/kmp_s_0977r_0464)*(1 + s_1091/kmp_s_1091r_0464)*(1 + s_1434_b/kmp_s_1434_br_0464)) - 1)))/intracellular;
end

function function_77(Keq_r_0304, Vmax_r_0304, intracellular, kmp_s_1258r_0304, kms_s_0500r_0304, s_0500, s_1258)
  (Vmax_r_0304*(((1/kms_s_0500r_0304)^1*(s_0500^1 - s_1258^1/Keq_r_0304))/((1 + s_0500/kms_s_0500r_0304 + 1 + s_1258/kmp_s_1258r_0304) - 1)))/intracellular;
end

function function_78(Keq_r_0306, Vmax_r_0306, intracellular, kmp_s_0500r_0306, kmp_s_1207r_0306, kms_s_0330r_0306, s_0330, s_0500, s_1207)
  (Vmax_r_0306*(((1/kms_s_0330r_0306)^1*(s_0330^1 - (s_0500^1*s_1207^1)/Keq_r_0306))/((1 + s_0330/kms_s_0330r_0306 + (1 + s_0500/kmp_s_0500r_0306)*(1 + s_1207/kmp_s_1207r_0306)) - 1)))/intracellular;
end

function function_79(Keq_r_0307, Vmax_r_0307, intracellular, kmp_s_0847r_0307, kms_s_0501r_0307, kms_s_1434_br_0307, s_0501, s_0847, s_1434_b)
  (Vmax_r_0307*(((1/kms_s_0501r_0307)^1*(1/kms_s_1434_br_0307)^1*(s_0501^1*s_1434_b^1 - s_0847^1/Keq_r_0307))/(((1 + s_0501/kms_s_0501r_0307)*(1 + s_1434_b/kms_s_1434_br_0307) + 1 + s_0847/kmp_s_0847r_0307) - 1)))/intracellular;
end

function function_80(Keq_r_0328, Vmax_r_0328, intracellular, kmp_s_0507r_0328, kmp_s_0514r_0328, kmp_s_0763_br_0328, kms_s_0380r_0328, kms_s_1156r_0328, kms_s_1434_br_0328, s_0380, s_0507, s_0514, s_0763_b, s_1156, s_1434_b)
  (Vmax_r_0328*(((1/kms_s_0380r_0328)^1*(1/kms_s_1156r_0328)^1*(1/kms_s_1434_br_0328)^1*(s_0380^1*s_1156^1*s_1434_b^1 - (s_0507^1*s_0514^1*s_0763_b^1)/Keq_r_0328))/(((1 + s_0380/kms_s_0380r_0328)*(1 + s_1156/kms_s_1156r_0328)*(1 + s_1434_b/kms_s_1434_br_0328) + (1 + s_0507/kmp_s_0507r_0328)*(1 + s_0514/kmp_s_0514r_0328)*(1 + s_0763_b/kmp_s_0763_br_0328)) - 1)))/intracellular;
end

function function_81(Keq_r_0330, Vmax_r_0330, intracellular, kmp_s_0501r_0330, kmp_s_1434_br_0330, kms_s_0507r_0330, s_0501, s_0507, s_1434_b)
  (Vmax_r_0330*(((1/kms_s_0507r_0330)^1*(s_0507^1 - (s_0501^1*s_1434_b^1)/Keq_r_0330))/((1 + s_0507/kms_s_0507r_0330 + (1 + s_0501/kmp_s_0501r_0330)*(1 + s_1434_b/kmp_s_1434_br_0330)) - 1)))/intracellular;
end

function function_82(Keq_r_0336, Vmax_r_0336, intracellular, kmp_s_0400r_0336, kmp_s_0521r_0336, kmp_s_0763_br_0336, kmp_s_1207r_0336, kms_s_0430r_0336, kms_s_0446r_0336, kms_s_1430r_0336, s_0400, s_0430, s_0446, s_0521, s_0763_b, s_1207, s_1430)
  (Vmax_r_0336*(((1/kms_s_0430r_0336)^1*(1/kms_s_0446r_0336)^1*(1/kms_s_1430r_0336)^1*(s_0430^1*s_0446^1*s_1430^1 - (s_0400^1*s_0521^1*s_0763_b^2*s_1207^1)/Keq_r_0336))/(((1 + s_0430/kms_s_0430r_0336)*(1 + s_0446/kms_s_0446r_0336)*(1 + s_1430/kms_s_1430r_0336) + (1 + s_0400/kmp_s_0400r_0336)*(1 + s_0521/kmp_s_0521r_0336)*(1 + s_0763_b/kmp_s_0763_br_0336)*(1 + s_1207/kmp_s_1207r_0336)) - 1)))/intracellular;
end

function function_83(Keq_r_0338, Vmax_r_0338, intracellular, kmp_s_0888r_0338, kmp_s_1434_br_0338, kms_s_0917r_0338, kms_s_0943r_0338, s_0888, s_0917, s_0943, s_1434_b)
  (Vmax_r_0338*(((1/kms_s_0917r_0338)^1*(1/kms_s_0943r_0338)^1*(s_0917^1*s_0943^1 - (s_0888^1*s_1434_b^1)/Keq_r_0338))/(((1 + s_0917/kms_s_0917r_0338)*(1 + s_0943/kms_s_0943r_0338) + (1 + s_0888/kmp_s_0888r_0338)*(1 + s_1434_b/kmp_s_1434_br_0338)) - 1)))/intracellular;
end

function function_84(Keq_r_0339, Vmax_r_0339, intracellular, kmp_s_0183r_0339, kmp_s_0430r_0339, kmp_s_0889r_0339, kms_s_0888r_0339, kms_s_1434_br_0339, s_0183, s_0430, s_0888, s_0889, s_1434_b)
  (Vmax_r_0339*(((1/kms_s_0888r_0339)^1*(1/kms_s_1434_br_0339)^1*(s_0888^1*s_1434_b^1 - (s_0183^1*s_0430^1*s_0889^1)/Keq_r_0339))/(((1 + s_0888/kms_s_0888r_0339)*(1 + s_1434_b/kms_s_1434_br_0339) + (1 + s_0183/kmp_s_0183r_0339)*(1 + s_0430/kmp_s_0430r_0339)*(1 + s_0889/kmp_s_0889r_0339)) - 1)))/intracellular;
end

function function_85(Keq_r_0340, Vmax_r_0340, intracellular, kmp_s_0369r_0340, kmp_s_0763_br_0340, kmp_s_0888r_0340, kms_s_0889r_0340, kms_s_1117r_0340, s_0369, s_0763_b, s_0888, s_0889, s_1117)
  (Vmax_r_0340*(((1/kms_s_0889r_0340)^1*(1/kms_s_1117r_0340)^1*(s_0889^1*s_1117^1 - (s_0369^1*s_0763_b^1*s_0888^1)/Keq_r_0340))/(((1 + s_0889/kms_s_0889r_0340)*(1 + s_1117/kms_s_1117r_0340) + (1 + s_0369/kmp_s_0369r_0340)*(1 + s_0763_b/kmp_s_0763_br_0340)*(1 + s_0888/kmp_s_0888r_0340)) - 1)))/intracellular;
end

function function_86(Keq_r_0345, Vmax_r_0345, intracellular, kmp_s_0446r_0345, kmp_s_0511r_0345, kms_s_0400r_0345, kms_s_0481r_0345, s_0400, s_0446, s_0481, s_0511)
  (Vmax_r_0345*(((1/kms_s_0400r_0345)^1*(1/kms_s_0481r_0345)^1*(s_0400^1*s_0481^1 - (s_0446^1*s_0511^1)/Keq_r_0345))/(((1 + s_0400/kms_s_0400r_0345)*(1 + s_0481/kms_s_0481r_0345) + (1 + s_0446/kmp_s_0446r_0345)*(1 + s_0511/kmp_s_0511r_0345)) - 1)))/intracellular;
end

function function_87(Keq_r_0347, Vmax_r_0347, intracellular, kmp_s_0268r_0347, kmp_s_0689r_0347, kmp_s_1082r_0347, kmp_s_1434_br_0347, kms_s_0763_br_0347, kms_s_0963r_0347, kms_s_1087r_0347, kms_s_1160r_0347, s_0268, s_0689, s_0763_b, s_0963, s_1082, s_1087, s_1160, s_1434_b)
  (Vmax_r_0347*(((1/kms_s_0763_br_0347)^2*(1/kms_s_0963r_0347)^1*(1/kms_s_1087r_0347)^3*(1/kms_s_1160r_0347)^3*(s_0763_b^2*s_0963^1*s_1087^3*s_1160^3 - (s_0268^1*s_0689^1*s_1082^3*s_1434_b^4)/Keq_r_0347))/(((1 + s_0763_b/kms_s_0763_br_0347)*(1 + s_0963/kms_s_0963r_0347)*(1 + s_1087/kms_s_1087r_0347)*(1 + s_1160/kms_s_1160r_0347) + (1 + s_0268/kmp_s_0268r_0347)*(1 + s_0689/kmp_s_0689r_0347)*(1 + s_1082/kmp_s_1082r_0347)*(1 + s_1434_b/kmp_s_1434_br_0347)) - 1)))/intracellular;
end

function function_88(Keq_r_0351, Vmax_r_0351, intracellular, kmp_s_0530r_0351, kmp_s_1082r_0351, kms_s_0529r_0351, kms_s_0763_br_0351, kms_s_1087r_0351, s_0529, s_0530, s_0763_b, s_1082, s_1087)
  (Vmax_r_0351*(((1/kms_s_0529r_0351)^1*(1/kms_s_0763_br_0351)^1*(1/kms_s_1087r_0351)^1*(s_0529^1*s_0763_b^1*s_1087^1 - (s_0530^1*s_1082^1)/Keq_r_0351))/(((1 + s_0529/kms_s_0529r_0351)*(1 + s_0763_b/kms_s_0763_br_0351)*(1 + s_1087/kms_s_1087r_0351) + (1 + s_0530/kmp_s_0530r_0351)*(1 + s_1082/kmp_s_1082r_0351)) - 1)))/intracellular;
end

function function_89(Keq_r_0352, Vmax_r_0352, intracellular, kmp_s_0529r_0352, kmp_s_0763_br_0352, kmp_s_1096r_0352, kms_s_0530r_0352, kms_s_1091r_0352, s_0529, s_0530, s_0763_b, s_1091, s_1096)
  (Vmax_r_0352*(((1/kms_s_0530r_0352)^1*(1/kms_s_1091r_0352)^1*(s_0530^1*s_1091^1 - (s_0529^1*s_0763_b^1*s_1096^1)/Keq_r_0352))/(((1 + s_0530/kms_s_0530r_0352)*(1 + s_1091/kms_s_1091r_0352) + (1 + s_0529/kmp_s_0529r_0352)*(1 + s_0763_b/kmp_s_0763_br_0352)*(1 + s_1096/kmp_s_1096r_0352)) - 1)))/intracellular;
end

function function_90(Keq_r_0357, Vmax_r_0357, intracellular, kmp_s_0569r_0357, kmp_s_0763_br_0357, kmp_s_1434_br_0357, kms_s_0430r_0357, kms_s_0624r_0357, s_0430, s_0569, s_0624, s_0763_b, s_1434_b)
  (Vmax_r_0357*(((1/kms_s_0430r_0357)^1*(1/kms_s_0624r_0357)^1*(s_0430^1*s_0624^1 - (s_0569^1*s_0763_b^1*s_1434_b^1)/Keq_r_0357))/(((1 + s_0430/kms_s_0430r_0357)*(1 + s_0624/kms_s_0624r_0357) + (1 + s_0569/kmp_s_0569r_0357)*(1 + s_0763_b/kmp_s_0763_br_0357)*(1 + s_1434_b/kmp_s_1434_br_0357)) - 1)))/intracellular;
end

function function_91(Keq_r_0360, Vmax_r_0360, intracellular, kmp_s_0446r_0360, kmp_s_0564r_0360, kms_s_0400r_0360, kms_s_0562r_0360, s_0400, s_0446, s_0562, s_0564)
  (Vmax_r_0360*(((1/kms_s_0400r_0360)^1*(1/kms_s_0562r_0360)^1*(s_0400^1*s_0562^1 - (s_0446^1*s_0564^1)/Keq_r_0360))/(((1 + s_0400/kms_s_0400r_0360)*(1 + s_0562/kms_s_0562r_0360) + (1 + s_0446/kmp_s_0446r_0360)*(1 + s_0564/kmp_s_0564r_0360)) - 1)))/intracellular;
end

function function_92(Keq_r_0362, Vmax_r_0362, intracellular, kmp_s_0446r_0362, kmp_s_0593r_0362, kms_s_0400r_0362, kms_s_0591r_0362, s_0400, s_0446, s_0591, s_0593)
  (Vmax_r_0362*(((1/kms_s_0400r_0362)^1*(1/kms_s_0591r_0362)^1*(s_0400^1*s_0591^1 - (s_0446^1*s_0593^1)/Keq_r_0362))/(((1 + s_0400/kms_s_0400r_0362)*(1 + s_0591/kms_s_0591r_0362) + (1 + s_0446/kmp_s_0446r_0362)*(1 + s_0593/kmp_s_0593r_0362)) - 1)))/intracellular;
end

function function_93(Keq_r_0370, Vmax_r_0370, intracellular, kmp_s_0514r_0370, kmp_s_0763_br_0370, kmp_s_1399r_0370, kms_s_0386r_0370, kms_s_0596r_0370, s_0386, s_0514, s_0596, s_0763_b, s_1399)
  (Vmax_r_0370*(((1/kms_s_0386r_0370)^1*(1/kms_s_0596r_0370)^1*(s_0386^1*s_0596^1 - (s_0514^1*s_0763_b^4*s_1399^1)/Keq_r_0370))/(((1 + s_0386/kms_s_0386r_0370)*(1 + s_0596/kms_s_0596r_0370) + (1 + s_0514/kmp_s_0514r_0370)*(1 + s_0763_b/kmp_s_0763_br_0370)*(1 + s_1399/kmp_s_1399r_0370)) - 1)))/intracellular;
end

function function_36(Keq_r_0159, Vmax_r_0159, intracellular, kmp_s_0393r_0159, kmp_s_0917r_0159, kms_s_1290r_0159, kms_s_1434_br_0159, s_0393, s_0917, s_1290, s_1434_b)
  (Vmax_r_0159*(((1/kms_s_1290r_0159)^1*(1/kms_s_1434_br_0159)^1*(s_1290^1*s_1434_b^1 - (s_0393^1*s_0917^1)/Keq_r_0159))/(((1 + s_1290/kms_s_1290r_0159)*(1 + s_1434_b/kms_s_1434_br_0159) + (1 + s_0393/kmp_s_0393r_0159)*(1 + s_0917/kmp_s_0917r_0159)) - 1)))/intracellular;
end

function function_37(Keq_r_0163, Vmax_r_0163, intracellular, kmp_s_0434r_0163, kmp_s_0446r_0163, kms_s_0400r_0163, s_0400, s_0434, s_0446)
  (Vmax_r_0163*(((1/kms_s_0400r_0163)^2*(s_0400^2 - (s_0434^1*s_0446^1)/Keq_r_0163))/((1 + s_0400/kms_s_0400r_0163 + (1 + s_0434/kmp_s_0434r_0163)*(1 + s_0446/kmp_s_0446r_0163)) - 1)))/intracellular;
end

function function_38(Keq_r_0165, Vmax_r_0165, intracellular, kmp_s_0434r_0165, kmp_s_0755r_0165, kms_s_0400r_0165, kms_s_0706r_0165, s_0400, s_0434, s_0706, s_0755)
  (Vmax_r_0165*(((1/kms_s_0400r_0165)^1*(1/kms_s_0706r_0165)^1*(s_0400^1*s_0706^1 - (s_0434^1*s_0755^1)/Keq_r_0165))/(((1 + s_0400/kms_s_0400r_0165)*(1 + s_0706/kms_s_0706r_0165) + (1 + s_0434/kmp_s_0434r_0165)*(1 + s_0755/kmp_s_0755r_0165)) - 1)))/intracellular;
end

function function_39(Keq_r_0169, Vmax_r_0169, intracellular, kmp_s_0317r_0169, kmp_s_0692r_0169, kms_s_0009r_0169, s_0009, s_0317, s_0692)
  (Vmax_r_0169*(((1/kms_s_0009r_0169)^1*(s_0009^1 - (s_0317^1*s_0692^1)/Keq_r_0169))/((1 + s_0009/kms_s_0009r_0169 + (1 + s_0317/kmp_s_0317r_0169)*(1 + s_0692/kmp_s_0692r_0169)) - 1)))/intracellular;
end

function function_40(Keq_r_0170, Vmax_r_0170, intracellular, kmp_s_0706r_0170, kmp_s_0763_br_0170, kmp_s_1053r_0170, kmp_s_1207r_0170, kms_s_0755r_0170, kms_s_0816r_0170, kms_s_0881r_0170, s_0706, s_0755, s_0763_b, s_0816, s_0881, s_1053, s_1207)
  (Vmax_r_0170*(((1/kms_s_0755r_0170)^1*(1/kms_s_0816r_0170)^1*(1/kms_s_0881r_0170)^1*(s_0755^1*s_0816^1*s_0881^1 - (s_0706^1*s_0763_b^2*s_1053^1*s_1207^1)/Keq_r_0170))/(((1 + s_0755/kms_s_0755r_0170)*(1 + s_0816/kms_s_0816r_0170)*(1 + s_0881/kms_s_0881r_0170) + (1 + s_0706/kmp_s_0706r_0170)*(1 + s_0763_b/kmp_s_0763_br_0170)*(1 + s_1053/kmp_s_1053r_0170)*(1 + s_1207/kmp_s_1207r_0170)) - 1)))/intracellular;
end

function function_41(Keq_r_0171, Vmax_r_0171, intracellular, kmp_s_0434r_0171, kmp_s_0692r_0171, kms_s_1053r_0171, s_0434, s_0692, s_1053)
  (Vmax_r_0171*(((1/kms_s_1053r_0171)^1*(s_1053^1 - (s_0434^1*s_0692^1)/Keq_r_0171))/((1 + s_1053/kms_s_1053r_0171 + (1 + s_0434/kmp_s_0434r_0171)*(1 + s_0692/kmp_s_0692r_0171)) - 1)))/intracellular;
end

function function_42(Keq_r_0172, Vmax_r_0172, intracellular, kmp_s_0206r_0172, kmp_s_0400r_0172, kmp_s_0763_br_0172, kms_s_0304r_0172, kms_s_0446r_0172, s_0206, s_0304, s_0400, s_0446, s_0763_b)
  (Vmax_r_0172*(((1/kms_s_0304r_0172)^1*(1/kms_s_0446r_0172)^1*(s_0304^1*s_0446^1 - (s_0206^1*s_0400^1*s_0763_b^1)/Keq_r_0172))/(((1 + s_0304/kms_s_0304r_0172)*(1 + s_0446/kms_s_0446r_0172) + (1 + s_0206/kmp_s_0206r_0172)*(1 + s_0400/kmp_s_0400r_0172)*(1 + s_0763_b/kmp_s_0763_br_0172)) - 1)))/intracellular;
end

function function_43(Keq_r_0174, Vmax_r_0174, intracellular, kmp_s_0740r_0174, kmp_s_1277r_0174, kms_s_0749r_0174, kms_s_0863r_0174, s_0740, s_0749, s_0863, s_1277)
  (Vmax_r_0174*(((1/kms_s_0749r_0174)^1*(1/kms_s_0863r_0174)^1*(s_0749^1*s_0863^1 - (s_0740^1*s_1277^1)/Keq_r_0174))/(((1 + s_0749/kms_s_0749r_0174)*(1 + s_0863/kms_s_0863r_0174) + (1 + s_0740/kmp_s_0740r_0174)*(1 + s_1277/kmp_s_1277r_0174)) - 1)))/intracellular;
end

function function_44(Keq_r_0183, Vmax_r_0183, intracellular, kmp_s_0650r_0183, kmp_s_1082r_0183, kms_s_0366r_0183, kms_s_0763_br_0183, kms_s_1087r_0183, s_0366, s_0650, s_0763_b, s_1082, s_1087)
  (Vmax_r_0183*(((1/kms_s_0366r_0183)^1*(1/kms_s_0763_br_0183)^1*(1/kms_s_1087r_0183)^1*(s_0366^1*s_0763_b^1*s_1087^1 - (s_0650^1*s_1082^1)/Keq_r_0183))/(((1 + s_0366/kms_s_0366r_0183)*(1 + s_0763_b/kms_s_0763_br_0183)*(1 + s_1087/kms_s_1087r_0183) + (1 + s_0650/kmp_s_0650r_0183)*(1 + s_1082/kmp_s_1082r_0183)) - 1)))/intracellular;
end

function function_45(Keq_r_0191, Vmax_r_0191, intracellular, kmp_s_0369r_0191, kmp_s_0763_br_0191, kmp_s_1096r_0191, kms_s_0366r_0191, kms_s_1091r_0191, kms_s_1434_br_0191, s_0366, s_0369, s_0763_b, s_1091, s_1096, s_1434_b)
  (Vmax_r_0191*(((1/kms_s_0366r_0191)^1*(1/kms_s_1091r_0191)^1*(1/kms_s_1434_br_0191)^1*(s_0366^1*s_1091^1*s_1434_b^1 - (s_0369^1*s_0763_b^2*s_1096^1)/Keq_r_0191))/(((1 + s_0366/kms_s_0366r_0191)*(1 + s_1091/kms_s_1091r_0191)*(1 + s_1434_b/kms_s_1434_br_0191) + (1 + s_0369/kmp_s_0369r_0191)*(1 + s_0763_b/kmp_s_0763_br_0191)*(1 + s_1096/kmp_s_1096r_0191)) - 1)))/intracellular;
end

function function_46(Keq_r_0213, Vmax_r_0213, intracellular, kmp_s_0419r_0213, kmp_s_0763_br_0213, kmp_s_1411r_0213, kms_s_0410r_0213, kms_s_1415r_0213, s_0410, s_0419, s_0763_b, s_1411, s_1415)
  (Vmax_r_0213*(((1/kms_s_0410r_0213)^1*(1/kms_s_1415r_0213)^1*(s_0410^1*s_1415^1 - (s_0419^1*s_0763_b^1*s_1411^1)/Keq_r_0213))/(((1 + s_0410/kms_s_0410r_0213)*(1 + s_1415/kms_s_1415r_0213) + (1 + s_0419/kmp_s_0419r_0213)*(1 + s_0763_b/kmp_s_0763_br_0213)*(1 + s_1411/kmp_s_1411r_0213)) - 1)))/intracellular;
end

function function_47(Keq_r_0220, Vmax_r_0220, intracellular, kmp_s_0605r_0220, kmp_s_1066r_0220, kms_s_0331r_0220, kms_s_0439r_0220, s_0331, s_0439, s_0605, s_1066)
  (Vmax_r_0220*(((1/kms_s_0331r_0220)^1*(1/kms_s_0439r_0220)^1*(s_0331^1*s_0439^1 - (s_0605^1*s_1066^1)/Keq_r_0220))/(((1 + s_0331/kms_s_0331r_0220)*(1 + s_0439/kms_s_0439r_0220) + (1 + s_0605/kmp_s_0605r_0220)*(1 + s_1066/kmp_s_1066r_0220)) - 1)))/intracellular;
end

function function_48(Keq_r_0221, Vmax_r_0221, intracellular, kmp_s_0439r_0221, kmp_s_0763_br_0221, kmp_s_0899r_0221, kmp_s_1277r_0221, kms_s_0500r_0221, kms_s_0907r_0221, s_0439, s_0500, s_0763_b, s_0899, s_0907, s_1277)
  (Vmax_r_0221*(((1/kms_s_0500r_0221)^1*(1/kms_s_0907r_0221)^1*(s_0500^1*s_0907^1 - (s_0439^1*s_0763_b^1*s_0899^1*s_1277^1)/Keq_r_0221))/(((1 + s_0500/kms_s_0500r_0221)*(1 + s_0907/kms_s_0907r_0221) + (1 + s_0439/kmp_s_0439r_0221)*(1 + s_0763_b/kmp_s_0763_br_0221)*(1 + s_0899/kmp_s_0899r_0221)*(1 + s_1277/kmp_s_1277r_0221)) - 1)))/intracellular;
end

function function_49(Keq_r_0225, Vmax_r_0225, intracellular, kmp_s_0692r_0225, kmp_s_0873r_0225, kms_s_0017r_0225, s_0017, s_0692, s_0873)
  (Vmax_r_0225*(((1/kms_s_0017r_0225)^1*(s_0017^1 - (s_0692^1*s_0873^1)/Keq_r_0225))/((1 + s_0017/kms_s_0017r_0225 + (1 + s_0692/kmp_s_0692r_0225)*(1 + s_0873/kmp_s_0873r_0225)) - 1)))/intracellular;
end

function function_50(Keq_r_0226, Vmax_r_0226, intracellular, kmp_s_0017r_0226, kmp_s_0434r_0226, kmp_s_0605r_0226, kmp_s_0763_br_0226, kms_s_0446r_0226, kms_s_0881r_0226, kms_s_0887r_0226, s_0017, s_0434, s_0446, s_0605, s_0763_b, s_0881, s_0887)
  (Vmax_r_0226*(((1/kms_s_0446r_0226)^1*(1/kms_s_0881r_0226)^1*(1/kms_s_0887r_0226)^1*(s_0446^1*s_0881^1*s_0887^1 - (s_0017^1*s_0434^1*s_0605^1*s_0763_b^1)/Keq_r_0226))/(((1 + s_0446/kms_s_0446r_0226)*(1 + s_0881/kms_s_0881r_0226)*(1 + s_0887/kms_s_0887r_0226) + (1 + s_0017/kmp_s_0017r_0226)*(1 + s_0434/kmp_s_0434r_0226)*(1 + s_0605/kmp_s_0605r_0226)*(1 + s_0763_b/kmp_s_0763_br_0226)) - 1)))/intracellular;
end

function function_51(Keq_r_0229, Vmax_r_0229, intracellular, kmp_s_0434r_0229, kmp_s_0605r_0229, kmp_s_0763_br_0229, kmp_s_0877r_0229, kmp_s_0899r_0229, kms_s_0446r_0229, kms_s_0881r_0229, kms_s_0907r_0229, kms_s_1434_br_0229, s_0434, s_0446, s_0605, s_0763_b, s_0877, s_0881, s_0899, s_0907, s_1434_b)
  (Vmax_r_0229*(((1/kms_s_0446r_0229)^1*(1/kms_s_0881r_0229)^1*(1/kms_s_0907r_0229)^1*(1/kms_s_1434_br_0229)^1*(s_0446^1*s_0881^1*s_0907^1*s_1434_b^1 - (s_0434^1*s_0605^1*s_0763_b^1*s_0877^1*s_0899^1)/Keq_r_0229))/(((1 + s_0446/kms_s_0446r_0229)*(1 + s_0881/kms_s_0881r_0229)*(1 + s_0907/kms_s_0907r_0229)*(1 + s_1434_b/kms_s_1434_br_0229) + (1 + s_0434/kmp_s_0434r_0229)*(1 + s_0605/kmp_s_0605r_0229)*(1 + s_0763_b/kmp_s_0763_br_0229)*(1 + s_0877/kmp_s_0877r_0229)*(1 + s_0899/kmp_s_0899r_0229)) - 1)))/intracellular;
end

function function_53(Keq_r_0233, Vmax_r_0233, intracellular, kmp_s_0301r_0233, kmp_s_0400r_0233, kms_s_0446r_0233, kms_s_0881r_0233, s_0301, s_0400, s_0446, s_0881)
  (Vmax_r_0233*(((1/kms_s_0446r_0233)^1*(1/kms_s_0881r_0233)^1*(s_0446^1*s_0881^1 - (s_0301^1*s_0400^1)/Keq_r_0233))/(((1 + s_0446/kms_s_0446r_0233)*(1 + s_0881/kms_s_0881r_0233) + (1 + s_0301/kmp_s_0301r_0233)*(1 + s_0400/kmp_s_0400r_0233)) - 1)))/intracellular;
end

function function_54(Keq_r_0235, Vmax_r_0235, intracellular, kmp_s_0185r_0235, kmp_s_0881r_0235, kms_s_0899r_0235, kms_s_1156r_0235, s_0185, s_0881, s_0899, s_1156)
  (Vmax_r_0235*(((1/kms_s_0899r_0235)^1*(1/kms_s_1156r_0235)^1*(s_0899^1*s_1156^1 - (s_0185^1*s_0881^1)/Keq_r_0235))/(((1 + s_0899/kms_s_0899r_0235)*(1 + s_1156/kms_s_1156r_0235) + (1 + s_0185/kmp_s_0185r_0235)*(1 + s_0881/kmp_s_0881r_0235)) - 1)))/intracellular;
end

function function_1(Keq_r_0005, Vmax_r_0005, intracellular, kmp_s_0001r_0005, kmp_s_0763_br_0005, kmp_s_1411r_0005, kms_s_1415r_0005, s_0001, s_0763_b, s_1411, s_1415)
  (Vmax_r_0005*(((1/kms_s_1415r_0005)^1*(s_1415^1 - (s_0001^1*s_0763_b^1*s_1411^1)/Keq_r_0005))/((1 + s_1415/kms_s_1415r_0005 + (1 + s_0001/kmp_s_0001r_0005)*(1 + s_0763_b/kmp_s_0763_br_0005)*(1 + s_1411/kmp_s_1411r_0005)) - 1)))/intracellular;
end

function function_2(Keq_r_0006, Vmax_r_0006, intracellular, kmp_s_0743r_0006, kmp_s_1434_br_0006, kms_s_0438r_0006, s_0438, s_0743, s_1434_b)
  (Vmax_r_0006*(((1/kms_s_0438r_0006)^1*(s_0438^1 - (s_0743^1*s_1434_b^1)/Keq_r_0006))/((1 + s_0438/kms_s_0438r_0006 + (1 + s_0743/kmp_s_0743r_0006)*(1 + s_1434_b/kmp_s_1434_br_0006)) - 1)))/intracellular;
end

function function_3(Keq_r_0008, Vmax_r_0008, intracellular, kmp_s_0315r_0008, kms_s_0079r_0008, s_0079, s_0315)
  (Vmax_r_0008*(((1/kms_s_0079r_0008)^1*(s_0079^1 - s_0315^1/Keq_r_0008))/((1 + s_0079/kms_s_0079r_0008 + 1 + s_0315/kmp_s_0315r_0008) - 1)))/intracellular;
end

function function_4(Keq_r_0009, Vmax_r_0009, intracellular, kmp_s_0514r_0009, kmp_s_0763_br_0009, kmp_s_1215r_0009, kms_s_0083r_0009, kms_s_0386r_0009, s_0083, s_0386, s_0514, s_0763_b, s_1215)
  (Vmax_r_0009*(((1/kms_s_0083r_0009)^1*(1/kms_s_0386r_0009)^1*(s_0083^1*s_0386^1 - (s_0514^1*s_0763_b^4*s_1215^1)/Keq_r_0009))/(((1 + s_0083/kms_s_0083r_0009)*(1 + s_0386/kms_s_0386r_0009) + (1 + s_0514/kmp_s_0514r_0009)*(1 + s_0763_b/kmp_s_0763_br_0009)*(1 + s_1215/kmp_s_1215r_0009)) - 1)))/intracellular;
end

function function_5(Keq_r_0014, Vmax_r_0014, intracellular, kmp_s_0319r_0014, kmp_s_0430r_0014, kms_s_0146r_0014, kms_s_0763_br_0014, kms_s_1434_br_0014, s_0146, s_0319, s_0430, s_0763_b, s_1434_b)
  (Vmax_r_0014*(((1/kms_s_0146r_0014)^1*(1/kms_s_0763_br_0014)^1*(1/kms_s_1434_br_0014)^1*(s_0146^1*s_0763_b^1*s_1434_b^1 - (s_0319^1*s_0430^1)/Keq_r_0014))/(((1 + s_0146/kms_s_0146r_0014)*(1 + s_0763_b/kms_s_0763_br_0014)*(1 + s_1434_b/kms_s_1434_br_0014) + (1 + s_0319/kmp_s_0319r_0014)*(1 + s_0430/kmp_s_0430r_0014)) - 1)))/intracellular;
end

function function_6(Keq_r_0015, Vmax_r_0015, intracellular, kmp_s_0146r_0015, kmp_s_1091r_0015, kms_s_0145r_0015, kms_s_0763_br_0015, kms_s_1096r_0015, s_0145, s_0146, s_0763_b, s_1091, s_1096)
  (Vmax_r_0015*(((1/kms_s_0145r_0015)^1*(1/kms_s_0763_br_0015)^1*(1/kms_s_1096r_0015)^1*(s_0145^1*s_0763_b^1*s_1096^1 - (s_0146^1*s_1091^1)/Keq_r_0015))/(((1 + s_0145/kms_s_0145r_0015)*(1 + s_0763_b/kms_s_0763_br_0015)*(1 + s_1096/kms_s_1096r_0015) + (1 + s_0146/kmp_s_0146r_0015)*(1 + s_1091/kmp_s_1091r_0015)) - 1)))/intracellular;
end

function function_7(Keq_r_0016, Vmax_r_0016, intracellular, kmp_s_0042r_0016, kmp_s_0470r_0016, kms_s_0183r_0016, kms_s_0763_br_0016, kms_s_1277r_0016, s_0042, s_0183, s_0470, s_0763_b, s_1277)
  (Vmax_r_0016*(((1/kms_s_0183r_0016)^1*(1/kms_s_0763_br_0016)^1*(1/kms_s_1277r_0016)^1*(s_0183^1*s_0763_b^1*s_1277^1 - (s_0042^1*s_0470^1)/Keq_r_0016))/(((1 + s_0183/kms_s_0183r_0016)*(1 + s_0763_b/kms_s_0763_br_0016)*(1 + s_1277/kms_s_1277r_0016) + (1 + s_0042/kmp_s_0042r_0016)*(1 + s_0470/kmp_s_0470r_0016)) - 1)))/intracellular;
end

function function_8(Keq_r_0018, Vmax_r_0018, intracellular, kmp_s_0185r_0018, kmp_s_0861r_0018, kms_s_0181r_0018, kms_s_0899r_0018, s_0181, s_0185, s_0861, s_0899)
  (Vmax_r_0018*(((1/kms_s_0181r_0018)^1*(1/kms_s_0899r_0018)^1*(s_0181^1*s_0899^1 - (s_0185^1*s_0861^1)/Keq_r_0018))/(((1 + s_0181/kms_s_0181r_0018)*(1 + s_0899/kms_s_0899r_0018) + (1 + s_0185/kmp_s_0185r_0018)*(1 + s_0861/kmp_s_0861r_0018)) - 1)))/intracellular;
end

function function_9(Keq_r_0021, Vmax_r_0021, intracellular, kmp_s_0356r_0021, kmp_s_1207r_0021, kms_s_0533r_0021, kms_s_1243r_0021, kms_s_1434_br_0021, s_0356, s_0533, s_1207, s_1243, s_1434_b)
  (Vmax_r_0021*(((1/kms_s_0533r_0021)^1*(1/kms_s_1243r_0021)^1*(1/kms_s_1434_br_0021)^1*(s_0533^1*s_1243^1*s_1434_b^1 - (s_0356^1*s_1207^1)/Keq_r_0021))/(((1 + s_0533/kms_s_0533r_0021)*(1 + s_1243/kms_s_1243r_0021)*(1 + s_1434_b/kms_s_1434_br_0021) + (1 + s_0356/kmp_s_0356r_0021)*(1 + s_1207/kmp_s_1207r_0021)) - 1)))/intracellular;
end

function function_10(Keq_r_0025, Vmax_r_0025, intracellular, kmp_s_0170r_0025, kmp_s_1434_br_0025, kms_s_0167r_0025, s_0167, s_0170, s_1434_b)
  (Vmax_r_0025*(((1/kms_s_0167r_0025)^1*(s_0167^1 - (s_0170^1*s_1434_b^1)/Keq_r_0025))/((1 + s_0167/kms_s_0167r_0025 + (1 + s_0170/kmp_s_0170r_0025)*(1 + s_1434_b/kmp_s_1434_br_0025)) - 1)))/intracellular;
end

function function_11(Keq_r_0026, Vmax_r_0026, intracellular, kmp_s_0167r_0026, kmp_s_0514r_0026, kmp_s_0763_br_0026, kms_s_0238r_0026, kms_s_0380r_0026, kms_s_1434_br_0026, s_0167, s_0238, s_0380, s_0514, s_0763_b, s_1434_b)
  (Vmax_r_0026*(((1/kms_s_0238r_0026)^1*(1/kms_s_0380r_0026)^1*(1/kms_s_1434_br_0026)^1*(s_0238^1*s_0380^1*s_1434_b^1 - (s_0167^1*s_0514^1*s_0763_b^1)/Keq_r_0026))/(((1 + s_0238/kms_s_0238r_0026)*(1 + s_0380/kms_s_0380r_0026)*(1 + s_1434_b/kms_s_1434_br_0026) + (1 + s_0167/kmp_s_0167r_0026)*(1 + s_0514/kmp_s_0514r_0026)*(1 + s_0763_b/kmp_s_0763_br_0026)) - 1)))/intracellular;
end

function function_12(Keq_r_0029, Vmax_r_0029, intracellular, kmp_s_0468r_0029, kmp_s_1434_br_0029, kms_s_0798r_0029, s_0468, s_0798, s_1434_b)
  (Vmax_r_0029*(((1/kms_s_0798r_0029)^1*(s_0798^1 - (s_0468^1*s_1434_b^1)/Keq_r_0029))/((1 + s_0798/kms_s_0798r_0029 + (1 + s_0468/kmp_s_0468r_0029)*(1 + s_1434_b/kmp_s_1434_br_0029)) - 1)))/intracellular;
end

function function_13(Keq_r_0031, Vmax_r_0031, intracellular, kmp_s_0297r_0031, kmp_s_0470r_0031, kms_s_0010r_0031, kms_s_0763_br_0031, s_0010, s_0297, s_0470, s_0763_b)
  (Vmax_r_0031*(((1/kms_s_0010r_0031)^1*(1/kms_s_0763_br_0031)^1*(s_0010^1*s_0763_b^1 - (s_0297^1*s_0470^1)/Keq_r_0031))/(((1 + s_0010/kms_s_0010r_0031)*(1 + s_0763_b/kms_s_0763_br_0031) + (1 + s_0297/kmp_s_0297r_0031)*(1 + s_0470/kmp_s_0470r_0031)) - 1)))/intracellular;
end

function function_14(Keq_r_0034, Vmax_r_0034, intracellular, kmp_s_0434r_0034, kmp_s_1207r_0034, kms_s_0397r_0034, kms_s_1434_br_0034, s_0397, s_0434, s_1207, s_1434_b)
  (Vmax_r_0034*(((1/kms_s_0397r_0034)^1*(1/kms_s_1434_br_0034)^1*(s_0397^1*s_1434_b^1 - (s_0434^1*s_1207^1)/Keq_r_0034))/(((1 + s_0397/kms_s_0397r_0034)*(1 + s_1434_b/kms_s_1434_br_0034) + (1 + s_0434/kmp_s_0434r_0034)*(1 + s_1207/kmp_s_1207r_0034)) - 1)))/intracellular;
end

function function_15(Keq_r_0040, Vmax_r_0040, intracellular, kmp_s_0163r_0040, kmp_s_0689r_0040, kmp_s_0763_br_0040, kms_s_0557r_0040, s_0163, s_0557, s_0689, s_0763_b)
  (Vmax_r_0040*(((1/kms_s_0557r_0040)^1*(s_0557^1 - (s_0163^1*s_0689^1*s_0763_b^1)/Keq_r_0040))/((1 + s_0557/kms_s_0557r_0040 + (1 + s_0163/kmp_s_0163r_0040)*(1 + s_0689/kmp_s_0689r_0040)*(1 + s_0763_b/kmp_s_0763_br_0040)) - 1)))/intracellular;
end

function function_16(Keq_r_0042, Vmax_r_0042, intracellular, kmp_s_0217r_0042, kmp_s_1434_br_0042, kms_s_0216r_0042, s_0216, s_0217, s_1434_b)
  (Vmax_r_0042*(((1/kms_s_0216r_0042)^1*(s_0216^1 - (s_0217^1*s_1434_b^1)/Keq_r_0042))/((1 + s_0216/kms_s_0216r_0042 + (1 + s_0217/kmp_s_0217r_0042)*(1 + s_1434_b/kmp_s_1434_br_0042)) - 1)))/intracellular;
end

function function_17(Keq_r_0043, Vmax_r_0043, intracellular, kmp_s_0216r_0043, kmp_s_1207r_0043, kms_s_0356r_0043, s_0216, s_0356, s_1207)
  (Vmax_r_0043*(((1/kms_s_0356r_0043)^1*(s_0356^1 - (s_0216^1*s_1207^1)/Keq_r_0043))/((1 + s_0356/kms_s_0356r_0043 + (1 + s_0216/kmp_s_0216r_0043)*(1 + s_1207/kmp_s_1207r_0043)) - 1)))/intracellular;
end

function function_18(Keq_r_0044, Vmax_r_0044, intracellular, kmp_s_1091r_0044, kmp_s_1325r_0044, kms_s_0218r_0044, kms_s_0763_br_0044, kms_s_1096r_0044, s_0218, s_0763_b, s_1091, s_1096, s_1325)
  (Vmax_r_0044*(((1/kms_s_0218r_0044)^1*(1/kms_s_0763_br_0044)^2*(1/kms_s_1096r_0044)^1*(s_0218^1*s_0763_b^2*s_1096^1 - (s_1091^1*s_1325^1)/Keq_r_0044))/(((1 + s_0218/kms_s_0218r_0044)*(1 + s_0763_b/kms_s_0763_br_0044)*(1 + s_1096/kms_s_1096r_0044) + (1 + s_1091/kmp_s_1091r_0044)*(1 + s_1325/kmp_s_1325r_0044)) - 1)))/intracellular;
end

function function_19(Keq_r_0057, Vmax_r_0057, intracellular, kmp_s_0046r_0057, kmp_s_1082r_0057, kms_s_0247r_0057, kms_s_0763_br_0057, kms_s_1087r_0057, s_0046, s_0247, s_0763_b, s_1082, s_1087)
  (Vmax_r_0057*(((1/kms_s_0247r_0057)^1*(1/kms_s_0763_br_0057)^1*(1/kms_s_1087r_0057)^1*(s_0247^1*s_0763_b^1*s_1087^1 - (s_0046^1*s_1082^1)/Keq_r_0057))/(((1 + s_0247/kms_s_0247r_0057)*(1 + s_0763_b/kms_s_0763_br_0057)*(1 + s_1087/kms_s_1087r_0057) + (1 + s_0046/kmp_s_0046r_0057)*(1 + s_1082/kmp_s_1082r_0057)) - 1)))/intracellular;
end

function function_20(Keq_r_0058, Vmax_r_0058, intracellular, kmp_s_0052r_0058, kmp_s_1082r_0058, kms_s_0257r_0058, kms_s_0763_br_0058, kms_s_1087r_0058, s_0052, s_0257, s_0763_b, s_1082, s_1087)
  (Vmax_r_0058*(((1/kms_s_0257r_0058)^1*(1/kms_s_0763_br_0058)^1*(1/kms_s_1087r_0058)^1*(s_0257^1*s_0763_b^1*s_1087^1 - (s_0052^1*s_1082^1)/Keq_r_0058))/(((1 + s_0257/kms_s_0257r_0058)*(1 + s_0763_b/kms_s_0763_br_0058)*(1 + s_1087/kms_s_1087r_0058) + (1 + s_0052/kmp_s_0052r_0058)*(1 + s_1082/kmp_s_1082r_0058)) - 1)))/intracellular;
end

function function_21(Keq_r_0059, Vmax_r_0059, intracellular, kmp_s_0234r_0059, kmp_s_1082r_0059, kms_s_0254r_0059, kms_s_0763_br_0059, kms_s_1087r_0059, s_0234, s_0254, s_0763_b, s_1082, s_1087)
  (Vmax_r_0059*(((1/kms_s_0254r_0059)^1*(1/kms_s_0763_br_0059)^1*(1/kms_s_1087r_0059)^1*(s_0254^1*s_0763_b^1*s_1087^1 - (s_0234^1*s_1082^1)/Keq_r_0059))/(((1 + s_0254/kms_s_0254r_0059)*(1 + s_0763_b/kms_s_0763_br_0059)*(1 + s_1087/kms_s_1087r_0059) + (1 + s_0234/kmp_s_0234r_0059)*(1 + s_1082/kmp_s_1082r_0059)) - 1)))/intracellular;
end

function function_22(Keq_r_0060, Vmax_r_0060, intracellular, kmp_s_0055r_0060, kmp_s_1082r_0060, kms_s_0261r_0060, kms_s_0763_br_0060, kms_s_1087r_0060, s_0055, s_0261, s_0763_b, s_1082, s_1087)
  (Vmax_r_0060*(((1/kms_s_0261r_0060)^1*(1/kms_s_0763_br_0060)^1*(1/kms_s_1087r_0060)^1*(s_0261^1*s_0763_b^1*s_1087^1 - (s_0055^1*s_1082^1)/Keq_r_0060))/(((1 + s_0261/kms_s_0261r_0060)*(1 + s_0763_b/kms_s_0763_br_0060)*(1 + s_1087/kms_s_1087r_0060) + (1 + s_0055/kmp_s_0055r_0060)*(1 + s_1082/kmp_s_1082r_0060)) - 1)))/intracellular;
end

function function_23(Keq_r_0063, Vmax_r_0063, intracellular, kmp_s_0008r_0063, kms_s_0170r_0063, kms_s_1434_br_0063, s_0008, s_0170, s_1434_b)
  (Vmax_r_0063*(((1/kms_s_0170r_0063)^1*(1/kms_s_1434_br_0063)^1*(s_0170^1*s_1434_b^1 - s_0008^1/Keq_r_0063))/(((1 + s_0170/kms_s_0170r_0063)*(1 + s_1434_b/kms_s_1434_br_0063) + 1 + s_0008/kmp_s_0008r_0063) - 1)))/intracellular;
end

function function_24(Keq_r_0064, Vmax_r_0064, intracellular, kmp_s_0010r_0064, kmp_s_0763_br_0064, kmp_s_1087r_0064, kms_s_0008r_0064, kms_s_1082r_0064, s_0008, s_0010, s_0763_b, s_1082, s_1087)
  (Vmax_r_0064*(((1/kms_s_0008r_0064)^1*(1/kms_s_1082r_0064)^1*(s_0008^1*s_1082^1 - (s_0010^1*s_0763_b^1*s_1087^1)/Keq_r_0064))/(((1 + s_0008/kms_s_0008r_0064)*(1 + s_1082/kms_s_1082r_0064) + (1 + s_0010/kmp_s_0010r_0064)*(1 + s_0763_b/kmp_s_0763_br_0064)*(1 + s_1087/kmp_s_1087r_0064)) - 1)))/intracellular;
end

function function_25(Keq_r_0068, Vmax_r_0068, intracellular, kmp_s_0330r_0068, kmp_s_1207r_0068, kms_s_0267r_0068, kms_s_1243r_0068, s_0267, s_0330, s_1207, s_1243)
  (Vmax_r_0068*(((1/kms_s_0267r_0068)^1*(1/kms_s_1243r_0068)^1*(s_0267^1*s_1243^1 - (s_0330^1*s_1207^1)/Keq_r_0068))/(((1 + s_0267/kms_s_0267r_0068)*(1 + s_1243/kms_s_1243r_0068) + (1 + s_0330/kmp_s_0330r_0068)*(1 + s_1207/kmp_s_1207r_0068)) - 1)))/intracellular;
end

function function_26(Keq_r_0093, Vmax_r_0093, intracellular, kmp_s_0328r_0093, kmp_s_1091r_0093, kms_s_0307r_0093, kms_s_0763_br_0093, kms_s_1096r_0093, s_0307, s_0328, s_0763_b, s_1091, s_1096)
  (Vmax_r_0093*(((1/kms_s_0307r_0093)^1*(1/kms_s_0763_br_0093)^2*(1/kms_s_1096r_0093)^1*(s_0307^1*s_0763_b^2*s_1096^1 - (s_0328^1*s_1091^1)/Keq_r_0093))/(((1 + s_0307/kms_s_0307r_0093)*(1 + s_0763_b/kms_s_0763_br_0093)*(1 + s_1096/kms_s_1096r_0093) + (1 + s_0328/kmp_s_0328r_0093)*(1 + s_1091/kmp_s_1091r_0093)) - 1)))/intracellular;
end

function function_27(Keq_r_0111, Vmax_r_0111, intracellular, kmp_s_0018r_0111, kmp_s_1091r_0111, kms_s_0150r_0111, kms_s_0763_br_0111, kms_s_1096r_0111, s_0018, s_0150, s_0763_b, s_1091, s_1096)
  (Vmax_r_0111*(((1/kms_s_0150r_0111)^1*(1/kms_s_0763_br_0111)^1*(1/kms_s_1096r_0111)^1*(s_0150^1*s_0763_b^1*s_1096^1 - (s_0018^1*s_1091^1)/Keq_r_0111))/(((1 + s_0150/kms_s_0150r_0111)*(1 + s_0763_b/kms_s_0763_br_0111)*(1 + s_1096/kms_s_1096r_0111) + (1 + s_0018/kmp_s_0018r_0111)*(1 + s_1091/kmp_s_1091r_0111)) - 1)))/intracellular;
end

function function_28(Keq_r_0112, Vmax_r_0112, intracellular, kmp_s_0150r_0112, kmp_s_0470r_0112, kms_s_0763_br_0112, kms_s_1277r_0112, s_0150, s_0470, s_0763_b, s_1277)
  (Vmax_r_0112*(((1/kms_s_0763_br_0112)^1*(1/kms_s_1277r_0112)^2*(s_0763_b^1*s_1277^2 - (s_0150^1*s_0470^1)/Keq_r_0112))/(((1 + s_0763_b/kms_s_0763_br_0112)*(1 + s_1277/kms_s_1277r_0112) + (1 + s_0150/kmp_s_0150r_0112)*(1 + s_0470/kmp_s_0470r_0112)) - 1)))/intracellular;
end

function function_29(Keq_r_0118, Vmax_r_0118, intracellular, kmp_s_0374r_0118, kmp_s_0514r_0118, kms_s_0380r_0118, s_0374, s_0380, s_0514)
  (Vmax_r_0118*(((1/kms_s_0380r_0118)^2*(s_0380^2 - (s_0374^1*s_0514^1)/Keq_r_0118))/((1 + s_0380/kms_s_0380r_0118 + (1 + s_0374/kmp_s_0374r_0118)*(1 + s_0514/kmp_s_0514r_0118)) - 1)))/intracellular;
end

function function_30(Keq_r_0123, Vmax_r_0123, intracellular, kmp_s_0400r_0123, kmp_s_0763_br_0123, kmp_s_1005r_0123, kmp_s_1207r_0123, kms_s_0380r_0123, kms_s_0446r_0123, kms_s_0458r_0123, s_0380, s_0400, s_0446, s_0458, s_0763_b, s_1005, s_1207)
  (Vmax_r_0123*(((1/kms_s_0380r_0123)^1*(1/kms_s_0446r_0123)^1*(1/kms_s_0458r_0123)^1*(s_0380^1*s_0446^1*s_0458^1 - (s_0400^1*s_0763_b^1*s_1005^1*s_1207^1)/Keq_r_0123))/(((1 + s_0380/kms_s_0380r_0123)*(1 + s_0446/kms_s_0446r_0123)*(1 + s_0458/kms_s_0458r_0123) + (1 + s_0400/kmp_s_0400r_0123)*(1 + s_0763_b/kmp_s_0763_br_0123)*(1 + s_1005/kmp_s_1005r_0123)*(1 + s_1207/kmp_s_1207r_0123)) - 1)))/intracellular;
end

function function_31(Keq_r_0125, Vmax_r_0125, intracellular, kmp_s_0380r_0125, kmp_s_1434_br_0125, kms_s_0369r_0125, kms_s_0514r_0125, kms_s_0763_br_0125, s_0369, s_0380, s_0514, s_0763_b, s_1434_b)
  (Vmax_r_0125*(((1/kms_s_0369r_0125)^1*(1/kms_s_0514r_0125)^1*(1/kms_s_0763_br_0125)^1*(s_0369^1*s_0514^1*s_0763_b^1 - (s_0380^1*s_1434_b^1)/Keq_r_0125))/(((1 + s_0369/kms_s_0369r_0125)*(1 + s_0514/kms_s_0514r_0125)*(1 + s_0763_b/kms_s_0763_br_0125) + (1 + s_0380/kmp_s_0380r_0125)*(1 + s_1434_b/kmp_s_1434_br_0125)) - 1)))/intracellular;
end

function function_32(Keq_r_0127, Vmax_r_0127, intracellular, kmp_s_0369r_0127, kmp_s_0446r_0127, kmp_s_0514r_0127, kms_s_0380r_0127, kms_s_0434r_0127, kms_s_0605r_0127, s_0369, s_0380, s_0434, s_0446, s_0514, s_0605)
  (Vmax_r_0127*(((1/kms_s_0380r_0127)^1*(1/kms_s_0434r_0127)^1*(1/kms_s_0605r_0127)^1*(s_0380^1*s_0434^1*s_0605^1 - (s_0369^1*s_0446^1*s_0514^1)/Keq_r_0127))/(((1 + s_0380/kms_s_0380r_0127)*(1 + s_0434/kms_s_0434r_0127)*(1 + s_0605/kms_s_0605r_0127) + (1 + s_0369/kmp_s_0369r_0127)*(1 + s_0446/kmp_s_0446r_0127)*(1 + s_0514/kmp_s_0514r_0127)) - 1)))/intracellular;
end

function function_117(Keq_r_0465, Vmax_r_0465, intracellular, kmp_s_0470r_0465, kmp_s_0514r_0465, kmp_s_1044r_0465, kmp_s_1091r_0465, kmp_s_1434_br_0465, kms_s_0763_br_0465, kms_s_0977r_0465, kms_s_1005r_0465, kms_s_1096r_0465, s_0470, s_0514, s_0763_b, s_0977, s_1005, s_1044, s_1091, s_1096, s_1434_b)
  (Vmax_r_0465*(((1/kms_s_0763_br_0465)^3*(1/kms_s_0977r_0465)^1*(1/kms_s_1005r_0465)^1*(1/kms_s_1096r_0465)^2*(s_0763_b^3*s_0977^1*s_1005^1*s_1096^2 - (s_0470^1*s_0514^1*s_1044^1*s_1091^2*s_1434_b^1)/Keq_r_0465))/(((1 + s_0763_b/kms_s_0763_br_0465)*(1 + s_0977/kms_s_0977r_0465)*(1 + s_1005/kms_s_1005r_0465)*(1 + s_1096/kms_s_1096r_0465) + (1 + s_0470/kmp_s_0470r_0465)*(1 + s_0514/kmp_s_0514r_0465)*(1 + s_1044/kmp_s_1044r_0465)*(1 + s_1091/kmp_s_1091r_0465)*(1 + s_1434_b/kmp_s_1434_br_0465)) - 1)))/intracellular;
end

function function_118(Keq_r_0466, Vmax_r_0466, intracellular, kmp_s_0470r_0466, kmp_s_0514r_0466, kmp_s_1091r_0466, kmp_s_1187r_0466, kmp_s_1434_br_0466, kms_s_0763_br_0466, kms_s_1005r_0466, kms_s_1044r_0466, kms_s_1096r_0466, s_0470, s_0514, s_0763_b, s_1005, s_1044, s_1091, s_1096, s_1187, s_1434_b)
  (Vmax_r_0466*(((1/kms_s_0763_br_0466)^3*(1/kms_s_1005r_0466)^1*(1/kms_s_1044r_0466)^1*(1/kms_s_1096r_0466)^2*(s_0763_b^3*s_1005^1*s_1044^1*s_1096^2 - (s_0470^1*s_0514^1*s_1091^2*s_1187^1*s_1434_b^1)/Keq_r_0466))/(((1 + s_0763_b/kms_s_0763_br_0466)*(1 + s_1005/kms_s_1005r_0466)*(1 + s_1044/kms_s_1044r_0466)*(1 + s_1096/kms_s_1096r_0466) + (1 + s_0470/kmp_s_0470r_0466)*(1 + s_0514/kmp_s_0514r_0466)*(1 + s_1091/kmp_s_1091r_0466)*(1 + s_1187/kmp_s_1187r_0466)*(1 + s_1434_b/kmp_s_1434_br_0466)) - 1)))/intracellular;
end

function function_119(Keq_r_0467, Vmax_r_0467, intracellular, kmp_s_0470r_0467, kmp_s_0514r_0467, kmp_s_1091r_0467, kmp_s_1334r_0467, kmp_s_1434_br_0467, kms_s_0763_br_0467, kms_s_1005r_0467, kms_s_1096r_0467, kms_s_1187r_0467, s_0470, s_0514, s_0763_b, s_1005, s_1091, s_1096, s_1187, s_1334, s_1434_b)
  (Vmax_r_0467*(((1/kms_s_0763_br_0467)^3*(1/kms_s_1005r_0467)^1*(1/kms_s_1096r_0467)^2*(1/kms_s_1187r_0467)^1*(s_0763_b^3*s_1005^1*s_1096^2*s_1187^1 - (s_0470^1*s_0514^1*s_1091^2*s_1334^1*s_1434_b^1)/Keq_r_0467))/(((1 + s_0763_b/kms_s_0763_br_0467)*(1 + s_1005/kms_s_1005r_0467)*(1 + s_1096/kms_s_1096r_0467)*(1 + s_1187/kms_s_1187r_0467) + (1 + s_0470/kmp_s_0470r_0467)*(1 + s_0514/kmp_s_0514r_0467)*(1 + s_1091/kmp_s_1091r_0467)*(1 + s_1334/kmp_s_1334r_0467)*(1 + s_1434_b/kmp_s_1434_br_0467)) - 1)))/intracellular;
end

function function_120(Keq_r_0479, Vmax_r_0479, intracellular, kmp_s_0122r_0479, kmp_s_0400r_0479, kmp_s_1207r_0479, kms_s_0309r_0479, kms_s_0446r_0479, kms_s_0689r_0479, s_0122, s_0309, s_0400, s_0446, s_0689, s_1207)
  (Vmax_r_0479*(((1/kms_s_0309r_0479)^1*(1/kms_s_0446r_0479)^1*(1/kms_s_0689r_0479)^1*(s_0309^1*s_0446^1*s_0689^1 - (s_0122^1*s_0400^1*s_1207^1)/Keq_r_0479))/(((1 + s_0309/kms_s_0309r_0479)*(1 + s_0446/kms_s_0446r_0479)*(1 + s_0689/kms_s_0689r_0479) + (1 + s_0122/kmp_s_0122r_0479)*(1 + s_0400/kmp_s_0400r_0479)*(1 + s_1207/kmp_s_1207r_0479)) - 1)))/intracellular;
end

function function_121(Keq_r_0484, Vmax_r_0484, intracellular, kmp_s_0731r_0484, kmp_s_0735r_0484, kms_s_0537r_0484, s_0537, s_0731, s_0735)
  (Vmax_r_0484*(((1/kms_s_0537r_0484)^1*(s_0537^1 - (s_0731^1*s_0735^1)/Keq_r_0484))/((1 + s_0537/kms_s_0537r_0484 + (1 + s_0731/kmp_s_0731r_0484)*(1 + s_0735/kmp_s_0735r_0484)) - 1)))/intracellular;
end

function function_122(Keq_r_0485, Vmax_r_0485, intracellular, kmp_s_0692r_0485, kmp_s_1434_br_0485, kms_s_0069r_0485, s_0069, s_0692, s_1434_b)
  (Vmax_r_0485*(((1/kms_s_0069r_0485)^1*(s_0069^1 - (s_0692^1*s_1434_b^1)/Keq_r_0485))/((1 + s_0069/kms_s_0069r_0485 + (1 + s_0692/kmp_s_0692r_0485)*(1 + s_1434_b/kmp_s_1434_br_0485)) - 1)))/intracellular;
end

function function_123(Keq_r_0488, Vmax_r_0488, intracellular, kmp_s_0657r_0488, kmp_s_1338r_0488, kms_s_0659r_0488, kms_s_0692r_0488, s_0657, s_0659, s_0692, s_1338)
  (Vmax_r_0488*(((1/kms_s_0659r_0488)^1*(1/kms_s_0692r_0488)^1*(s_0659^1*s_0692^1 - (s_0657^1*s_1338^1)/Keq_r_0488))/(((1 + s_0659/kms_s_0659r_0488)*(1 + s_0692/kms_s_0692r_0488) + (1 + s_0657/kmp_s_0657r_0488)*(1 + s_1338/kmp_s_1338r_0488)) - 1)))/intracellular;
end

function function_124(Keq_r_0496, Vmax_r_0496, intracellular, kmp_s_0195r_0496, kmp_s_0605r_0496, kms_s_0712r_0496, kms_s_0850r_0496, s_0195, s_0605, s_0712, s_0850)
  (Vmax_r_0496*(((1/kms_s_0712r_0496)^1*(1/kms_s_0850r_0496)^1*(s_0712^1*s_0850^1 - (s_0195^1*s_0605^1)/Keq_r_0496))/(((1 + s_0712/kms_s_0712r_0496)*(1 + s_0850/kms_s_0850r_0496) + (1 + s_0195/kmp_s_0195r_0496)*(1 + s_0605/kmp_s_0605r_0496)) - 1)))/intracellular;
end

function function_125(Keq_r_0499, Vmax_r_0499, intracellular, kmp_s_0400r_0499, kmp_s_0455r_0499, kmp_s_0763_br_0499, kms_s_0446r_0499, kms_s_0545r_0499, s_0400, s_0446, s_0455, s_0545, s_0763_b)
  (Vmax_r_0499*(((1/kms_s_0446r_0499)^1*(1/kms_s_0545r_0499)^1*(s_0446^1*s_0545^1 - (s_0400^1*s_0455^1*s_0763_b^1)/Keq_r_0499))/(((1 + s_0446/kms_s_0446r_0499)*(1 + s_0545/kms_s_0545r_0499) + (1 + s_0400/kmp_s_0400r_0499)*(1 + s_0455/kmp_s_0455r_0499)*(1 + s_0763_b/kmp_s_0763_br_0499)) - 1)))/intracellular;
end

function function_126(Keq_r_0504, Vmax_r_0504, intracellular, kmp_s_0539r_0504, kms_s_0455r_0504, s_0455, s_0539)
  (Vmax_r_0504*(((1/kms_s_0455r_0504)^1*(s_0455^1 - s_0539^1/Keq_r_0504))/((1 + s_0455/kms_s_0455r_0504 + 1 + s_0539/kmp_s_0539r_0504) - 1)))/intracellular;
end

function function_127(Keq_r_0505, Vmax_r_0505, intracellular, kmp_s_0539r_0505, kms_s_0410r_0505, s_0410, s_0539)
  (Vmax_r_0505*(((1/kms_s_0410r_0505)^1*(s_0410^1 - s_0539^1/Keq_r_0505))/((1 + s_0410/kms_s_0410r_0505 + 1 + s_0539/kmp_s_0539r_0505) - 1)))/intracellular;
end

function function_128(Keq_r_0506, Vmax_r_0506, intracellular, kmp_s_0400r_0506, kmp_s_0894r_0506, kms_s_0446r_0506, kms_s_0899r_0506, s_0400, s_0446, s_0894, s_0899)
  (Vmax_r_0506*(((1/kms_s_0446r_0506)^1*(1/kms_s_0899r_0506)^1*(s_0446^1*s_0899^1 - (s_0400^1*s_0894^1)/Keq_r_0506))/(((1 + s_0446/kms_s_0446r_0506)*(1 + s_0899/kms_s_0899r_0506) + (1 + s_0400/kmp_s_0400r_0506)*(1 + s_0894/kmp_s_0894r_0506)) - 1)))/intracellular;
end

function function_129(Keq_r_0509, Vmax_r_0509, intracellular, kmp_s_0899r_0509, kmp_s_1091r_0509, kmp_s_1434_br_0509, kms_s_0185r_0509, kms_s_0430r_0509, kms_s_0763_br_0509, kms_s_1096r_0509, s_0185, s_0430, s_0763_b, s_0899, s_1091, s_1096, s_1434_b)
  (Vmax_r_0509*(((1/kms_s_0185r_0509)^1*(1/kms_s_0430r_0509)^1*(1/kms_s_0763_br_0509)^1*(1/kms_s_1096r_0509)^1*(s_0185^1*s_0430^1*s_0763_b^1*s_1096^1 - (s_0899^1*s_1091^1*s_1434_b^1)/Keq_r_0509))/(((1 + s_0185/kms_s_0185r_0509)*(1 + s_0430/kms_s_0430r_0509)*(1 + s_0763_b/kms_s_0763_br_0509)*(1 + s_1096/kms_s_1096r_0509) + (1 + s_0899/kmp_s_0899r_0509)*(1 + s_1091/kmp_s_1091r_0509)*(1 + s_1434_b/kmp_s_1434_br_0509)) - 1)))/intracellular;
end

function function_130(Keq_r_0510, Vmax_r_0510, intracellular, kmp_s_0899r_0510, kmp_s_1082r_0510, kms_s_0185r_0510, kms_s_0763_br_0510, kms_s_0907r_0510, kms_s_1087r_0510, s_0185, s_0763_b, s_0899, s_0907, s_1082, s_1087)
  (Vmax_r_0510*(((1/kms_s_0185r_0510)^1*(1/kms_s_0763_br_0510)^1*(1/kms_s_0907r_0510)^1*(1/kms_s_1087r_0510)^1*(s_0185^1*s_0763_b^1*s_0907^1*s_1087^1 - (s_0899^2*s_1082^1)/Keq_r_0510))/(((1 + s_0185/kms_s_0185r_0510)*(1 + s_0763_b/kms_s_0763_br_0510)*(1 + s_0907/kms_s_0907r_0510)*(1 + s_1087/kms_s_1087r_0510) + (1 + s_0899/kmp_s_0899r_0510)*(1 + s_1082/kmp_s_1082r_0510)) - 1)))/intracellular;
end

function function_55(Keq_r_0238, Vmax_r_0238, intracellular, kmp_s_0886r_0238, kmp_s_1091r_0238, kmp_s_1207r_0238, kms_s_0301r_0238, kms_s_0763_br_0238, kms_s_1096r_0238, s_0301, s_0763_b, s_0886, s_1091, s_1096, s_1207)
  (Vmax_r_0238*(((1/kms_s_0301r_0238)^1*(1/kms_s_0763_br_0238)^1*(1/kms_s_1096r_0238)^1*(s_0301^1*s_0763_b^1*s_1096^1 - (s_0886^1*s_1091^1*s_1207^1)/Keq_r_0238))/(((1 + s_0301/kms_s_0301r_0238)*(1 + s_0763_b/kms_s_0763_br_0238)*(1 + s_1096/kms_s_1096r_0238) + (1 + s_0886/kmp_s_0886r_0238)*(1 + s_1091/kmp_s_1091r_0238)*(1 + s_1207/kmp_s_1207r_0238)) - 1)))/intracellular;
end

function function_56(Keq_r_0245, Vmax_r_0245, intracellular, kmp_s_0334r_0245, kmp_s_0605r_0245, kms_s_0331r_0245, kms_s_0446r_0245, s_0331, s_0334, s_0446, s_0605)
  (Vmax_r_0245*(((1/kms_s_0331r_0245)^1*(1/kms_s_0446r_0245)^1*(s_0331^1*s_0446^1 - (s_0334^1*s_0605^1)/Keq_r_0245))/(((1 + s_0331/kms_s_0331r_0245)*(1 + s_0446/kms_s_0446r_0245) + (1 + s_0334/kmp_s_0334r_0245)*(1 + s_0605/kmp_s_0605r_0245)) - 1)))/intracellular;
end

function function_57(Keq_r_0246, Vmax_r_0246, intracellular, kmp_s_0446r_0246, kmp_s_0763_br_0246, kmp_s_1434_br_0246, kms_s_0400r_0246, kms_s_0763_br_0246, kms_s_1207r_0246, s_0400, s_0446, s_0763_b, s_1207, s_1434_b)
  (Vmax_r_0246*(((1/kms_s_0400r_0246)^1*(1/kms_s_0763_br_0246)^3*(1/kms_s_1207r_0246)^1*(s_0400^1*s_0763_b^3*s_1207^1 - (s_0446^1*s_0763_b^2*s_1434_b^1)/Keq_r_0246))/(((1 + s_0400/kms_s_0400r_0246)*(1 + s_0763_b/kms_s_0763_br_0246)*(1 + s_1207/kms_s_1207r_0246) + (1 + s_0446/kmp_s_0446r_0246)*(1 + s_0763_b/kmp_s_0763_br_0246)*(1 + s_1434_b/kmp_s_1434_br_0246)) - 1)))/intracellular;
end

function function_58(Keq_r_0249, Vmax_r_0249, kmp_s_0400r_0249, kmp_s_0766_br_0249, kmp_s_1207r_0249, kms_s_0446r_0249, kms_s_1434_br_0249, s_0400, s_0446, s_0766_b, s_1207, s_1434_b)
  Vmax_r_0249*(((1/kms_s_0446r_0249)^1*(1/kms_s_1434_br_0249)^1*(s_0446^1*s_1434_b^1 - (s_0400^1*s_0766_b^1*s_1207^1)/Keq_r_0249))/(((1 + s_0446/kms_s_0446r_0249)*(1 + s_1434_b/kms_s_1434_br_0249) + (1 + s_0400/kmp_s_0400r_0249)*(1 + s_0766_b/kmp_s_0766_br_0249)*(1 + s_1207/kmp_s_1207r_0249)) - 1));
end

function function_59(Keq_r_0251, Vmax_r_0251, intracellular, kmp_s_0458r_0251, kmp_s_0763_br_0251, kms_s_0470r_0251, kms_s_1434_br_0251, s_0458, s_0470, s_0763_b, s_1434_b)
  (Vmax_r_0251*(((1/kms_s_0470r_0251)^1*(1/kms_s_1434_br_0251)^1*(s_0470^1*s_1434_b^1 - (s_0458^1*s_0763_b^1)/Keq_r_0251))/(((1 + s_0470/kms_s_0470r_0251)*(1 + s_1434_b/kms_s_1434_br_0251) + (1 + s_0458/kmp_s_0458r_0251)*(1 + s_0763_b/kmp_s_0763_br_0251)) - 1)))/intracellular;
end

function function_60(Keq_r_0258, Vmax_r_0258, intracellular, kmp_s_0124r_0258, kmp_s_1091r_0258, kms_s_0268r_0258, kms_s_0763_br_0258, kms_s_1096r_0258, s_0124, s_0268, s_0763_b, s_1091, s_1096)
  (Vmax_r_0258*(((1/kms_s_0268r_0258)^1*(1/kms_s_0763_br_0258)^1*(1/kms_s_1096r_0258)^1*(s_0268^1*s_0763_b^1*s_1096^1 - (s_0124^1*s_1091^1)/Keq_r_0258))/(((1 + s_0268/kms_s_0268r_0258)*(1 + s_0763_b/kms_s_0763_br_0258)*(1 + s_1096/kms_s_1096r_0258) + (1 + s_0124/kmp_s_0124r_0258)*(1 + s_1091/kmp_s_1091r_0258)) - 1)))/intracellular;
end

function function_61(Keq_r_0261, Vmax_r_0261, intracellular, kmp_s_0470r_0261, kmp_s_0763_br_0261, kmp_s_1096r_0261, kmp_s_1458r_0261, kms_s_1091r_0261, kms_s_1457r_0261, s_0470, s_0763_b, s_1091, s_1096, s_1457, s_1458)
  (Vmax_r_0261*(((1/kms_s_1091r_0261)^1*(1/kms_s_1457r_0261)^1*(s_1091^1*s_1457^1 - (s_0470^1*s_0763_b^1*s_1096^1*s_1458^1)/Keq_r_0261))/(((1 + s_1091/kms_s_1091r_0261)*(1 + s_1457/kms_s_1457r_0261) + (1 + s_0470/kmp_s_0470r_0261)*(1 + s_0763_b/kmp_s_0763_br_0261)*(1 + s_1096/kmp_s_1096r_0261)*(1 + s_1458/kmp_s_1458r_0261)) - 1)))/intracellular;
end

function function_62(Keq_r_0262, Vmax_r_0262, intracellular, kmp_s_0215r_0262, kmp_s_0470r_0262, kmp_s_0763_br_0262, kmp_s_1087r_0262, kms_s_0303r_0262, kms_s_1082r_0262, s_0215, s_0303, s_0470, s_0763_b, s_1082, s_1087)
  (Vmax_r_0262*(((1/kms_s_0303r_0262)^1*(1/kms_s_1082r_0262)^1*(s_0303^1*s_1082^1 - (s_0215^1*s_0470^1*s_0763_b^1*s_1087^1)/Keq_r_0262))/(((1 + s_0303/kms_s_0303r_0262)*(1 + s_1082/kms_s_1082r_0262) + (1 + s_0215/kmp_s_0215r_0262)*(1 + s_0470/kmp_s_0470r_0262)*(1 + s_0763_b/kmp_s_0763_br_0262)*(1 + s_1087/kmp_s_1087r_0262)) - 1)))/intracellular;
end

function function_63(Keq_r_0263, Vmax_r_0263, intracellular, kmp_s_0302r_0263, kmp_s_1091r_0263, kms_s_0215r_0263, kms_s_0763_br_0263, kms_s_1096r_0263, s_0215, s_0302, s_0763_b, s_1091, s_1096)
  (Vmax_r_0263*(((1/kms_s_0215r_0263)^1*(1/kms_s_0763_br_0263)^1*(1/kms_s_1096r_0263)^1*(s_0215^1*s_0763_b^1*s_1096^1 - (s_0302^1*s_1091^1)/Keq_r_0263))/(((1 + s_0215/kms_s_0215r_0263)*(1 + s_0763_b/kms_s_0763_br_0263)*(1 + s_1096/kms_s_1096r_0263) + (1 + s_0302/kmp_s_0302r_0263)*(1 + s_1091/kmp_s_1091r_0263)) - 1)))/intracellular;
end

function function_64(Keq_r_0264, Vmax_r_0264, intracellular, kmp_s_1091r_0264, kmp_s_1447r_0264, kms_s_0763_br_0264, kms_s_1096r_0264, kms_s_1458r_0264, s_0763_b, s_1091, s_1096, s_1447, s_1458)
  (Vmax_r_0264*(((1/kms_s_0763_br_0264)^1*(1/kms_s_1096r_0264)^1*(1/kms_s_1458r_0264)^1*(s_0763_b^1*s_1096^1*s_1458^1 - (s_1091^1*s_1447^1)/Keq_r_0264))/(((1 + s_0763_b/kms_s_0763_br_0264)*(1 + s_1096/kms_s_1096r_0264)*(1 + s_1458/kms_s_1458r_0264) + (1 + s_1091/kmp_s_1091r_0264)*(1 + s_1447/kmp_s_1447r_0264)) - 1)))/intracellular;
end

function function_65(Keq_r_0265, Vmax_r_0265, intracellular, kmp_s_1091r_0265, kmp_s_1434_br_0265, kmp_s_1455r_0265, kms_s_0302r_0265, kms_s_0763_br_0265, kms_s_1096r_0265, kms_s_1160r_0265, s_0302, s_0763_b, s_1091, s_1096, s_1160, s_1434_b, s_1455)
  (Vmax_r_0265*(((1/kms_s_0302r_0265)^1*(1/kms_s_0763_br_0265)^1*(1/kms_s_1096r_0265)^1*(1/kms_s_1160r_0265)^1*(s_0302^1*s_0763_b^1*s_1096^1*s_1160^1 - (s_1091^1*s_1434_b^1*s_1455^1)/Keq_r_0265))/(((1 + s_0302/kms_s_0302r_0265)*(1 + s_0763_b/kms_s_0763_br_0265)*(1 + s_1096/kms_s_1096r_0265)*(1 + s_1160/kms_s_1160r_0265) + (1 + s_1091/kmp_s_1091r_0265)*(1 + s_1434_b/kmp_s_1434_br_0265)*(1 + s_1455/kmp_s_1455r_0265)) - 1)))/intracellular;
end

function function_66(Keq_r_0266, Vmax_r_0266, intracellular, kmp_s_1091r_0266, kmp_s_1434_br_0266, kmp_s_1456r_0266, kms_s_0763_br_0266, kms_s_1096r_0266, kms_s_1160r_0266, kms_s_1455r_0266, s_0763_b, s_1091, s_1096, s_1160, s_1434_b, s_1455, s_1456)
  (Vmax_r_0266*(((1/kms_s_0763_br_0266)^1*(1/kms_s_1096r_0266)^1*(1/kms_s_1160r_0266)^1*(1/kms_s_1455r_0266)^1*(s_0763_b^1*s_1096^1*s_1160^1*s_1455^1 - (s_1091^1*s_1434_b^2*s_1456^1)/Keq_r_0266))/(((1 + s_0763_b/kms_s_0763_br_0266)*(1 + s_1096/kms_s_1096r_0266)*(1 + s_1160/kms_s_1160r_0266)*(1 + s_1455/kms_s_1455r_0266) + (1 + s_1091/kmp_s_1091r_0266)*(1 + s_1434_b/kmp_s_1434_br_0266)*(1 + s_1456/kmp_s_1456r_0266)) - 1)))/intracellular;
end

function function_67(Keq_r_0267, Vmax_r_0267, intracellular, kmp_s_1091r_0267, kmp_s_1434_br_0267, kmp_s_1457r_0267, kms_s_0763_br_0267, kms_s_1096r_0267, kms_s_1160r_0267, kms_s_1456r_0267, s_0763_b, s_1091, s_1096, s_1160, s_1434_b, s_1456, s_1457)
  (Vmax_r_0267*(((1/kms_s_0763_br_0267)^1*(1/kms_s_1096r_0267)^1*(1/kms_s_1160r_0267)^1*(1/kms_s_1456r_0267)^1*(s_0763_b^1*s_1096^1*s_1160^1*s_1456^1 - (s_1091^1*s_1434_b^1*s_1457^1)/Keq_r_0267))/(((1 + s_0763_b/kms_s_0763_br_0267)*(1 + s_1096/kms_s_1096r_0267)*(1 + s_1160/kms_s_1160r_0267)*(1 + s_1456/kms_s_1456r_0267) + (1 + s_1091/kmp_s_1091r_0267)*(1 + s_1434_b/kmp_s_1434_br_0267)*(1 + s_1457/kmp_s_1457r_0267)) - 1)))/intracellular;
end

function function_68(Keq_r_0268, Vmax_r_0268, intracellular, kmp_s_0303r_0268, kmp_s_1091r_0268, kmp_s_1434_br_0268, kms_s_0124r_0268, kms_s_0763_br_0268, kms_s_1096r_0268, kms_s_1160r_0268, s_0124, s_0303, s_0763_b, s_1091, s_1096, s_1160, s_1434_b)
  (Vmax_r_0268*(((1/kms_s_0124r_0268)^1*(1/kms_s_0763_br_0268)^3*(1/kms_s_1096r_0268)^3*(1/kms_s_1160r_0268)^3*(s_0124^1*s_0763_b^3*s_1096^3*s_1160^3 - (s_0303^1*s_1091^3*s_1434_b^4)/Keq_r_0268))/(((1 + s_0124/kms_s_0124r_0268)*(1 + s_0763_b/kms_s_0763_br_0268)*(1 + s_1096/kms_s_1096r_0268)*(1 + s_1160/kms_s_1160r_0268) + (1 + s_0303/kmp_s_0303r_0268)*(1 + s_1091/kmp_s_1091r_0268)*(1 + s_1434_b/kmp_s_1434_br_0268)) - 1)))/intracellular;
end

function function_69(Keq_r_0270, Vmax_r_0270, intracellular, kmp_s_0627r_0270, kms_s_0669r_0270, s_0627, s_0669)
  (Vmax_r_0270*(((1/kms_s_0669r_0270)^1*(s_0669^1 - s_0627^1/Keq_r_0270))/((1 + s_0669/kms_s_0669r_0270 + 1 + s_0627/kmp_s_0627r_0270) - 1)))/intracellular;
end

function function_70(Keq_r_0271, Vmax_r_0271, intracellular, kmp_s_0635r_0271, kmp_s_1091r_0271, kms_s_0632r_0271, kms_s_0763_br_0271, kms_s_1096r_0271, s_0632, s_0635, s_0763_b, s_1091, s_1096)
  (Vmax_r_0271*(((1/kms_s_0632r_0271)^1*(1/kms_s_0763_br_0271)^1*(1/kms_s_1096r_0271)^1*(s_0632^1*s_0763_b^1*s_1096^1 - (s_0635^1*s_1091^1)/Keq_r_0271))/(((1 + s_0632/kms_s_0632r_0271)*(1 + s_0763_b/kms_s_0763_br_0271)*(1 + s_1096/kms_s_1096r_0271) + (1 + s_0635/kmp_s_0635r_0271)*(1 + s_1091/kmp_s_1091r_0271)) - 1)))/intracellular;
end

function function_71(Keq_r_0277, Vmax_r_0277, intracellular, kmp_s_0400r_0277, kmp_s_0469r_0277, kmp_s_0763_br_0277, kmp_s_0899r_0277, kmp_s_1207r_0277, kms_s_0446r_0277, kms_s_0458r_0277, kms_s_0907r_0277, kms_s_1434_br_0277, s_0400, s_0446, s_0458, s_0469, s_0763_b, s_0899, s_0907, s_1207, s_1434_b)
  (Vmax_r_0277*(((1/kms_s_0446r_0277)^2*(1/kms_s_0458r_0277)^1*(1/kms_s_0907r_0277)^1*(1/kms_s_1434_br_0277)^1*(s_0446^2*s_0458^1*s_0907^1*s_1434_b^1 - (s_0400^2*s_0469^1*s_0763_b^2*s_0899^1*s_1207^1)/Keq_r_0277))/(((1 + s_0446/kms_s_0446r_0277)*(1 + s_0458/kms_s_0458r_0277)*(1 + s_0907/kms_s_0907r_0277)*(1 + s_1434_b/kms_s_1434_br_0277) + (1 + s_0400/kmp_s_0400r_0277)*(1 + s_0469/kmp_s_0469r_0277)*(1 + s_0763_b/kmp_s_0763_br_0277)*(1 + s_0899/kmp_s_0899r_0277)*(1 + s_1207/kmp_s_1207r_0277)) - 1)))/intracellular;
end

function function_72(Keq_r_0282, Vmax_r_0282, intracellular, kmp_s_1160r_0282, kmp_s_1434_br_0282, kms_s_0801r_0282, s_0801, s_1160, s_1434_b)
  (Vmax_r_0282*(((1/kms_s_0801r_0282)^2*(s_0801^2 - (s_1160^1*s_1434_b^2)/Keq_r_0282))/((1 + s_0801/kms_s_0801r_0282 + (1 + s_1160/kmp_s_1160r_0282)*(1 + s_1434_b/kmp_s_1434_br_0282)) - 1)))/intracellular;
end

function function_73(Keq_r_0284, Vmax_r_0284, intracellular, kmp_s_0485r_0284, kmp_s_0605r_0284, kms_s_0521r_0284, kms_s_0763_br_0284, kms_s_1215r_0284, s_0485, s_0521, s_0605, s_0763_b, s_1215)
  (Vmax_r_0284*(((1/kms_s_0521r_0284)^1*(1/kms_s_0763_br_0284)^1*(1/kms_s_1215r_0284)^1*(s_0521^1*s_0763_b^1*s_1215^1 - (s_0485^1*s_0605^1)/Keq_r_0284))/(((1 + s_0521/kms_s_0521r_0284)*(1 + s_0763_b/kms_s_0763_br_0284)*(1 + s_1215/kms_s_1215r_0284) + (1 + s_0485/kmp_s_0485r_0284)*(1 + s_0605/kmp_s_0605r_0284)) - 1)))/intracellular;
end

function function_74(Keq_r_0287, Vmax_r_0287, intracellular, kmp_s_1060r_0287, kmp_s_1091r_0287, kmp_s_1434_br_0287, kms_s_0763_br_0287, kms_s_1080r_0287, kms_s_1096r_0287, kms_s_1160r_0287, s_0763_b, s_1060, s_1080, s_1091, s_1096, s_1160, s_1434_b)
  (Vmax_r_0287*(((1/kms_s_0763_br_0287)^1*(1/kms_s_1080r_0287)^1*(1/kms_s_1096r_0287)^1*(1/kms_s_1160r_0287)^1*(s_0763_b^1*s_1080^1*s_1096^1*s_1160^1 - (s_1060^1*s_1091^1*s_1434_b^1)/Keq_r_0287))/(((1 + s_0763_b/kms_s_0763_br_0287)*(1 + s_1080/kms_s_1080r_0287)*(1 + s_1096/kms_s_1096r_0287)*(1 + s_1160/kms_s_1160r_0287) + (1 + s_1060/kmp_s_1060r_0287)*(1 + s_1091/kmp_s_1091r_0287)*(1 + s_1434_b/kmp_s_1434_br_0287)) - 1)))/intracellular;
end

function function_75(Keq_r_0290, Vmax_r_0290, intracellular, kmp_s_0514r_0290, kmp_s_0763_br_0290, kmp_s_1080r_0290, kms_s_1325r_0290, kms_s_1355r_0290, s_0514, s_0763_b, s_1080, s_1325, s_1355)
  (Vmax_r_0290*(((1/kms_s_1325r_0290)^1*(1/kms_s_1355r_0290)^1*(s_1325^1*s_1355^1 - (s_0514^1*s_0763_b^1*s_1080^1)/Keq_r_0290))/(((1 + s_1325/kms_s_1325r_0290)*(1 + s_1355/kms_s_1355r_0290) + (1 + s_0514/kmp_s_0514r_0290)*(1 + s_0763_b/kmp_s_0763_br_0290)*(1 + s_1080/kmp_s_1080r_0290)) - 1)))/intracellular;
end

function function_76(Keq_r_0298, Vmax_r_0298, intracellular, kmp_s_0632r_0298, kmp_s_0763_br_0298, kmp_s_1290r_0298, kmp_s_1434_br_0298, kms_s_1160r_0298, kms_s_1293r_0298, kms_s_1447r_0298, s_0632, s_0763_b, s_1160, s_1290, s_1293, s_1434_b, s_1447)
  (Vmax_r_0298*(((1/kms_s_1160r_0298)^1*(1/kms_s_1293r_0298)^1*(1/kms_s_1447r_0298)^1*(s_1160^1*s_1293^1*s_1447^1 - (s_0632^1*s_0763_b^1*s_1290^1*s_1434_b^2)/Keq_r_0298))/(((1 + s_1160/kms_s_1160r_0298)*(1 + s_1293/kms_s_1293r_0298)*(1 + s_1447/kms_s_1447r_0298) + (1 + s_0632/kmp_s_0632r_0298)*(1 + s_0763_b/kmp_s_0763_br_0298)*(1 + s_1290/kmp_s_1290r_0298)*(1 + s_1434_b/kmp_s_1434_br_0298)) - 1)))/intracellular;
end

function function_175(Keq_r_0660, Vmax_r_0660, intracellular, kmp_s_0118r_0660, kmp_s_0763_br_0660, kmp_s_1096r_0660, kms_s_1091r_0660, kms_s_1379r_0660, s_0118, s_0763_b, s_1091, s_1096, s_1379)
  (Vmax_r_0660*(((1/kms_s_1091r_0660)^1*(1/kms_s_1379r_0660)^1*(s_1091^1*s_1379^1 - (s_0118^1*s_0763_b^2*s_1096^1)/Keq_r_0660))/(((1 + s_1091/kms_s_1091r_0660)*(1 + s_1379/kms_s_1379r_0660) + (1 + s_0118/kmp_s_0118r_0660)*(1 + s_0763_b/kmp_s_0763_br_0660)*(1 + s_1096/kmp_s_1096r_0660)) - 1)))/intracellular;
end

function function_176(Keq_r_0661, Vmax_r_0661, intracellular, kmp_s_1082r_0661, kmp_s_1379r_0661, kms_s_0118r_0661, kms_s_0763_br_0661, kms_s_1087r_0661, s_0118, s_0763_b, s_1082, s_1087, s_1379)
  (Vmax_r_0661*(((1/kms_s_0118r_0661)^1*(1/kms_s_0763_br_0661)^2*(1/kms_s_1087r_0661)^1*(s_0118^1*s_0763_b^2*s_1087^1 - (s_1082^1*s_1379^1)/Keq_r_0661))/(((1 + s_0118/kms_s_0118r_0661)*(1 + s_0763_b/kms_s_0763_br_0661)*(1 + s_1087/kms_s_1087r_0661) + (1 + s_1082/kmp_s_1082r_0661)*(1 + s_1379/kmp_s_1379r_0661)) - 1)))/intracellular;
end

function function_177(Keq_r_0667, Vmax_r_0667, intracellular, kmp_s_0183r_0667, kmp_s_0430r_0667, kms_s_0949r_0667, s_0183, s_0430, s_0949)
  (Vmax_r_0667*(((1/kms_s_0949r_0667)^1*(s_0949^1 - (s_0183^1*s_0430^1)/Keq_r_0667))/((1 + s_0949/kms_s_0949r_0667 + (1 + s_0183/kmp_s_0183r_0667)*(1 + s_0430/kmp_s_0430r_0667)) - 1)))/intracellular;
end

function function_178(Keq_r_0673, Vmax_r_0673, intracellular, kmp_s_0963r_0673, kms_s_0040r_0673, s_0040, s_0963)
  (Vmax_r_0673*(((1/kms_s_0040r_0673)^1*(s_0040^1 - s_0963^1/Keq_r_0673))/((1 + s_0040/kms_s_0040r_0673 + 1 + s_0963/kmp_s_0963r_0673) - 1)))/intracellular;
end

function function_179(Keq_r_0674, Vmax_r_0674, intracellular, kmp_s_0185r_0674, kmp_s_0925r_0674, kms_s_0297r_0674, kms_s_0899r_0674, s_0185, s_0297, s_0899, s_0925)
  (Vmax_r_0674*(((1/kms_s_0297r_0674)^1*(1/kms_s_0899r_0674)^1*(s_0297^1*s_0899^1 - (s_0185^1*s_0925^1)/Keq_r_0674))/(((1 + s_0297/kms_s_0297r_0674)*(1 + s_0899/kms_s_0899r_0674) + (1 + s_0185/kmp_s_0185r_0674)*(1 + s_0925/kmp_s_0925r_0674)) - 1)))/intracellular;
end

function function_180(Keq_r_0688, Vmax_r_0688, intracellular, kmp_s_0069r_0688, kmp_s_1082r_0688, kms_s_0763_br_0688, kms_s_1087r_0688, kms_s_1156r_0688, s_0069, s_0763_b, s_1082, s_1087, s_1156)
  (Vmax_r_0688*(((1/kms_s_0763_br_0688)^1*(1/kms_s_1087r_0688)^1*(1/kms_s_1156r_0688)^1*(s_0763_b^1*s_1087^1*s_1156^1 - (s_0069^1*s_1082^1)/Keq_r_0688))/(((1 + s_0763_b/kms_s_0763_br_0688)*(1 + s_1087/kms_s_1087r_0688)*(1 + s_1156/kms_s_1156r_0688) + (1 + s_0069/kmp_s_0069r_0688)*(1 + s_1082/kmp_s_1082r_0688)) - 1)))/intracellular;
end

function function_181(Keq_r_0697, Vmax_r_0697, intracellular, kmp_s_0605r_0697, kmp_s_0710r_0697, kms_s_0553r_0697, kms_s_0755r_0697, kms_s_0763_br_0697, s_0553, s_0605, s_0710, s_0755, s_0763_b)
  (Vmax_r_0697*(((1/kms_s_0553r_0697)^1*(1/kms_s_0755r_0697)^1*(1/kms_s_0763_br_0697)^1*(s_0553^1*s_0755^1*s_0763_b^1 - (s_0605^1*s_0710^1)/Keq_r_0697))/(((1 + s_0553/kms_s_0553r_0697)*(1 + s_0755/kms_s_0755r_0697)*(1 + s_0763_b/kms_s_0763_br_0697) + (1 + s_0605/kmp_s_0605r_0697)*(1 + s_0710/kmp_s_0710r_0697)) - 1)))/intracellular;
end

function function_182(Keq_r_0698, Vmax_r_0698, intracellular, kmp_s_0554r_0698, kms_s_0539r_0698, s_0539, s_0554)
  (Vmax_r_0698*(((1/kms_s_0539r_0698)^1*(s_0539^1 - s_0554^1/Keq_r_0698))/((1 + s_0539/kms_s_0539r_0698 + 1 + s_0554/kmp_s_0554r_0698) - 1)))/intracellular;
end

function function_183(Keq_r_0699, Vmax_r_0699, intracellular, kmp_s_0122r_0699, kmp_s_0763_br_0699, kms_s_0015r_0699, kms_s_1434_br_0699, s_0015, s_0122, s_0763_b, s_1434_b)
  (Vmax_r_0699*(((1/kms_s_0015r_0699)^1*(1/kms_s_1434_br_0699)^1*(s_0015^1*s_1434_b^1 - (s_0122^1*s_0763_b^1)/Keq_r_0699))/(((1 + s_0015/kms_s_0015r_0699)*(1 + s_1434_b/kms_s_1434_br_0699) + (1 + s_0122/kmp_s_0122r_0699)*(1 + s_0763_b/kmp_s_0763_br_0699)) - 1)))/intracellular;
end

function function_184(Keq_r_0701, Vmax_r_0701, intracellular, kmp_s_0605r_0701, kmp_s_1207r_0701, kmp_s_1293r_0701, kms_s_0446r_0701, kms_s_0933r_0701, kms_s_1434_br_0701, s_0446, s_0605, s_0933, s_1207, s_1293, s_1434_b)
  (Vmax_r_0701*(((1/kms_s_0446r_0701)^1*(1/kms_s_0933r_0701)^1*(1/kms_s_1434_br_0701)^1*(s_0446^1*s_0933^1*s_1434_b^1 - (s_0605^1*s_1207^1*s_1293^1)/Keq_r_0701))/(((1 + s_0446/kms_s_0446r_0701)*(1 + s_0933/kms_s_0933r_0701)*(1 + s_1434_b/kms_s_1434_br_0701) + (1 + s_0605/kmp_s_0605r_0701)*(1 + s_1207/kmp_s_1207r_0701)*(1 + s_1293/kmp_s_1293r_0701)) - 1)))/intracellular;
end

function function_185(Keq_r_0702, Vmax_r_0702, intracellular, kmp_s_0309r_0702, kmp_s_0763_br_0702, kmp_s_0933r_0702, kms_s_0328r_0702, kms_s_0917r_0702, s_0309, s_0328, s_0763_b, s_0917, s_0933)
  (Vmax_r_0702*(((1/kms_s_0328r_0702)^1*(1/kms_s_0917r_0702)^1*(s_0328^1*s_0917^1 - (s_0309^1*s_0763_b^1*s_0933^1)/Keq_r_0702))/(((1 + s_0328/kms_s_0328r_0702)*(1 + s_0917/kms_s_0917r_0702) + (1 + s_0309/kmp_s_0309r_0702)*(1 + s_0763_b/kmp_s_0763_br_0702)*(1 + s_0933/kmp_s_0933r_0702)) - 1)))/intracellular;
end

function function_186(Keq_r_0707, Vmax_r_0707, intracellular, kmp_s_0015r_0707, kmp_s_1096r_0707, kms_s_0307r_0707, kms_s_1091r_0707, s_0015, s_0307, s_1091, s_1096)
  (Vmax_r_0707*(((1/kms_s_0307r_0707)^1*(1/kms_s_1091r_0707)^1*(s_0307^1*s_1091^1 - (s_0015^1*s_1096^1)/Keq_r_0707))/(((1 + s_0307/kms_s_0307r_0707)*(1 + s_1091/kms_s_1091r_0707) + (1 + s_0015/kmp_s_0015r_0707)*(1 + s_1096/kmp_s_1096r_0707)) - 1)))/intracellular;
end

function function_187(Keq_r_0712, Vmax_r_0712, intracellular, kmp_s_0022r_0712, kmp_s_0481r_0712, kmp_s_0763_br_0712, kms_s_0031r_0712, kms_s_0521r_0712, s_0022, s_0031, s_0481, s_0521, s_0763_b)
  (Vmax_r_0712*(((1/kms_s_0031r_0712)^1*(1/kms_s_0521r_0712)^1*(s_0031^1*s_0521^1 - (s_0022^1*s_0481^1*s_0763_b^1)/Keq_r_0712))/(((1 + s_0031/kms_s_0031r_0712)*(1 + s_0521/kms_s_0521r_0712) + (1 + s_0022/kmp_s_0022r_0712)*(1 + s_0481/kmp_s_0481r_0712)*(1 + s_0763_b/kmp_s_0763_br_0712)) - 1)))/intracellular;
end

function function_188(Keq_r_0715, Vmax_r_0715, intracellular, kmp_s_0400r_0715, kmp_s_0470r_0715, kmp_s_0850r_0715, kmp_s_1207r_0715, kms_s_0021r_0715, kms_s_0446r_0715, s_0021, s_0400, s_0446, s_0470, s_0850, s_1207)
  (Vmax_r_0715*(((1/kms_s_0021r_0715)^1*(1/kms_s_0446r_0715)^1*(s_0021^1*s_0446^1 - (s_0400^1*s_0470^1*s_0850^1*s_1207^1)/Keq_r_0715))/(((1 + s_0021/kms_s_0021r_0715)*(1 + s_0446/kms_s_0446r_0715) + (1 + s_0400/kmp_s_0400r_0715)*(1 + s_0470/kmp_s_0470r_0715)*(1 + s_0850/kmp_s_0850r_0715)*(1 + s_1207/kmp_s_1207r_0715)) - 1)))/intracellular;
end

function function_189(Keq_r_0719, Vmax_r_0719, intracellular, kmp_s_0247r_0719, kmp_s_0763_br_0719, kmp_s_1096r_0719, kms_s_0046r_0719, kms_s_1091r_0719, s_0046, s_0247, s_0763_b, s_1091, s_1096)
  (Vmax_r_0719*(((1/kms_s_0046r_0719)^1*(1/kms_s_1091r_0719)^1*(s_0046^1*s_1091^1 - (s_0247^1*s_0763_b^1*s_1096^1)/Keq_r_0719))/(((1 + s_0046/kms_s_0046r_0719)*(1 + s_1091/kms_s_1091r_0719) + (1 + s_0247/kmp_s_0247r_0719)*(1 + s_0763_b/kmp_s_0763_br_0719)*(1 + s_1096/kmp_s_1096r_0719)) - 1)))/intracellular;
end

function function_190(Keq_r_0720, Vmax_r_0720, intracellular, kmp_s_0257r_0720, kmp_s_0763_br_0720, kmp_s_1096r_0720, kms_s_0052r_0720, kms_s_1091r_0720, s_0052, s_0257, s_0763_b, s_1091, s_1096)
  (Vmax_r_0720*(((1/kms_s_0052r_0720)^1*(1/kms_s_1091r_0720)^1*(s_0052^1*s_1091^1 - (s_0257^1*s_0763_b^1*s_1096^1)/Keq_r_0720))/(((1 + s_0052/kms_s_0052r_0720)*(1 + s_1091/kms_s_1091r_0720) + (1 + s_0257/kmp_s_0257r_0720)*(1 + s_0763_b/kmp_s_0763_br_0720)*(1 + s_1096/kmp_s_1096r_0720)) - 1)))/intracellular;
end

function function_191(Keq_r_0721, Vmax_r_0721, intracellular, kmp_s_0254r_0721, kmp_s_0763_br_0721, kmp_s_1096r_0721, kms_s_0234r_0721, kms_s_1091r_0721, s_0234, s_0254, s_0763_b, s_1091, s_1096)
  (Vmax_r_0721*(((1/kms_s_0234r_0721)^1*(1/kms_s_1091r_0721)^1*(s_0234^1*s_1091^1 - (s_0254^1*s_0763_b^1*s_1096^1)/Keq_r_0721))/(((1 + s_0234/kms_s_0234r_0721)*(1 + s_1091/kms_s_1091r_0721) + (1 + s_0254/kmp_s_0254r_0721)*(1 + s_0763_b/kmp_s_0763_br_0721)*(1 + s_1096/kmp_s_1096r_0721)) - 1)))/intracellular;
end

function function_192(Keq_r_0722, Vmax_r_0722, intracellular, kmp_s_0261r_0722, kmp_s_0763_br_0722, kmp_s_1096r_0722, kms_s_0055r_0722, kms_s_1091r_0722, s_0055, s_0261, s_0763_b, s_1091, s_1096)
  (Vmax_r_0722*(((1/kms_s_0055r_0722)^1*(1/kms_s_1091r_0722)^1*(s_0055^1*s_1091^1 - (s_0261^1*s_0763_b^1*s_1096^1)/Keq_r_0722))/(((1 + s_0055/kms_s_0055r_0722)*(1 + s_1091/kms_s_1091r_0722) + (1 + s_0261/kmp_s_0261r_0722)*(1 + s_0763_b/kmp_s_0763_br_0722)*(1 + s_1096/kmp_s_1096r_0722)) - 1)))/intracellular;
end

function function_193(Keq_r_0723, Vmax_r_0723, intracellular, kmp_s_1013r_0723, kms_s_0710r_0723, kms_s_0828r_0723, s_0710, s_0828, s_1013)
  (Vmax_r_0723*(((1/kms_s_0710r_0723)^1*(1/kms_s_0828r_0723)^1*(s_0710^1*s_0828^1 - s_1013^1/Keq_r_0723))/(((1 + s_0710/kms_s_0710r_0723)*(1 + s_0828/kms_s_0828r_0723) + 1 + s_1013/kmp_s_1013r_0723) - 1)))/intracellular;
end

function function_194(Keq_r_0725, Vmax_r_0725, intracellular, kmp_s_1020r_0725, kmp_s_1207r_0725, kms_s_0128r_0725, kms_s_1434_br_0725, s_0128, s_1020, s_1207, s_1434_b)
  (Vmax_r_0725*(((1/kms_s_0128r_0725)^1*(1/kms_s_1434_br_0725)^1*(s_0128^1*s_1434_b^1 - (s_1020^1*s_1207^1)/Keq_r_0725))/(((1 + s_0128/kms_s_0128r_0725)*(1 + s_1434_b/kms_s_1434_br_0725) + (1 + s_1020/kmp_s_1020r_0725)*(1 + s_1207/kmp_s_1207r_0725)) - 1)))/intracellular;
end

function function_195(Keq_r_0726, Vmax_r_0726, intracellular, kmp_s_0128r_0726, kms_s_0410r_0726, s_0128, s_0410)
  (Vmax_r_0726*(((1/kms_s_0410r_0726)^1*(s_0410^1 - s_0128^1/Keq_r_0726))/((1 + s_0410/kms_s_0410r_0726 + 1 + s_0128/kmp_s_0128r_0726) - 1)))/intracellular;
end

function function_196(Keq_r_0728, Vmax_r_0728, intracellular, kmp_s_0149r_0728, kmp_s_1091r_0728, kmp_s_1207r_0728, kms_s_0763_br_0728, kms_s_1070r_0728, kms_s_1096r_0728, s_0149, s_0763_b, s_1070, s_1091, s_1096, s_1207)
  (Vmax_r_0728*(((1/kms_s_0763_br_0728)^1*(1/kms_s_1070r_0728)^1*(1/kms_s_1096r_0728)^1*(s_0763_b^1*s_1070^1*s_1096^1 - (s_0149^1*s_1091^1*s_1207^1)/Keq_r_0728))/(((1 + s_0763_b/kms_s_0763_br_0728)*(1 + s_1070/kms_s_1070r_0728)*(1 + s_1096/kms_s_1096r_0728) + (1 + s_0149/kmp_s_0149r_0728)*(1 + s_1091/kmp_s_1091r_0728)*(1 + s_1207/kmp_s_1207r_0728)) - 1)))/intracellular;
end

function function_197(Keq_r_0765, Vmax_r_0765, intracellular, kmp_s_0181r_0765, kmp_s_0470r_0765, kms_s_0180r_0765, kms_s_0763_br_0765, s_0180, s_0181, s_0470, s_0763_b)
  (Vmax_r_0765*(((1/kms_s_0180r_0765)^1*(1/kms_s_0763_br_0765)^1*(s_0180^1*s_0763_b^1 - (s_0181^1*s_0470^1)/Keq_r_0765))/(((1 + s_0180/kms_s_0180r_0765)*(1 + s_0763_b/kms_s_0763_br_0765) + (1 + s_0181/kmp_s_0181r_0765)*(1 + s_0470/kmp_s_0470r_0765)) - 1)))/intracellular;
end

function function_198(Keq_r_0771, Vmax_r_0771, intracellular, kmp_s_0446r_0771, kmp_s_0481r_0771, kms_s_0400r_0771, kms_s_0521r_0771, s_0400, s_0446, s_0481, s_0521)
  (Vmax_r_0771*(((1/kms_s_0400r_0771)^1*(1/kms_s_0521r_0771)^1*(s_0400^1*s_0521^1 - (s_0446^1*s_0481^1)/Keq_r_0771))/(((1 + s_0400/kms_s_0400r_0771)*(1 + s_0521/kms_s_0521r_0771) + (1 + s_0446/kmp_s_0446r_0771)*(1 + s_0481/kmp_s_0481r_0771)) - 1)))/intracellular;
end

function function_199(Keq_r_0779, Vmax_r_0779, intracellular, kmp_s_0400r_0779, kmp_s_1430r_0779, kms_s_0446r_0779, kms_s_1411r_0779, s_0400, s_0446, s_1411, s_1430)
  (Vmax_r_0779*(((1/kms_s_0446r_0779)^1*(1/kms_s_1411r_0779)^1*(s_0446^1*s_1411^1 - (s_0400^1*s_1430^1)/Keq_r_0779))/(((1 + s_0446/kms_s_0446r_0779)*(1 + s_1411/kms_s_1411r_0779) + (1 + s_0400/kmp_s_0400r_0779)*(1 + s_1430/kmp_s_1430r_0779)) - 1)))/intracellular;
end

function function_200(Keq_r_0783, Vmax_r_0783, intracellular, kmp_s_0369r_0783, kmp_s_0763_br_0783, kmp_s_0917r_0783, kms_s_0805r_0783, kms_s_1117r_0783, s_0369, s_0763_b, s_0805, s_0917, s_1117)
  (Vmax_r_0783*(((1/kms_s_0805r_0783)^1*(1/kms_s_1117r_0783)^1*(s_0805^1*s_1117^1 - (s_0369^1*s_0763_b^1*s_0917^1)/Keq_r_0783))/(((1 + s_0805/kms_s_0805r_0783)*(1 + s_1117/kms_s_1117r_0783) + (1 + s_0369/kmp_s_0369r_0783)*(1 + s_0763_b/kmp_s_0763_br_0783)*(1 + s_0917/kmp_s_0917r_0783)) - 1)))/intracellular;
end

function function_207(Keq_r_0847, Vmax_r_0847, intracellular, kmp_s_0090r_0847, kmp_s_0511r_0847, kmp_s_0763_br_0847, kms_s_0485r_0847, kms_s_1020r_0847, s_0090, s_0485, s_0511, s_0763_b, s_1020)
  (Vmax_r_0847*(((1/kms_s_0485r_0847)^1*(1/kms_s_1020r_0847)^1*(s_0485^1*s_1020^1 - (s_0090^1*s_0511^1*s_0763_b^2)/Keq_r_0847))/(((1 + s_0485/kms_s_0485r_0847)*(1 + s_1020/kms_s_1020r_0847) + (1 + s_0090/kmp_s_0090r_0847)*(1 + s_0511/kmp_s_0511r_0847)*(1 + s_0763_b/kmp_s_0763_br_0847)) - 1)))/intracellular;
end

function function_208(Keq_r_0850, Vmax_r_0850, intracellular, kmp_s_0470r_0850, kmp_s_1233r_0850, kms_s_1219r_0850, s_0470, s_1219, s_1233)
  (Vmax_r_0850*(((1/kms_s_1219r_0850)^1*(s_1219^1 - (s_0470^1*s_1233^1)/Keq_r_0850))/((1 + s_1219/kms_s_1219r_0850 + (1 + s_0470/kmp_s_0470r_0850)*(1 + s_1233/kmp_s_1233r_0850)) - 1)))/intracellular;
end

function function_209(Keq_r_0853, Vmax_r_0853, intracellular, kmp_s_0511r_0853, kmp_s_0763_br_0853, kmp_s_1219r_0853, kms_s_0485r_0853, kms_s_0943r_0853, s_0485, s_0511, s_0763_b, s_0943, s_1219)
  (Vmax_r_0853*(((1/kms_s_0485r_0853)^1*(1/kms_s_0943r_0853)^1*(s_0485^1*s_0943^1 - (s_0511^1*s_0763_b^2*s_1219^1)/Keq_r_0853))/(((1 + s_0485/kms_s_0485r_0853)*(1 + s_0943/kms_s_0943r_0853) + (1 + s_0511/kmp_s_0511r_0853)*(1 + s_0763_b/kmp_s_0763_br_0853)*(1 + s_1219/kmp_s_1219r_0853)) - 1)))/intracellular;
end

function function_210(Keq_r_0856, Vmax_r_0856, intracellular, kmp_s_0397r_0856, kmp_s_0763_br_0856, kmp_s_1349r_0856, kmp_s_1517r_0856, kms_s_0206r_0856, kms_s_1521r_0856, s_0206, s_0397, s_0763_b, s_1349, s_1517, s_1521)
  (Vmax_r_0856*(((1/kms_s_0206r_0856)^1*(1/kms_s_1521r_0856)^1*(s_0206^1*s_1521^1 - (s_0397^1*s_0763_b^2*s_1349^1*s_1517^1)/Keq_r_0856))/(((1 + s_0206/kms_s_0206r_0856)*(1 + s_1521/kms_s_1521r_0856) + (1 + s_0397/kmp_s_0397r_0856)*(1 + s_0763_b/kmp_s_0763_br_0856)*(1 + s_1349/kmp_s_1349r_0856)*(1 + s_1517/kmp_s_1517r_0856)) - 1)))/intracellular;
end

function function_211(Keq_r_0859, Vmax_r_0859, intracellular, kmp_s_0400r_0859, kmp_s_0537r_0859, kmp_s_0763_br_0859, kms_s_0446r_0859, kms_s_0539r_0859, s_0400, s_0446, s_0537, s_0539, s_0763_b)
  (Vmax_r_0859*(((1/kms_s_0446r_0859)^1*(1/kms_s_0539r_0859)^1*(s_0446^1*s_0539^1 - (s_0400^1*s_0537^1*s_0763_b^1)/Keq_r_0859))/(((1 + s_0446/kms_s_0446r_0859)*(1 + s_0539/kms_s_0539r_0859) + (1 + s_0400/kmp_s_0400r_0859)*(1 + s_0537/kmp_s_0537r_0859)*(1 + s_0763_b/kmp_s_0763_br_0859)) - 1)))/intracellular;
end

function function_212(Keq_r_0861, Vmax_r_0861, intracellular, kmp_s_0549r_0861, kms_s_0410r_0861, s_0410, s_0549)
  (Vmax_r_0861*(((1/kms_s_0410r_0861)^1*(s_0410^1 - s_0549^1/Keq_r_0861))/((1 + s_0410/kms_s_0410r_0861 + 1 + s_0549/kmp_s_0549r_0861) - 1)))/intracellular;
end

function function_213(Keq_r_0865, Vmax_r_0865, intracellular, kmp_s_0264r_0865, kmp_s_0446r_0865, kms_s_0265r_0865, kms_s_0400r_0865, s_0264, s_0265, s_0400, s_0446)
  (Vmax_r_0865*(((1/kms_s_0265r_0865)^1*(1/kms_s_0400r_0865)^1*(s_0265^1*s_0400^1 - (s_0264^1*s_0446^1)/Keq_r_0865))/(((1 + s_0265/kms_s_0265r_0865)*(1 + s_0400/kms_s_0400r_0865) + (1 + s_0264/kmp_s_0264r_0865)*(1 + s_0446/kmp_s_0446r_0865)) - 1)))/intracellular;
end

function function_94(Keq_r_0371, Vmax_r_0371, intracellular, kmp_s_0596r_0371, kmp_s_0763_br_0371, kmp_s_1207r_0371, kms_s_1215r_0371, kms_s_1434_br_0371, s_0596, s_0763_b, s_1207, s_1215, s_1434_b)
  (Vmax_r_0371*(((1/kms_s_1215r_0371)^1*(1/kms_s_1434_br_0371)^1*(s_1215^1*s_1434_b^1 - (s_0596^1*s_0763_b^2*s_1207^1)/Keq_r_0371))/(((1 + s_1215/kms_s_1215r_0371)*(1 + s_1434_b/kms_s_1434_br_0371) + (1 + s_0596/kmp_s_0596r_0371)*(1 + s_0763_b/kmp_s_0763_br_0371)*(1 + s_1207/kmp_s_1207r_0371)) - 1)))/intracellular;
end

function function_95(Keq_r_0374, Vmax_r_0374, intracellular, kmp_s_0801r_0374, kmp_s_1154r_0374, kms_s_0064r_0374, kms_s_1160r_0374, s_0064, s_0801, s_1154, s_1160)
  (Vmax_r_0374*(((1/kms_s_0064r_0374)^1*(1/kms_s_1160r_0374)^1*(s_0064^1*s_1160^1 - (s_0801^1*s_1154^1)/Keq_r_0374))/(((1 + s_0064/kms_s_0064r_0374)*(1 + s_1160/kms_s_1160r_0374) + (1 + s_0801/kmp_s_0801r_0374)*(1 + s_1154/kmp_s_1154r_0374)) - 1)))/intracellular;
end

function function_96(Keq_r_0375, Vmax_r_0375, intracellular, kmp_s_0309r_0375, kmp_s_1091r_0375, kms_s_0601r_0375, kms_s_0763_br_0375, kms_s_1096r_0375, s_0309, s_0601, s_0763_b, s_1091, s_1096)
  (Vmax_r_0375*(((1/kms_s_0601r_0375)^1*(1/kms_s_0763_br_0375)^1*(1/kms_s_1096r_0375)^1*(s_0601^1*s_0763_b^1*s_1096^1 - (s_0309^1*s_1091^1)/Keq_r_0375))/(((1 + s_0601/kms_s_0601r_0375)*(1 + s_0763_b/kms_s_0763_br_0375)*(1 + s_1096/kms_s_1096r_0375) + (1 + s_0309/kmp_s_0309r_0375)*(1 + s_1091/kmp_s_1091r_0375)) - 1)))/intracellular;
end

function function_97(Keq_r_0381, Vmax_r_0381, intracellular, kmp_s_0064r_0381, kmp_s_1434_br_0381, kms_s_0763_br_0381, kms_s_1073r_0381, s_0064, s_0763_b, s_1073, s_1434_b)
  (Vmax_r_0381*(((1/kms_s_0763_br_0381)^1*(1/kms_s_1073r_0381)^1*(s_0763_b^1*s_1073^1 - (s_0064^1*s_1434_b^1)/Keq_r_0381))/(((1 + s_0763_b/kms_s_0763_br_0381)*(1 + s_1073/kms_s_1073r_0381) + (1 + s_0064/kmp_s_0064r_0381)*(1 + s_1434_b/kmp_s_1434_br_0381)) - 1)))/intracellular;
end

function function_98(Keq_r_0384, Vmax_r_0384, intracellular, kmp_s_0238r_0384, kmp_s_1434_br_0384, kms_s_0018r_0384, s_0018, s_0238, s_1434_b)
  (Vmax_r_0384*(((1/kms_s_0018r_0384)^1*(s_0018^1 - (s_0238^1*s_1434_b^1)/Keq_r_0384))/((1 + s_0018/kms_s_0018r_0384 + (1 + s_0238/kmp_s_0238r_0384)*(1 + s_1434_b/kmp_s_1434_br_0384)) - 1)))/intracellular;
end

function function_99(Keq_r_0385, Vmax_r_0385, intracellular, kmp_s_0058r_0385, kmp_s_1434_br_0385, kms_s_0007r_0385, s_0007, s_0058, s_1434_b)
  (Vmax_r_0385*(((1/kms_s_0007r_0385)^1*(s_0007^1 - (s_0058^1*s_1434_b^1)/Keq_r_0385))/((1 + s_0007/kms_s_0007r_0385 + (1 + s_0058/kmp_s_0058r_0385)*(1 + s_1434_b/kmp_s_1434_br_0385)) - 1)))/intracellular;
end

function function_100(Keq_r_0386, Vmax_r_0386, intracellular, kmp_s_0400r_0386, kmp_s_0735r_0386, kmp_s_0763_br_0386, kms_s_0446r_0386, kms_s_0734r_0386, s_0400, s_0446, s_0734, s_0735, s_0763_b)
  (Vmax_r_0386*(((1/kms_s_0446r_0386)^1*(1/kms_s_0734r_0386)^1*(s_0446^1*s_0734^1 - (s_0400^1*s_0735^1*s_0763_b^1)/Keq_r_0386))/(((1 + s_0446/kms_s_0446r_0386)*(1 + s_0734/kms_s_0734r_0386) + (1 + s_0400/kmp_s_0400r_0386)*(1 + s_0735/kmp_s_0735r_0386)*(1 + s_0763_b/kmp_s_0763_br_0386)) - 1)))/intracellular;
end

function function_101(Keq_r_0387, Vmax_r_0387, intracellular, kmp_s_0605r_0387, kmp_s_0712r_0387, kms_s_0850r_0387, kms_s_1257r_0387, s_0605, s_0712, s_0850, s_1257)
  (Vmax_r_0387*(((1/kms_s_0850r_0387)^1*(1/kms_s_1257r_0387)^1*(s_0850^1*s_1257^1 - (s_0605^1*s_0712^1)/Keq_r_0387))/(((1 + s_0850/kms_s_0850r_0387)*(1 + s_1257/kms_s_1257r_0387) + (1 + s_0605/kmp_s_0605r_0387)*(1 + s_0712/kmp_s_0712r_0387)) - 1)))/intracellular;
end

function function_102(Keq_r_0393, Vmax_r_0393, intracellular, kmp_s_0615r_0393, kmp_s_0706r_0393, kms_s_0616r_0393, kms_s_0710r_0393, s_0615, s_0616, s_0706, s_0710)
  (Vmax_r_0393*(((1/kms_s_0616r_0393)^1*(1/kms_s_0710r_0393)^1*(s_0616^1*s_0710^1 - (s_0615^1*s_0706^1)/Keq_r_0393))/(((1 + s_0616/kms_s_0616r_0393)*(1 + s_0710/kms_s_0710r_0393) + (1 + s_0615/kmp_s_0615r_0393)*(1 + s_0706/kmp_s_0706r_0393)) - 1)))/intracellular;
end

function function_103(Keq_r_0394, Vmax_r_0394, intracellular, kmp_s_0616r_0394, kmp_s_0763_br_0394, kmp_s_1011r_0394, kms_s_0615r_0394, s_0615, s_0616, s_0763_b, s_1011)
  (Vmax_r_0394*(((1/kms_s_0615r_0394)^1*(s_0615^1 - (s_0616^1*s_0763_b^1*s_1011^1)/Keq_r_0394))/((1 + s_0615/kms_s_0615r_0394 + (1 + s_0616/kmp_s_0616r_0394)*(1 + s_0763_b/kmp_s_0763_br_0394)*(1 + s_1011/kmp_s_1011r_0394)) - 1)))/intracellular;
end

function function_104(Keq_r_0398, Vmax_r_0398, intracellular, kmp_s_1243r_0398, kmp_s_1434_br_0398, kms_s_0193r_0398, s_0193, s_1243, s_1434_b)
  (Vmax_r_0398*(((1/kms_s_0193r_0398)^1*(s_0193^1 - (s_1243^1*s_1434_b^1)/Keq_r_0398))/((1 + s_0193/kms_s_0193r_0398 + (1 + s_1243/kmp_s_1243r_0398)*(1 + s_1434_b/kmp_s_1434_br_0398)) - 1)))/intracellular;
end

function function_105(Keq_r_0417, Vmax_r_0417, intracellular, kmp_s_0470r_0417, kmp_s_0514r_0417, kmp_s_0574r_0417, kmp_s_1091r_0417, kmp_s_1434_br_0417, kms_s_0763_br_0417, kms_s_1005r_0417, kms_s_1096r_0417, kms_s_1132r_0417, s_0470, s_0514, s_0574, s_0763_b, s_1005, s_1091, s_1096, s_1132, s_1434_b)
  (Vmax_r_0417*(((1/kms_s_0763_br_0417)^3*(1/kms_s_1005r_0417)^1*(1/kms_s_1096r_0417)^2*(1/kms_s_1132r_0417)^1*(s_0763_b^3*s_1005^1*s_1096^2*s_1132^1 - (s_0470^1*s_0514^1*s_0574^1*s_1091^2*s_1434_b^1)/Keq_r_0417))/(((1 + s_0763_b/kms_s_0763_br_0417)*(1 + s_1005/kms_s_1005r_0417)*(1 + s_1096/kms_s_1096r_0417)*(1 + s_1132/kms_s_1132r_0417) + (1 + s_0470/kmp_s_0470r_0417)*(1 + s_0514/kmp_s_0514r_0417)*(1 + s_0574/kmp_s_0574r_0417)*(1 + s_1091/kmp_s_1091r_0417)*(1 + s_1434_b/kmp_s_1434_br_0417)) - 1)))/intracellular;
end

function function_106(Keq_r_0418, Vmax_r_0418, intracellular, kmp_s_0470r_0418, kmp_s_0514r_0418, kmp_s_0968r_0418, kmp_s_1091r_0418, kmp_s_1434_br_0418, kms_s_0574r_0418, kms_s_0763_br_0418, kms_s_1005r_0418, kms_s_1096r_0418, s_0470, s_0514, s_0574, s_0763_b, s_0968, s_1005, s_1091, s_1096, s_1434_b)
  (Vmax_r_0418*(((1/kms_s_0574r_0418)^1*(1/kms_s_0763_br_0418)^3*(1/kms_s_1005r_0418)^1*(1/kms_s_1096r_0418)^2*(s_0574^1*s_0763_b^3*s_1005^1*s_1096^2 - (s_0470^1*s_0514^1*s_0968^1*s_1091^2*s_1434_b^1)/Keq_r_0418))/(((1 + s_0574/kms_s_0574r_0418)*(1 + s_0763_b/kms_s_0763_br_0418)*(1 + s_1005/kms_s_1005r_0418)*(1 + s_1096/kms_s_1096r_0418) + (1 + s_0470/kmp_s_0470r_0418)*(1 + s_0514/kmp_s_0514r_0418)*(1 + s_0968/kmp_s_0968r_0418)*(1 + s_1091/kmp_s_1091r_0418)*(1 + s_1434_b/kmp_s_1434_br_0418)) - 1)))/intracellular;
end

function function_107(Keq_r_0419, Vmax_r_0419, intracellular, kmp_s_0470r_0419, kmp_s_0514r_0419, kmp_s_1028r_0419, kmp_s_1091r_0419, kmp_s_1434_br_0419, kms_s_0763_br_0419, kms_s_0968r_0419, kms_s_1005r_0419, kms_s_1096r_0419, s_0470, s_0514, s_0763_b, s_0968, s_1005, s_1028, s_1091, s_1096, s_1434_b)
  (Vmax_r_0419*(((1/kms_s_0763_br_0419)^3*(1/kms_s_0968r_0419)^1*(1/kms_s_1005r_0419)^1*(1/kms_s_1096r_0419)^2*(s_0763_b^3*s_0968^1*s_1005^1*s_1096^2 - (s_0470^1*s_0514^1*s_1028^1*s_1091^2*s_1434_b^1)/Keq_r_0419))/(((1 + s_0763_b/kms_s_0763_br_0419)*(1 + s_0968/kms_s_0968r_0419)*(1 + s_1005/kms_s_1005r_0419)*(1 + s_1096/kms_s_1096r_0419) + (1 + s_0470/kmp_s_0470r_0419)*(1 + s_0514/kmp_s_0514r_0419)*(1 + s_1028/kmp_s_1028r_0419)*(1 + s_1091/kmp_s_1091r_0419)*(1 + s_1434_b/kmp_s_1434_br_0419)) - 1)))/intracellular;
end

function function_108(Keq_r_0421, Vmax_r_0421, intracellular, kmp_s_0470r_0421, kmp_s_0514r_0421, kmp_s_1091r_0421, kmp_s_1170r_0421, kmp_s_1434_br_0421, kms_s_0763_br_0421, kms_s_1005r_0421, kms_s_1028r_0421, kms_s_1096r_0421, s_0470, s_0514, s_0763_b, s_1005, s_1028, s_1091, s_1096, s_1170, s_1434_b)
  (Vmax_r_0421*(((1/kms_s_0763_br_0421)^3*(1/kms_s_1005r_0421)^1*(1/kms_s_1028r_0421)^1*(1/kms_s_1096r_0421)^2*(s_0763_b^3*s_1005^1*s_1028^1*s_1096^2 - (s_0470^1*s_0514^1*s_1091^2*s_1170^1*s_1434_b^1)/Keq_r_0421))/(((1 + s_0763_b/kms_s_0763_br_0421)*(1 + s_1005/kms_s_1005r_0421)*(1 + s_1028/kms_s_1028r_0421)*(1 + s_1096/kms_s_1096r_0421) + (1 + s_0470/kmp_s_0470r_0421)*(1 + s_0514/kmp_s_0514r_0421)*(1 + s_1091/kmp_s_1091r_0421)*(1 + s_1170/kmp_s_1170r_0421)*(1 + s_1434_b/kmp_s_1434_br_0421)) - 1)))/intracellular;
end

function function_109(Keq_r_0423, Vmax_r_0423, intracellular, kmp_s_0470r_0423, kmp_s_0514r_0423, kmp_s_1091r_0423, kmp_s_1329r_0423, kmp_s_1434_br_0423, kms_s_0763_br_0423, kms_s_1005r_0423, kms_s_1096r_0423, kms_s_1170r_0423, s_0470, s_0514, s_0763_b, s_1005, s_1091, s_1096, s_1170, s_1329, s_1434_b)
  (Vmax_r_0423*(((1/kms_s_0763_br_0423)^3*(1/kms_s_1005r_0423)^1*(1/kms_s_1096r_0423)^2*(1/kms_s_1170r_0423)^1*(s_0763_b^3*s_1005^1*s_1096^2*s_1170^1 - (s_0470^1*s_0514^1*s_1091^2*s_1329^1*s_1434_b^1)/Keq_r_0423))/(((1 + s_0763_b/kms_s_0763_br_0423)*(1 + s_1005/kms_s_1005r_0423)*(1 + s_1096/kms_s_1096r_0423)*(1 + s_1170/kms_s_1170r_0423) + (1 + s_0470/kmp_s_0470r_0423)*(1 + s_0514/kmp_s_0514r_0423)*(1 + s_1091/kmp_s_1091r_0423)*(1 + s_1329/kmp_s_1329r_0423)*(1 + s_1434_b/kmp_s_1434_br_0423)) - 1)))/intracellular;
end

function function_110(Keq_r_0425, Vmax_r_0425, intracellular, kmp_s_0470r_0425, kmp_s_0514r_0425, kmp_s_0987r_0425, kmp_s_1091r_0425, kmp_s_1434_br_0425, kms_s_0763_br_0425, kms_s_1005r_0425, kms_s_1096r_0425, kms_s_1329r_0425, s_0470, s_0514, s_0763_b, s_0987, s_1005, s_1091, s_1096, s_1329, s_1434_b)
  (Vmax_r_0425*(((1/kms_s_0763_br_0425)^9*(1/kms_s_1005r_0425)^3*(1/kms_s_1096r_0425)^6*(1/kms_s_1329r_0425)^1*(s_0763_b^9*s_1005^3*s_1096^6*s_1329^1 - (s_0470^3*s_0514^3*s_0987^1*s_1091^6*s_1434_b^3)/Keq_r_0425))/(((1 + s_0763_b/kms_s_0763_br_0425)*(1 + s_1005/kms_s_1005r_0425)*(1 + s_1096/kms_s_1096r_0425)*(1 + s_1329/kms_s_1329r_0425) + (1 + s_0470/kmp_s_0470r_0425)*(1 + s_0514/kmp_s_0514r_0425)*(1 + s_0987/kmp_s_0987r_0425)*(1 + s_1091/kmp_s_1091r_0425)*(1 + s_1434_b/kmp_s_1434_br_0425)) - 1)))/intracellular;
end

function function_111(Keq_r_0429, Vmax_r_0429, intracellular, kmp_s_0470r_0429, kmp_s_0514r_0429, kmp_s_0582r_0429, kmp_s_1091r_0429, kmp_s_1434_br_0429, kms_s_0763_br_0429, kms_s_1005r_0429, kms_s_1096r_0429, kms_s_1140r_0429, s_0470, s_0514, s_0582, s_0763_b, s_1005, s_1091, s_1096, s_1140, s_1434_b)
  (Vmax_r_0429*(((1/kms_s_0763_br_0429)^3*(1/kms_s_1005r_0429)^1*(1/kms_s_1096r_0429)^2*(1/kms_s_1140r_0429)^1*(s_0763_b^3*s_1005^1*s_1096^2*s_1140^1 - (s_0470^1*s_0514^1*s_0582^1*s_1091^2*s_1434_b^1)/Keq_r_0429))/(((1 + s_0763_b/kms_s_0763_br_0429)*(1 + s_1005/kms_s_1005r_0429)*(1 + s_1096/kms_s_1096r_0429)*(1 + s_1140/kms_s_1140r_0429) + (1 + s_0470/kmp_s_0470r_0429)*(1 + s_0514/kmp_s_0514r_0429)*(1 + s_0582/kmp_s_0582r_0429)*(1 + s_1091/kmp_s_1091r_0429)*(1 + s_1434_b/kmp_s_1434_br_0429)) - 1)))/intracellular;
end

function function_137(Keq_r_0529, Vmax_r_0529, intracellular, kmp_s_0659r_0529, kmp_s_0735r_0529, kms_s_0657r_0529, kms_s_1315r_0529, s_0657, s_0659, s_0735, s_1315)
  (Vmax_r_0529*(((1/kms_s_0657r_0529)^1*(1/kms_s_1315r_0529)^1*(s_0657^1*s_1315^1 - (s_0659^1*s_0735^1)/Keq_r_0529))/(((1 + s_0657/kms_s_0657r_0529)*(1 + s_1315/kms_s_1315r_0529) + (1 + s_0659/kmp_s_0659r_0529)*(1 + s_0735/kmp_s_0735r_0529)) - 1)))/intracellular;
end

function function_138(Keq_r_0530, Vmax_r_0530, intracellular, kmp_s_1082r_0530, kmp_s_1315r_0530, kms_s_0735r_0530, kms_s_0763_br_0530, kms_s_1087r_0530, s_0735, s_0763_b, s_1082, s_1087, s_1315)
  (Vmax_r_0530*(((1/kms_s_0735r_0530)^1*(1/kms_s_0763_br_0530)^1*(1/kms_s_1087r_0530)^1*(s_0735^1*s_0763_b^1*s_1087^1 - (s_1082^1*s_1315^1)/Keq_r_0530))/(((1 + s_0735/kms_s_0735r_0530)*(1 + s_0763_b/kms_s_0763_br_0530)*(1 + s_1087/kms_s_1087r_0530) + (1 + s_1082/kmp_s_1082r_0530)*(1 + s_1315/kmp_s_1315r_0530)) - 1)))/intracellular;
end

function function_170(Keq_r_0638, Vmax_r_0638, intracellular, kmp_s_1257r_0638, kms_s_0850r_0638, s_0850, s_1257)
  (Vmax_r_0638*(((1/kms_s_0850r_0638)^1*(s_0850^1 - s_1257^1/Keq_r_0638))/((1 + s_0850/kms_s_0850r_0638 + 1 + s_1257/kmp_s_1257r_0638) - 1)))/intracellular;
end

function function_171(Keq_r_0640, Vmax_r_0640, intracellular, kmp_s_0007r_0640, kmp_s_1091r_0640, kms_s_0042r_0640, kms_s_0763_br_0640, kms_s_1096r_0640, s_0007, s_0042, s_0763_b, s_1091, s_1096)
  (Vmax_r_0640*(((1/kms_s_0042r_0640)^1*(1/kms_s_0763_br_0640)^1*(1/kms_s_1096r_0640)^1*(s_0042^1*s_0763_b^1*s_1096^1 - (s_0007^1*s_1091^1)/Keq_r_0640))/(((1 + s_0042/kms_s_0042r_0640)*(1 + s_0763_b/kms_s_0763_br_0640)*(1 + s_1096/kms_s_1096r_0640) + (1 + s_0007/kmp_s_0007r_0640)*(1 + s_1091/kmp_s_1091r_0640)) - 1)))/intracellular;
end

function function_172(Keq_r_0647, Vmax_r_0647, intracellular, kmp_s_0185r_0647, kmp_s_0863r_0647, kms_s_0899r_0647, kms_s_1277r_0647, s_0185, s_0863, s_0899, s_1277)
  (Vmax_r_0647*(((1/kms_s_0899r_0647)^1*(1/kms_s_1277r_0647)^1*(s_0899^1*s_1277^1 - (s_0185^1*s_0863^1)/Keq_r_0647))/(((1 + s_0899/kms_s_0899r_0647)*(1 + s_1277/kms_s_1277r_0647) + (1 + s_0185/kmp_s_0185r_0647)*(1 + s_0863/kmp_s_0863r_0647)) - 1)))/intracellular;
end

function function_173(Keq_r_0650, Vmax_r_0650, intracellular, kmp_s_0434r_0650, kmp_s_0605r_0650, kmp_s_0867r_0650, kmp_s_1082r_0650, kms_s_0446r_0650, kms_s_0763_br_0650, kms_s_0861r_0650, kms_s_1087r_0650, s_0434, s_0446, s_0605, s_0763_b, s_0861, s_0867, s_1082, s_1087)
  (Vmax_r_0650*(((1/kms_s_0446r_0650)^1*(1/kms_s_0763_br_0650)^1*(1/kms_s_0861r_0650)^1*(1/kms_s_1087r_0650)^1*(s_0446^1*s_0763_b^1*s_0861^1*s_1087^1 - (s_0434^1*s_0605^1*s_0867^1*s_1082^1)/Keq_r_0650))/(((1 + s_0446/kms_s_0446r_0650)*(1 + s_0763_b/kms_s_0763_br_0650)*(1 + s_0861/kms_s_0861r_0650)*(1 + s_1087/kms_s_1087r_0650) + (1 + s_0434/kmp_s_0434r_0650)*(1 + s_0605/kmp_s_0605r_0650)*(1 + s_0867/kmp_s_0867r_0650)*(1 + s_1082/kmp_s_1082r_0650)) - 1)))/intracellular;
end

function function_174(Keq_r_0657, Vmax_r_0657, intracellular, kmp_s_0120r_0657, kmp_s_0763_br_0657, kmp_s_1434_br_0657, kms_s_0905r_0657, s_0120, s_0763_b, s_0905, s_1434_b)
  (Vmax_r_0657*(((1/kms_s_0905r_0657)^1*(s_0905^1 - (s_0120^1*s_0763_b^1*s_1434_b^1)/Keq_r_0657))/((1 + s_0905/kms_s_0905r_0657 + (1 + s_0120/kmp_s_0120r_0657)*(1 + s_0763_b/kmp_s_0763_br_0657)*(1 + s_1434_b/kmp_s_1434_br_0657)) - 1)))/intracellular;
end

function function_201(Keq_r_0789, Vmax_r_0789, intracellular, kmp_s_0763_br_0789, kmp_s_0887r_0789, kmp_s_1207r_0789, kms_s_0469r_0789, kms_s_1151r_0789, s_0469, s_0763_b, s_0887, s_1151, s_1207)
  (Vmax_r_0789*(((1/kms_s_0469r_0789)^1*(1/kms_s_1151r_0789)^1*(s_0469^1*s_1151^1 - (s_0763_b^1*s_0887^1*s_1207^1)/Keq_r_0789))/(((1 + s_0469/kms_s_0469r_0789)*(1 + s_1151/kms_s_1151r_0789) + (1 + s_0763_b/kmp_s_0763_br_0789)*(1 + s_0887/kmp_s_0887r_0789)*(1 + s_1207/kmp_s_1207r_0789)) - 1)))/intracellular;
end

function function_202(Keq_r_0791, Vmax_r_0791, intracellular, kmp_s_1071r_0791, kmp_s_1151r_0791, kms_s_0899r_0791, kms_s_1051r_0791, s_0899, s_1051, s_1071, s_1151)
  (Vmax_r_0791*(((1/kms_s_0899r_0791)^1*(1/kms_s_1051r_0791)^1*(s_0899^1*s_1051^1 - (s_1071^1*s_1151^1)/Keq_r_0791))/(((1 + s_0899/kms_s_0899r_0791)*(1 + s_1051/kms_s_1051r_0791) + (1 + s_1071/kmp_s_1071r_0791)*(1 + s_1151/kmp_s_1151r_0791)) - 1)))/intracellular;
end

function function_203(Keq_r_0793, Vmax_r_0793, intracellular, kmp_s_0605r_0793, kmp_s_1155r_0793, kms_s_0331r_0793, kms_s_1154r_0793, s_0331, s_0605, s_1154, s_1155)
  (Vmax_r_0793*(((1/kms_s_0331r_0793)^1*(1/kms_s_1154r_0793)^1*(s_0331^1*s_1154^1 - (s_0605^1*s_1155^1)/Keq_r_0793))/(((1 + s_0331/kms_s_0331r_0793)*(1 + s_1154/kms_s_1154r_0793) + (1 + s_0605/kmp_s_0605r_0793)*(1 + s_1155/kmp_s_1155r_0793)) - 1)))/intracellular;
end

function function_204(Keq_r_0794, Vmax_r_0794, intracellular, kmp_s_0470r_0794, kmp_s_1417r_0794, kms_s_0763_br_0794, kms_s_1155r_0794, s_0470, s_0763_b, s_1155, s_1417)
  (Vmax_r_0794*(((1/kms_s_0763_br_0794)^1*(1/kms_s_1155r_0794)^1*(s_0763_b^1*s_1155^1 - (s_0470^1*s_1417^1)/Keq_r_0794))/(((1 + s_0763_b/kms_s_0763_br_0794)*(1 + s_1155/kms_s_1155r_0794) + (1 + s_0470/kmp_s_0470r_0794)*(1 + s_1417/kmp_s_1417r_0794)) - 1)))/intracellular;
end

function function_205(Keq_r_0825, Vmax_r_0825, intracellular, kmp_s_0185r_0825, kmp_s_0936r_0825, kms_s_0859r_0825, kms_s_0899r_0825, s_0185, s_0859, s_0899, s_0936)
  (Vmax_r_0825*(((1/kms_s_0859r_0825)^1*(1/kms_s_0899r_0825)^1*(s_0859^1*s_0899^1 - (s_0185^1*s_0936^1)/Keq_r_0825))/(((1 + s_0859/kms_s_0859r_0825)*(1 + s_0899/kms_s_0899r_0825) + (1 + s_0185/kmp_s_0185r_0825)*(1 + s_0936/kmp_s_0936r_0825)) - 1)))/intracellular;
end

function function_206(Keq_r_0831, Vmax_r_0831, intracellular, kmp_s_0763_br_0831, kmp_s_1226r_0831, kmp_s_1290r_0831, kms_s_1233r_0831, kms_s_1293r_0831, s_0763_b, s_1226, s_1233, s_1290, s_1293)
  (Vmax_r_0831*(((1/kms_s_1233r_0831)^1*(1/kms_s_1293r_0831)^1*(s_1233^1*s_1293^1 - (s_0763_b^1*s_1226^1*s_1290^1)/Keq_r_0831))/(((1 + s_1233/kms_s_1233r_0831)*(1 + s_1293/kms_s_1293r_0831) + (1 + s_0763_b/kmp_s_0763_br_0831)*(1 + s_1226/kmp_s_1226r_0831)*(1 + s_1290/kmp_s_1290r_0831)) - 1)))/intracellular;
end

function function_235(Keq_r_0938, Vmax_r_0938, intracellular, kmp_s_0366r_0938, kmp_s_0470r_0938, kms_s_0763_br_0938, kms_s_1277r_0938, s_0366, s_0470, s_0763_b, s_1277)
  (Vmax_r_0938*(((1/kms_s_0763_br_0938)^1*(1/kms_s_1277r_0938)^1*(s_0763_b^1*s_1277^1 - (s_0366^1*s_0470^1)/Keq_r_0938))/(((1 + s_0763_b/kms_s_0763_br_0938)*(1 + s_1277/kms_s_1277r_0938) + (1 + s_0366/kmp_s_0366r_0938)*(1 + s_0470/kmp_s_0470r_0938)) - 1)))/intracellular;
end

function function_236(Keq_r_0940, Vmax_r_0940, intracellular, kmp_s_0380r_0940, kmp_s_0470r_0940, kmp_s_1087r_0940, kms_s_0514r_0940, kms_s_1082r_0940, kms_s_1277r_0940, s_0380, s_0470, s_0514, s_1082, s_1087, s_1277)
  (Vmax_r_0940*(((1/kms_s_0514r_0940)^1*(1/kms_s_1082r_0940)^1*(1/kms_s_1277r_0940)^1*(s_0514^1*s_1082^1*s_1277^1 - (s_0380^1*s_0470^1*s_1087^1)/Keq_r_0940))/(((1 + s_0514/kms_s_0514r_0940)*(1 + s_1082/kms_s_1082r_0940)*(1 + s_1277/kms_s_1277r_0940) + (1 + s_0380/kmp_s_0380r_0940)*(1 + s_0470/kmp_s_0470r_0940)*(1 + s_1087/kmp_s_1087r_0940)) - 1)))/intracellular;
end

function function_237(Keq_r_0941, Vmax_r_0941, intracellular, kmp_s_0446r_0941, kmp_s_1277r_0941, kms_s_0400r_0941, kms_s_0763_br_0941, kms_s_1243r_0941, s_0400, s_0446, s_0763_b, s_1243, s_1277)
  (Vmax_r_0941*(((1/kms_s_0400r_0941)^1*(1/kms_s_0763_br_0941)^1*(1/kms_s_1243r_0941)^1*(s_0400^1*s_0763_b^1*s_1243^1 - (s_0446^1*s_1277^1)/Keq_r_0941))/(((1 + s_0400/kms_s_0400r_0941)*(1 + s_0763_b/kms_s_0763_br_0941)*(1 + s_1243/kms_s_1243r_0941) + (1 + s_0446/kmp_s_0446r_0941)*(1 + s_1277/kmp_s_1277r_0941)) - 1)))/intracellular;
end

function function_238(Keq_r_0948, Vmax_r_0948, intracellular, kmp_s_0335r_0948, kmp_s_1207r_0948, kmp_s_1434_br_0948, kms_s_0163r_0948, kms_s_0320r_0948, s_0163, s_0320, s_0335, s_1207, s_1434_b)
  (Vmax_r_0948*(((1/kms_s_0163r_0948)^1*(1/kms_s_0320r_0948)^1*(s_0163^1*s_0320^1 - (s_0335^1*s_1207^1*s_1434_b^2)/Keq_r_0948))/(((1 + s_0163/kms_s_0163r_0948)*(1 + s_0320/kms_s_0320r_0948) + (1 + s_0335/kmp_s_0335r_0948)*(1 + s_1207/kmp_s_1207r_0948)*(1 + s_1434_b/kmp_s_1434_br_0948)) - 1)))/intracellular;
end

function function_239(Keq_r_0949, Vmax_r_0949, intracellular, kmp_s_0320r_0949, kmp_s_1283r_0949, kms_s_0335r_0949, s_0320, s_0335, s_1283)
  (Vmax_r_0949*(((1/kms_s_0335r_0949)^2*(s_0335^2 - (s_0320^1*s_1283^1)/Keq_r_0949))/((1 + s_0335/kms_s_0335r_0949 + (1 + s_0320/kmp_s_0320r_0949)*(1 + s_1283/kmp_s_1283r_0949)) - 1)))/intracellular;
end

function function_240(Keq_r_0951, Vmax_r_0951, intracellular, kmp_s_0562r_0951, kmp_s_1434_br_0951, kmp_s_1517r_0951, kms_s_0400r_0951, kms_s_1521r_0951, s_0400, s_0562, s_1434_b, s_1517, s_1521)
  (Vmax_r_0951*(((1/kms_s_0400r_0951)^1*(1/kms_s_1521r_0951)^1*(s_0400^1*s_1521^1 - (s_0562^1*s_1434_b^1*s_1517^1)/Keq_r_0951))/(((1 + s_0400/kms_s_0400r_0951)*(1 + s_1521/kms_s_1521r_0951) + (1 + s_0562/kmp_s_0562r_0951)*(1 + s_1434_b/kmp_s_1434_br_0951)*(1 + s_1517/kmp_s_1517r_0951)) - 1)))/intracellular;
end

function function_241(Keq_r_0955, Vmax_r_0955, intracellular, kmp_s_0591r_0955, kmp_s_1434_br_0955, kmp_s_1517r_0955, kms_s_0706r_0955, kms_s_1521r_0955, s_0591, s_0706, s_1434_b, s_1517, s_1521)
  (Vmax_r_0955*(((1/kms_s_0706r_0955)^1*(1/kms_s_1521r_0955)^1*(s_0706^1*s_1521^1 - (s_0591^1*s_1434_b^1*s_1517^1)/Keq_r_0955))/(((1 + s_0706/kms_s_0706r_0955)*(1 + s_1521/kms_s_1521r_0955) + (1 + s_0591/kmp_s_0591r_0955)*(1 + s_1434_b/kmp_s_1434_br_0955)*(1 + s_1517/kmp_s_1517r_0955)) - 1)))/intracellular;
end

function function_242(Keq_r_0957, Vmax_r_0957, intracellular, kmp_s_0622r_0957, kmp_s_1434_br_0957, kmp_s_1517r_0957, kms_s_1411r_0957, kms_s_1521r_0957, s_0622, s_1411, s_1434_b, s_1517, s_1521)
  (Vmax_r_0957*(((1/kms_s_1411r_0957)^1*(1/kms_s_1521r_0957)^1*(s_1411^1*s_1521^1 - (s_0622^1*s_1434_b^1*s_1517^1)/Keq_r_0957))/(((1 + s_1411/kms_s_1411r_0957)*(1 + s_1521/kms_s_1521r_0957) + (1 + s_0622/kmp_s_0622r_0957)*(1 + s_1434_b/kmp_s_1434_br_0957)*(1 + s_1517/kmp_s_1517r_0957)) - 1)))/intracellular;
end

function function_243(Keq_r_0959, Vmax_r_0959, intracellular, kmp_s_0566r_0959, kmp_s_1434_br_0959, kmp_s_1517r_0959, kms_s_0446r_0959, kms_s_1521r_0959, s_0446, s_0566, s_1434_b, s_1517, s_1521)
  (Vmax_r_0959*(((1/kms_s_0446r_0959)^1*(1/kms_s_1521r_0959)^1*(s_0446^1*s_1521^1 - (s_0566^1*s_1434_b^1*s_1517^1)/Keq_r_0959))/(((1 + s_0446/kms_s_0446r_0959)*(1 + s_1521/kms_s_1521r_0959) + (1 + s_0566/kmp_s_0566r_0959)*(1 + s_1434_b/kmp_s_1434_br_0959)*(1 + s_1517/kmp_s_1517r_0959)) - 1)))/intracellular;
end

function function_244(Keq_r_0963, Vmax_r_0963, intracellular, kmp_s_0427r_0963, kms_s_0557r_0963, s_0427, s_0557)
  (Vmax_r_0963*(((1/kms_s_0557r_0963)^1*(s_0557^1 - s_0427^1/Keq_r_0963))/((1 + s_0557/kms_s_0557r_0963 + 1 + s_0427/kmp_s_0427r_0963) - 1)))/intracellular;
end

function function_245(Keq_r_0965, Vmax_r_0965, intracellular, kmp_s_0557r_0965, kms_s_0561r_0965, s_0557, s_0561)
  (Vmax_r_0965*(((1/kms_s_0561r_0965)^1*(s_0561^1 - s_0557^1/Keq_r_0965))/((1 + s_0561/kms_s_0561r_0965 + 1 + s_0557/kmp_s_0557r_0965) - 1)))/intracellular;
end

function function_246(Keq_r_0967, Vmax_r_0967, intracellular, kmp_s_0669r_0967, kmp_s_0763_br_0967, kmp_s_1290r_0967, kms_s_1293r_0967, kms_s_1447r_0967, s_0669, s_0763_b, s_1290, s_1293, s_1447)
  (Vmax_r_0967*(((1/kms_s_1293r_0967)^1*(1/kms_s_1447r_0967)^1*(s_1293^1*s_1447^1 - (s_0669^1*s_0763_b^1*s_1290^1)/Keq_r_0967))/(((1 + s_1293/kms_s_1293r_0967)*(1 + s_1447/kms_s_1447r_0967) + (1 + s_0669/kmp_s_0669r_0967)*(1 + s_0763_b/kmp_s_0763_br_0967)*(1 + s_1290/kmp_s_1290r_0967)) - 1)))/intracellular;
end

function function_247(Keq_r_0969, Vmax_r_0969, intracellular, kmp_s_0185r_0969, kmp_s_0763_br_0969, kmp_s_0929r_0969, kmp_s_1087r_0969, kms_s_0942r_0969, kms_s_1082r_0969, kms_s_1434_br_0969, s_0185, s_0763_b, s_0929, s_0942, s_1082, s_1087, s_1434_b)
  (Vmax_r_0969*(((1/kms_s_0942r_0969)^1*(1/kms_s_1082r_0969)^1*(1/kms_s_1434_br_0969)^1*(s_0942^1*s_1082^1*s_1434_b^1 - (s_0185^1*s_0763_b^1*s_0929^1*s_1087^1)/Keq_r_0969))/(((1 + s_0942/kms_s_0942r_0969)*(1 + s_1082/kms_s_1082r_0969)*(1 + s_1434_b/kms_s_1434_br_0969) + (1 + s_0185/kmp_s_0185r_0969)*(1 + s_0763_b/kmp_s_0763_br_0969)*(1 + s_0929/kmp_s_0929r_0969)*(1 + s_1087/kmp_s_1087r_0969)) - 1)))/intracellular;
end

function function_248(Keq_r_0970, Vmax_r_0970, intracellular, kmp_s_0942r_0970, kmp_s_1091r_0970, kmp_s_1434_br_0970, kms_s_0763_br_0970, kms_s_0867r_0970, kms_s_0899r_0970, kms_s_1096r_0970, s_0763_b, s_0867, s_0899, s_0942, s_1091, s_1096, s_1434_b)
  (Vmax_r_0970*(((1/kms_s_0763_br_0970)^1*(1/kms_s_0867r_0970)^1*(1/kms_s_0899r_0970)^1*(1/kms_s_1096r_0970)^1*(s_0763_b^1*s_0867^1*s_0899^1*s_1096^1 - (s_0942^1*s_1091^1*s_1434_b^1)/Keq_r_0970))/(((1 + s_0763_b/kms_s_0763_br_0970)*(1 + s_0867/kms_s_0867r_0970)*(1 + s_0899/kms_s_0899r_0970)*(1 + s_1096/kms_s_1096r_0970) + (1 + s_0942/kmp_s_0942r_0970)*(1 + s_1091/kmp_s_1091r_0970)*(1 + s_1434_b/kmp_s_1434_br_0970)) - 1)))/intracellular;
end

function function_249(Keq_r_0972, Vmax_r_0972, intracellular, kmp_s_0218r_0972, kmp_s_0470r_0972, kmp_s_0514r_0972, kms_s_0943r_0972, kms_s_1187r_0972, s_0218, s_0470, s_0514, s_0943, s_1187)
  (Vmax_r_0972*(((1/kms_s_0943r_0972)^1*(1/kms_s_1187r_0972)^1*(s_0943^1*s_1187^1 - (s_0218^1*s_0470^1*s_0514^1)/Keq_r_0972))/(((1 + s_0943/kms_s_0943r_0972)*(1 + s_1187/kms_s_1187r_0972) + (1 + s_0218/kmp_s_0218r_0972)*(1 + s_0470/kmp_s_0470r_0972)*(1 + s_0514/kmp_s_0514r_0972)) - 1)))/intracellular;
end

function function_250(Keq_r_0976, Vmax_r_0976, intracellular, kmp_s_1091r_0976, kmp_s_1306r_0976, kms_s_0217r_0976, kms_s_0763_br_0976, kms_s_1096r_0976, s_0217, s_0763_b, s_1091, s_1096, s_1306)
  (Vmax_r_0976*(((1/kms_s_0217r_0976)^1*(1/kms_s_0763_br_0976)^1*(1/kms_s_1096r_0976)^1*(s_0217^1*s_0763_b^1*s_1096^1 - (s_1091^1*s_1306^1)/Keq_r_0976))/(((1 + s_0217/kms_s_0217r_0976)*(1 + s_0763_b/kms_s_0763_br_0976)*(1 + s_1096/kms_s_1096r_0976) + (1 + s_1091/kmp_s_1091r_0976)*(1 + s_1306/kmp_s_1306r_0976)) - 1)))/intracellular;
end

function function_251(Keq_r_0977, Vmax_r_0977, intracellular, kmp_s_0267r_0977, kmp_s_0400r_0977, kmp_s_0763_br_0977, kms_s_0446r_0977, kms_s_1306r_0977, s_0267, s_0400, s_0446, s_0763_b, s_1306)
  (Vmax_r_0977*(((1/kms_s_0446r_0977)^1*(1/kms_s_1306r_0977)^1*(s_0446^1*s_1306^1 - (s_0267^1*s_0400^1*s_0763_b^1)/Keq_r_0977))/(((1 + s_0446/kms_s_0446r_0977)*(1 + s_1306/kms_s_1306r_0977) + (1 + s_0267/kmp_s_0267r_0977)*(1 + s_0400/kmp_s_0400r_0977)*(1 + s_0763_b/kmp_s_0763_br_0977)) - 1)))/intracellular;
end

function function_252(Keq_r_0991, Vmax_r_0991, intracellular, kmp_s_0040r_0991, kmp_s_1082r_0991, kmp_s_1434_br_0991, kms_s_0763_br_0991, kms_s_1087r_0991, kms_s_1160r_0991, kms_s_1327r_0991, s_0040, s_0763_b, s_1082, s_1087, s_1160, s_1327, s_1434_b)
  (Vmax_r_0991*(((1/kms_s_0763_br_0991)^1*(1/kms_s_1087r_0991)^1*(1/kms_s_1160r_0991)^1*(1/kms_s_1327r_0991)^1*(s_0763_b^1*s_1087^1*s_1160^1*s_1327^1 - (s_0040^1*s_1082^1*s_1434_b^1)/Keq_r_0991))/(((1 + s_0763_b/kms_s_0763_br_0991)*(1 + s_1087/kms_s_1087r_0991)*(1 + s_1160/kms_s_1160r_0991)*(1 + s_1327/kms_s_1327r_0991) + (1 + s_0040/kmp_s_0040r_0991)*(1 + s_1082/kmp_s_1082r_0991)*(1 + s_1434_b/kmp_s_1434_br_0991)) - 1)))/intracellular;
end

function function_131(Keq_r_0512, Vmax_r_0512, intracellular, kmp_s_0905r_0512, kmp_s_1082r_0512, kmp_s_1207r_0512, kms_s_0763_br_0512, kms_s_0894r_0512, kms_s_1087r_0512, s_0763_b, s_0894, s_0905, s_1082, s_1087, s_1207)
  (Vmax_r_0512*(((1/kms_s_0763_br_0512)^1*(1/kms_s_0894r_0512)^1*(1/kms_s_1087r_0512)^1*(s_0763_b^1*s_0894^1*s_1087^1 - (s_0905^1*s_1082^1*s_1207^1)/Keq_r_0512))/(((1 + s_0763_b/kms_s_0763_br_0512)*(1 + s_0894/kms_s_0894r_0512)*(1 + s_1087/kms_s_1087r_0512) + (1 + s_0905/kmp_s_0905r_0512)*(1 + s_1082/kmp_s_1082r_0512)*(1 + s_1207/kmp_s_1207r_0512)) - 1)))/intracellular;
end

function function_132(Keq_r_0514, Vmax_r_0514, intracellular, kmp_s_0333r_0514, kmp_s_0605r_0514, kmp_s_0899r_0514, kms_s_0331r_0514, kms_s_0907r_0514, kms_s_1434_br_0514, s_0331, s_0333, s_0605, s_0899, s_0907, s_1434_b)
  (Vmax_r_0514*(((1/kms_s_0331r_0514)^1*(1/kms_s_0907r_0514)^1*(1/kms_s_1434_br_0514)^1*(s_0331^1*s_0907^1*s_1434_b^1 - (s_0333^1*s_0605^1*s_0899^1)/Keq_r_0514))/(((1 + s_0331/kms_s_0331r_0514)*(1 + s_0907/kms_s_0907r_0514)*(1 + s_1434_b/kms_s_1434_br_0514) + (1 + s_0333/kmp_s_0333r_0514)*(1 + s_0605/kmp_s_0605r_0514)*(1 + s_0899/kmp_s_0899r_0514)) - 1)))/intracellular;
end

function function_133(Keq_r_0515, Vmax_r_0515, intracellular, kmp_s_0400r_0515, kmp_s_0763_br_0515, kmp_s_0907r_0515, kmp_s_1207r_0515, kms_s_0430r_0515, kms_s_0446r_0515, kms_s_0899r_0515, s_0400, s_0430, s_0446, s_0763_b, s_0899, s_0907, s_1207)
  (Vmax_r_0515*(((1/kms_s_0430r_0515)^1*(1/kms_s_0446r_0515)^1*(1/kms_s_0899r_0515)^1*(s_0430^1*s_0446^1*s_0899^1 - (s_0400^1*s_0763_b^1*s_0907^1*s_1207^1)/Keq_r_0515))/(((1 + s_0430/kms_s_0430r_0515)*(1 + s_0446/kms_s_0446r_0515)*(1 + s_0899/kms_s_0899r_0515) + (1 + s_0400/kmp_s_0400r_0515)*(1 + s_0763_b/kmp_s_0763_br_0515)*(1 + s_0907/kmp_s_0907r_0515)*(1 + s_1207/kmp_s_1207r_0515)) - 1)))/intracellular;
end

function function_134(Keq_r_0525, Vmax_r_0525, intracellular, kmp_s_0265r_0525, kmp_s_0763_br_0525, kmp_s_1087r_0525, kms_s_0731r_0525, kms_s_1082r_0525, kms_s_1207r_0525, s_0265, s_0731, s_0763_b, s_1082, s_1087, s_1207)
  (Vmax_r_0525*(((1/kms_s_0731r_0525)^1*(1/kms_s_1082r_0525)^1*(1/kms_s_1207r_0525)^1*(s_0731^1*s_1082^1*s_1207^1 - (s_0265^1*s_0763_b^1*s_1087^1)/Keq_r_0525))/(((1 + s_0731/kms_s_0731r_0525)*(1 + s_1082/kms_s_1082r_0525)*(1 + s_1207/kms_s_1207r_0525) + (1 + s_0265/kmp_s_0265r_0525)*(1 + s_0763_b/kmp_s_0763_br_0525)*(1 + s_1087/kmp_s_1087r_0525)) - 1)))/intracellular;
end

function function_135(Keq_r_0526, Vmax_r_0526, intracellular, kmp_s_0734r_0526, kmp_s_0763_br_0526, kmp_s_1096r_0526, kms_s_0732r_0526, kms_s_1091r_0526, s_0732, s_0734, s_0763_b, s_1091, s_1096)
  (Vmax_r_0526*(((1/kms_s_0732r_0526)^1*(1/kms_s_1091r_0526)^1*(s_0732^1*s_1091^1 - (s_0734^1*s_0763_b^1*s_1096^1)/Keq_r_0526))/(((1 + s_0732/kms_s_0732r_0526)*(1 + s_1091/kms_s_1091r_0526) + (1 + s_0734/kmp_s_0734r_0526)*(1 + s_0763_b/kmp_s_0763_br_0526)*(1 + s_1096/kmp_s_1096r_0526)) - 1)))/intracellular;
end

function function_136(Keq_r_0528, Vmax_r_0528, intracellular, kmp_s_0732r_0528, kmp_s_1207r_0528, kms_s_1315r_0528, kms_s_1434_br_0528, s_0732, s_1207, s_1315, s_1434_b)
  (Vmax_r_0528*(((1/kms_s_1315r_0528)^1*(1/kms_s_1434_br_0528)^1*(s_1315^1*s_1434_b^1 - (s_0732^1*s_1207^1)/Keq_r_0528))/(((1 + s_1315/kms_s_1315r_0528)*(1 + s_1434_b/kms_s_1434_br_0528) + (1 + s_0732/kmp_s_0732r_0528)*(1 + s_1207/kmp_s_1207r_0528)) - 1)))/intracellular;
end

function function_139(Keq_r_0534, Vmax_r_0534, intracellular, kmp_s_0083r_0534, kmp_s_0514r_0534, kmp_s_0763_br_0534, kms_s_0386r_0534, kms_s_1315r_0534, s_0083, s_0386, s_0514, s_0763_b, s_1315)
  (Vmax_r_0534*(((1/kms_s_0386r_0534)^1*(1/kms_s_1315r_0534)^1*(s_0386^1*s_1315^1 - (s_0083^1*s_0514^1*s_0763_b^2)/Keq_r_0534))/(((1 + s_0386/kms_s_0386r_0534)*(1 + s_1315/kms_s_1315r_0534) + (1 + s_0083/kmp_s_0083r_0534)*(1 + s_0514/kmp_s_0514r_0534)*(1 + s_0763_b/kmp_s_0763_br_0534)) - 1)))/intracellular;
end

function function_140(Keq_r_0538, Vmax_r_0538, intracellular, kmp_s_0307r_0538, kmp_s_0430r_0538, kmp_s_0470r_0538, kmp_s_1087r_0538, kms_s_0309r_0538, kms_s_0740r_0538, kms_s_1082r_0538, s_0307, s_0309, s_0430, s_0470, s_0740, s_1082, s_1087)
  (Vmax_r_0538*(((1/kms_s_0309r_0538)^1*(1/kms_s_0740r_0538)^1*(1/kms_s_1082r_0538)^1*(s_0309^1*s_0740^1*s_1082^1 - (s_0307^1*s_0430^1*s_0470^1*s_1087^1)/Keq_r_0538))/(((1 + s_0309/kms_s_0309r_0538)*(1 + s_0740/kms_s_0740r_0538)*(1 + s_1082/kms_s_1082r_0538) + (1 + s_0307/kmp_s_0307r_0538)*(1 + s_0430/kmp_s_0430r_0538)*(1 + s_0470/kmp_s_0470r_0538)*(1 + s_1087/kmp_s_1087r_0538)) - 1)))/intracellular;
end

function function_141(Keq_r_0539, Vmax_r_0539, intracellular, kmp_s_0309r_0539, kmp_s_0943r_0539, kms_s_0307r_0539, kms_s_0740r_0539, kms_s_1434_br_0539, s_0307, s_0309, s_0740, s_0943, s_1434_b)
  (Vmax_r_0539*(((1/kms_s_0307r_0539)^1*(1/kms_s_0740r_0539)^1*(1/kms_s_1434_br_0539)^1*(s_0307^1*s_0740^1*s_1434_b^1 - (s_0309^1*s_0943^1)/Keq_r_0539))/(((1 + s_0307/kms_s_0307r_0539)*(1 + s_0740/kms_s_0740r_0539)*(1 + s_1434_b/kms_s_1434_br_0539) + (1 + s_0309/kmp_s_0309r_0539)*(1 + s_0943/kmp_s_0943r_0539)) - 1)))/intracellular;
end

function function_142(Keq_r_0547, Vmax_r_0547, intracellular, kmp_s_0438r_0547, kmp_s_0763_br_0547, kmp_s_1411r_0547, kms_s_1415r_0547, kms_s_1434_br_0547, s_0438, s_0763_b, s_1411, s_1415, s_1434_b)
  (Vmax_r_0547*(((1/kms_s_1415r_0547)^1*(1/kms_s_1434_br_0547)^1*(s_1415^1*s_1434_b^1 - (s_0438^1*s_0763_b^1*s_1411^1)/Keq_r_0547))/(((1 + s_1415/kms_s_1415r_0547)*(1 + s_1434_b/kms_s_1434_br_0547) + (1 + s_0438/kmp_s_0438r_0547)*(1 + s_0763_b/kmp_s_0763_br_0547)*(1 + s_1411/kmp_s_1411r_0547)) - 1)))/intracellular;
end

function function_143(Keq_r_0551, Vmax_r_0551, intracellular, kmp_s_0434r_0551, kmp_s_0605r_0551, kmp_s_0752r_0551, kmp_s_0763_br_0551, kmp_s_0899r_0551, kms_s_0306r_0551, kms_s_0446r_0551, kms_s_0907r_0551, kms_s_1434_br_0551, s_0306, s_0434, s_0446, s_0605, s_0752, s_0763_b, s_0899, s_0907, s_1434_b)
  (Vmax_r_0551*(((1/kms_s_0306r_0551)^1*(1/kms_s_0446r_0551)^1*(1/kms_s_0907r_0551)^1*(1/kms_s_1434_br_0551)^1*(s_0306^1*s_0446^1*s_0907^1*s_1434_b^1 - (s_0434^1*s_0605^1*s_0752^1*s_0763_b^2*s_0899^1)/Keq_r_0551))/(((1 + s_0306/kms_s_0306r_0551)*(1 + s_0446/kms_s_0446r_0551)*(1 + s_0907/kms_s_0907r_0551)*(1 + s_1434_b/kms_s_1434_br_0551) + (1 + s_0434/kmp_s_0434r_0551)*(1 + s_0605/kmp_s_0605r_0551)*(1 + s_0752/kmp_s_0752r_0551)*(1 + s_0763_b/kmp_s_0763_br_0551)*(1 + s_0899/kmp_s_0899r_0551)) - 1)))/intracellular;
end

function function_144(Keq_r_0562, Vmax_r_0562, intracellular, kmp_s_0145r_0562, kmp_s_0605r_0562, kmp_s_0689r_0562, kmp_s_0763_br_0562, kms_s_0755r_0562, kms_s_1434_br_0562, s_0145, s_0605, s_0689, s_0755, s_0763_b, s_1434_b)
  (Vmax_r_0562*(((1/kms_s_0755r_0562)^1*(1/kms_s_1434_br_0562)^3*(s_0755^1*s_1434_b^3 - (s_0145^1*s_0605^1*s_0689^1*s_0763_b^2)/Keq_r_0562))/(((1 + s_0755/kms_s_0755r_0562)*(1 + s_1434_b/kms_s_1434_br_0562) + (1 + s_0145/kmp_s_0145r_0562)*(1 + s_0605/kmp_s_0605r_0562)*(1 + s_0689/kmp_s_0689r_0562)*(1 + s_0763_b/kmp_s_0763_br_0562)) - 1)))/intracellular;
end

function function_145(Keq_r_0567, Vmax_r_0567, intracellular, kmp_s_0400r_0567, kmp_s_0706r_0567, kms_s_0446r_0567, kms_s_0752r_0567, s_0400, s_0446, s_0706, s_0752)
  (Vmax_r_0567*(((1/kms_s_0446r_0567)^1*(1/kms_s_0752r_0567)^1*(s_0446^1*s_0752^1 - (s_0400^1*s_0706^1)/Keq_r_0567))/(((1 + s_0446/kms_s_0446r_0567)*(1 + s_0752/kms_s_0752r_0567) + (1 + s_0400/kmp_s_0400r_0567)*(1 + s_0706/kmp_s_0706r_0567)) - 1)))/intracellular;
end

function function_146(Keq_r_0568, Vmax_r_0568, intracellular, kmp_s_0562r_0568, kmp_s_0706r_0568, kms_s_0566r_0568, kms_s_0752r_0568, s_0562, s_0566, s_0706, s_0752)
  (Vmax_r_0568*(((1/kms_s_0566r_0568)^1*(1/kms_s_0752r_0568)^1*(s_0566^1*s_0752^1 - (s_0562^1*s_0706^1)/Keq_r_0568))/(((1 + s_0566/kms_s_0566r_0568)*(1 + s_0752/kms_s_0752r_0568) + (1 + s_0562/kmp_s_0562r_0568)*(1 + s_0706/kmp_s_0706r_0568)) - 1)))/intracellular;
end

function function_147(Keq_r_0573, Vmax_r_0573, intracellular, kmp_s_0400r_0573, kmp_s_0410r_0573, kmp_s_0763_br_0573, kms_s_0446r_0573, kms_s_0545r_0573, s_0400, s_0410, s_0446, s_0545, s_0763_b)
  (Vmax_r_0573*(((1/kms_s_0446r_0573)^1*(1/kms_s_0545r_0573)^1*(s_0446^1*s_0545^1 - (s_0400^1*s_0410^1*s_0763_b^1)/Keq_r_0573))/(((1 + s_0446/kms_s_0446r_0573)*(1 + s_0545/kms_s_0545r_0573) + (1 + s_0400/kmp_s_0400r_0573)*(1 + s_0410/kmp_s_0410r_0573)*(1 + s_0763_b/kmp_s_0763_br_0573)) - 1)))/intracellular;
end

function function_148(Keq_r_0575, Vmax_r_0575, intracellular, kmp_s_0763_br_0575, kmp_s_0911r_0575, kmp_s_1087r_0575, kms_s_0915r_0575, kms_s_1082r_0575, kms_s_1434_br_0575, s_0763_b, s_0911, s_0915, s_1082, s_1087, s_1434_b)
  (Vmax_r_0575*(((1/kms_s_0915r_0575)^1*(1/kms_s_1082r_0575)^2*(1/kms_s_1434_br_0575)^1*(s_0915^1*s_1082^2*s_1434_b^1 - (s_0763_b^3*s_0911^1*s_1087^2)/Keq_r_0575))/(((1 + s_0915/kms_s_0915r_0575)*(1 + s_1082/kms_s_1082r_0575)*(1 + s_1434_b/kms_s_1434_br_0575) + (1 + s_0763_b/kmp_s_0763_br_0575)*(1 + s_0911/kmp_s_0911r_0575)*(1 + s_1087/kmp_s_1087r_0575)) - 1)))/intracellular;
end

function function_149(Keq_r_0576, Vmax_r_0576, intracellular, kmp_s_0915r_0576, kmp_s_1207r_0576, kms_s_0916r_0576, kms_s_1434_br_0576, s_0915, s_0916, s_1207, s_1434_b)
  (Vmax_r_0576*(((1/kms_s_0916r_0576)^1*(1/kms_s_1434_br_0576)^1*(s_0916^1*s_1434_b^1 - (s_0915^1*s_1207^1)/Keq_r_0576))/(((1 + s_0916/kms_s_0916r_0576)*(1 + s_1434_b/kms_s_1434_br_0576) + (1 + s_0915/kmp_s_0915r_0576)*(1 + s_1207/kmp_s_1207r_0576)) - 1)))/intracellular;
end

function function_150(Keq_r_0577, Vmax_r_0577, intracellular, kmp_s_0185r_0577, kmp_s_0916r_0577, kms_s_0212r_0577, kms_s_0899r_0577, s_0185, s_0212, s_0899, s_0916)
  (Vmax_r_0577*(((1/kms_s_0212r_0577)^1*(1/kms_s_0899r_0577)^1*(s_0212^1*s_0899^1 - (s_0185^1*s_0916^1)/Keq_r_0577))/(((1 + s_0212/kms_s_0212r_0577)*(1 + s_0899/kms_s_0899r_0577) + (1 + s_0185/kmp_s_0185r_0577)*(1 + s_0916/kmp_s_0916r_0577)) - 1)))/intracellular;
end

function function_151(Keq_r_0581, Vmax_r_0581, intracellular, kmp_s_0800r_0581, kms_s_0468r_0581, kms_s_1434_br_0581, s_0468, s_0800, s_1434_b)
  (Vmax_r_0581*(((1/kms_s_0468r_0581)^1*(1/kms_s_1434_br_0581)^1*(s_0468^1*s_1434_b^1 - s_0800^1/Keq_r_0581))/(((1 + s_0468/kms_s_0468r_0581)*(1 + s_1434_b/kms_s_1434_br_0581) + 1 + s_0800/kmp_s_0800r_0581) - 1)))/intracellular;
end

function function_152(Keq_r_0582, Vmax_r_0582, intracellular, kmp_s_0514r_0582, kmp_s_0763_br_0582, kmp_s_0798r_0582, kms_s_0185r_0582, kms_s_0380r_0582, kms_s_1434_br_0582, s_0185, s_0380, s_0514, s_0763_b, s_0798, s_1434_b)
  (Vmax_r_0582*(((1/kms_s_0185r_0582)^1*(1/kms_s_0380r_0582)^1*(1/kms_s_1434_br_0582)^1*(s_0185^1*s_0380^1*s_1434_b^1 - (s_0514^1*s_0763_b^1*s_0798^1)/Keq_r_0582))/(((1 + s_0185/kms_s_0185r_0582)*(1 + s_0380/kms_s_0380r_0582)*(1 + s_1434_b/kms_s_1434_br_0582) + (1 + s_0514/kmp_s_0514r_0582)*(1 + s_0763_b/kmp_s_0763_br_0582)*(1 + s_0798/kmp_s_0798r_0582)) - 1)))/intracellular;
end

function function_153(Keq_r_0585, Vmax_r_0585, intracellular, kmp_s_0180r_0585, kmp_s_0763_br_0585, kmp_s_1087r_0585, kms_s_0800r_0585, kms_s_1082r_0585, s_0180, s_0763_b, s_0800, s_1082, s_1087)
  (Vmax_r_0585*(((1/kms_s_0800r_0585)^1*(1/kms_s_1082r_0585)^1*(s_0800^1*s_1082^1 - (s_0180^1*s_0763_b^1*s_1087^1)/Keq_r_0585))/(((1 + s_0800/kms_s_0800r_0585)*(1 + s_1082/kms_s_1082r_0585) + (1 + s_0180/kmp_s_0180r_0585)*(1 + s_0763_b/kmp_s_0763_br_0585)*(1 + s_1087/kmp_s_1087r_0585)) - 1)))/intracellular;
end

function function_154(Keq_r_0586, Vmax_r_0586, intracellular, kmp_s_0919r_0586, kmp_s_1082r_0586, kms_s_0763_br_0586, kms_s_0886r_0586, kms_s_1087r_0586, s_0763_b, s_0886, s_0919, s_1082, s_1087)
  (Vmax_r_0586*(((1/kms_s_0763_br_0586)^1*(1/kms_s_0886r_0586)^1*(1/kms_s_1087r_0586)^1*(s_0763_b^1*s_0886^1*s_1087^1 - (s_0919^1*s_1082^1)/Keq_r_0586))/(((1 + s_0763_b/kms_s_0763_br_0586)*(1 + s_0886/kms_s_0886r_0586)*(1 + s_1087/kms_s_1087r_0586) + (1 + s_0919/kmp_s_0919r_0586)*(1 + s_1082/kmp_s_1082r_0586)) - 1)))/intracellular;
end

function function_155(Keq_r_0588, Vmax_r_0588, intracellular, kmp_s_0400r_0588, kmp_s_0763_br_0588, kmp_s_1122r_0588, kms_s_0446r_0588, kms_s_0919r_0588, s_0400, s_0446, s_0763_b, s_0919, s_1122)
  (Vmax_r_0588*(((1/kms_s_0446r_0588)^1*(1/kms_s_0919r_0588)^1*(s_0446^1*s_0919^1 - (s_0400^1*s_0763_b^1*s_1122^1)/Keq_r_0588))/(((1 + s_0446/kms_s_0446r_0588)*(1 + s_0919/kms_s_0919r_0588) + (1 + s_0400/kmp_s_0400r_0588)*(1 + s_0763_b/kmp_s_0763_br_0588)*(1 + s_1122/kmp_s_1122r_0588)) - 1)))/intracellular;
end

function function_156(Keq_r_0589, Vmax_r_0589, intracellular, kmp_s_0514r_0589, kmp_s_1117r_0589, kms_s_0380r_0589, kms_s_0919r_0589, s_0380, s_0514, s_0919, s_1117)
  (Vmax_r_0589*(((1/kms_s_0380r_0589)^1*(1/kms_s_0919r_0589)^1*(s_0380^1*s_0919^1 - (s_0514^1*s_1117^1)/Keq_r_0589))/(((1 + s_0380/kms_s_0380r_0589)*(1 + s_0919/kms_s_0919r_0589) + (1 + s_0514/kmp_s_0514r_0589)*(1 + s_1117/kmp_s_1117r_0589)) - 1)))/intracellular;
end

function function_157(Keq_r_0598, Vmax_r_0598, intracellular, kmp_s_0031r_0598, kmp_s_0514r_0598, kmp_s_1091r_0598, kms_s_0225r_0598, kms_s_0763_br_0598, kms_s_1096r_0598, s_0031, s_0225, s_0514, s_0763_b, s_1091, s_1096)
  (Vmax_r_0598*(((1/kms_s_0225r_0598)^1*(1/kms_s_0763_br_0598)^2*(1/kms_s_1096r_0598)^2*(s_0225^1*s_0763_b^2*s_1096^2 - (s_0031^1*s_0514^1*s_1091^2)/Keq_r_0598))/(((1 + s_0225/kms_s_0225r_0598)*(1 + s_0763_b/kms_s_0763_br_0598)*(1 + s_1096/kms_s_1096r_0598) + (1 + s_0031/kmp_s_0031r_0598)*(1 + s_0514/kmp_s_0514r_0598)*(1 + s_1091/kmp_s_1091r_0598)) - 1)))/intracellular;
end

function function_158(Keq_r_0599, Vmax_r_0599, intracellular, kmp_s_0225r_0599, kmp_s_0514r_0599, kmp_s_0763_br_0599, kms_s_0374r_0599, kms_s_0380r_0599, kms_s_1434_br_0599, s_0225, s_0374, s_0380, s_0514, s_0763_b, s_1434_b)
  (Vmax_r_0599*(((1/kms_s_0374r_0599)^1*(1/kms_s_0380r_0599)^1*(1/kms_s_1434_br_0599)^1*(s_0374^1*s_0380^1*s_1434_b^1 - (s_0225^1*s_0514^1*s_0763_b^1)/Keq_r_0599))/(((1 + s_0374/kms_s_0374r_0599)*(1 + s_0380/kms_s_0380r_0599)*(1 + s_1434_b/kms_s_1434_br_0599) + (1 + s_0225/kmp_s_0225r_0599)*(1 + s_0514/kmp_s_0514r_0599)*(1 + s_0763_b/kmp_s_0763_br_0599)) - 1)))/intracellular;
end

function function_159(Keq_r_0604, Vmax_r_0604, intracellular, kmp_s_0317r_0604, kmp_s_0532r_0604, kmp_s_0763_br_0604, kmp_s_0899r_0604, kms_s_0315r_0604, kms_s_0907r_0604, s_0315, s_0317, s_0532, s_0763_b, s_0899, s_0907)
  (Vmax_r_0604*(((1/kms_s_0315r_0604)^1*(1/kms_s_0907r_0604)^1*(s_0315^1*s_0907^1 - (s_0317^1*s_0532^1*s_0763_b^1*s_0899^1)/Keq_r_0604))/(((1 + s_0315/kms_s_0315r_0604)*(1 + s_0907/kms_s_0907r_0604) + (1 + s_0317/kmp_s_0317r_0604)*(1 + s_0532/kmp_s_0532r_0604)*(1 + s_0763_b/kmp_s_0763_br_0604)*(1 + s_0899/kmp_s_0899r_0604)) - 1)))/intracellular;
end

function function_160(Keq_r_0605, Vmax_r_0605, intracellular, kmp_s_0212r_0605, kmp_s_1434_br_0605, kms_s_0532r_0605, s_0212, s_0532, s_1434_b)
  (Vmax_r_0605*(((1/kms_s_0532r_0605)^1*(s_0532^1 - (s_0212^1*s_1434_b^1)/Keq_r_0605))/((1 + s_0532/kms_s_0532r_0605 + (1 + s_0212/kmp_s_0212r_0605)*(1 + s_1434_b/kmp_s_1434_br_0605)) - 1)))/intracellular;
end

function function_161(Keq_r_0606, Vmax_r_0606, intracellular, kmp_s_0816r_0606, kmp_s_1434_br_0606, kms_s_0325r_0606, s_0325, s_0816, s_1434_b)
  (Vmax_r_0606*(((1/kms_s_0325r_0606)^1*(s_0325^1 - (s_0816^1*s_1434_b^1)/Keq_r_0606))/((1 + s_0325/kms_s_0325r_0606 + (1 + s_0816/kmp_s_0816r_0606)*(1 + s_1434_b/kmp_s_1434_br_0606)) - 1)))/intracellular;
end

function function_162(Keq_r_0607, Vmax_r_0607, intracellular, kmp_s_0306r_0607, kmp_s_0763_br_0607, kmp_s_1087r_0607, kms_s_0816r_0607, kms_s_1082r_0607, kms_s_1434_br_0607, s_0306, s_0763_b, s_0816, s_1082, s_1087, s_1434_b)
  (Vmax_r_0607*(((1/kms_s_0816r_0607)^1*(1/kms_s_1082r_0607)^1*(1/kms_s_1434_br_0607)^1*(s_0816^1*s_1082^1*s_1434_b^1 - (s_0306^1*s_0763_b^1*s_1087^1)/Keq_r_0607))/(((1 + s_0816/kms_s_0816r_0607)*(1 + s_1082/kms_s_1082r_0607)*(1 + s_1434_b/kms_s_1434_br_0607) + (1 + s_0306/kmp_s_0306r_0607)*(1 + s_0763_b/kmp_s_0763_br_0607)*(1 + s_1087/kmp_s_1087r_0607)) - 1)))/intracellular;
end

function function_163(Keq_r_0608, Vmax_r_0608, intracellular, kmp_s_0088r_0608, kmp_s_0470r_0608, kmp_s_1434_br_0608, kms_s_0078r_0608, kms_s_0763_br_0608, s_0078, s_0088, s_0470, s_0763_b, s_1434_b)
  (Vmax_r_0608*(((1/kms_s_0078r_0608)^1*(1/kms_s_0763_br_0608)^1*(s_0078^1*s_0763_b^1 - (s_0088^1*s_0470^1*s_1434_b^1)/Keq_r_0608))/(((1 + s_0078/kms_s_0078r_0608)*(1 + s_0763_b/kms_s_0763_br_0608) + (1 + s_0088/kmp_s_0088r_0608)*(1 + s_0470/kmp_s_0470r_0608)*(1 + s_1434_b/kmp_s_1434_br_0608)) - 1)))/intracellular;
end

function function_164(Keq_r_0610, Vmax_r_0610, intracellular, kmp_s_0763_br_0610, kmp_s_1207r_0610, kms_s_0605r_0610, kms_s_1434_br_0610, s_0605, s_0763_b, s_1207, s_1434_b)
  (Vmax_r_0610*(((1/kms_s_0605r_0610)^1*(1/kms_s_1434_br_0610)^1*(s_0605^1*s_1434_b^1 - (s_0763_b^1*s_1207^2)/Keq_r_0610))/(((1 + s_0605/kms_s_0605r_0610)*(1 + s_1434_b/kms_s_1434_br_0610) + (1 + s_0763_b/kmp_s_0763_br_0610)*(1 + s_1207/kmp_s_1207r_0610)) - 1)))/intracellular;
end

function function_165(Keq_r_0618, Vmax_r_0618, intracellular, kmp_s_0824r_0618, kms_s_0128r_0618, kms_s_1013r_0618, s_0128, s_0824, s_1013)
  (Vmax_r_0618*(((1/kms_s_0128r_0618)^1*(1/kms_s_1013r_0618)^1*(s_0128^1*s_1013^1 - s_0824^1/Keq_r_0618))/(((1 + s_0128/kms_s_0128r_0618)*(1 + s_1013/kms_s_1013r_0618) + 1 + s_0824/kmp_s_0824r_0618) - 1)))/intracellular;
end

function function_166(Keq_r_0621, Vmax_r_0621, intracellular, kmp_s_0828r_0621, kms_s_0128r_0621, kms_s_1060r_0621, s_0128, s_0828, s_1060)
  (Vmax_r_0621*(((1/kms_s_0128r_0621)^1*(1/kms_s_1060r_0621)^1*(s_0128^1*s_1060^1 - s_0828^1/Keq_r_0621))/(((1 + s_0128/kms_s_0128r_0621)*(1 + s_1060/kms_s_1060r_0621) + 1 + s_0828/kmp_s_0828r_0621) - 1)))/intracellular;
end

function function_167(Keq_r_0630, Vmax_r_0630, intracellular, kmp_s_0185r_0630, kmp_s_0470r_0630, kmp_s_1096r_0630, kms_s_0847r_0630, kms_s_1091r_0630, s_0185, s_0470, s_0847, s_1091, s_1096)
  (Vmax_r_0630*(((1/kms_s_0847r_0630)^1*(1/kms_s_1091r_0630)^1*(s_0847^1*s_1091^1 - (s_0185^1*s_0470^1*s_1096^1)/Keq_r_0630))/(((1 + s_0847/kms_s_0847r_0630)*(1 + s_1091/kms_s_1091r_0630) + (1 + s_0185/kmp_s_0185r_0630)*(1 + s_0470/kmp_s_0470r_0630)*(1 + s_1096/kmp_s_1096r_0630)) - 1)))/intracellular;
end

function function_168(Keq_r_0633, Vmax_r_0633, intracellular, kmp_s_0749r_0633, kmp_s_1338r_0633, kms_s_0847r_0633, s_0749, s_0847, s_1338)
  (Vmax_r_0633*(((1/kms_s_0847r_0633)^1*(s_0847^1 - (s_0749^1*s_1338^1)/Keq_r_0633))/((1 + s_0847/kms_s_0847r_0633 + (1 + s_0749/kmp_s_0749r_0633)*(1 + s_1338/kmp_s_1338r_0633)) - 1)))/intracellular;
end

function function_169(Keq_r_0634, Vmax_r_0634, intracellular, kmp_s_0185r_0634, kmp_s_0920r_0634, kms_s_0058r_0634, kms_s_0899r_0634, s_0058, s_0185, s_0899, s_0920)
  (Vmax_r_0634*(((1/kms_s_0058r_0634)^1*(1/kms_s_0899r_0634)^1*(s_0058^1*s_0899^1 - (s_0185^1*s_0920^1)/Keq_r_0634))/(((1 + s_0058/kms_s_0058r_0634)*(1 + s_0899/kms_s_0899r_0634) + (1 + s_0185/kmp_s_0185r_0634)*(1 + s_0920/kmp_s_0920r_0634)) - 1)))/intracellular;
end

function function_214(Keq_r_0866, Vmax_r_0866, intracellular, kmp_s_0193r_0866, kms_s_0264r_0866, s_0193, s_0264)
  (Vmax_r_0866*(((1/kms_s_0264r_0866)^1*(s_0264^1 - s_0193^1/Keq_r_0866))/((1 + s_0264/kms_s_0264r_0866 + 1 + s_0193/kmp_s_0193r_0866) - 1)))/intracellular;
end

function function_215(Keq_r_0873, Vmax_r_0873, intracellular, kmp_s_1228r_0873, kmp_s_1290r_0873, kms_s_1225r_0873, kms_s_1293r_0873, s_1225, s_1228, s_1290, s_1293)
  (Vmax_r_0873*(((1/kms_s_1225r_0873)^1*(1/kms_s_1293r_0873)^1*(s_1225^1*s_1293^1 - (s_1228^1*s_1290^1)/Keq_r_0873))/(((1 + s_1225/kms_s_1225r_0873)*(1 + s_1293/kms_s_1293r_0873) + (1 + s_1228/kmp_s_1228r_0873)*(1 + s_1290/kmp_s_1290r_0873)) - 1)))/intracellular;
end

function function_216(Keq_r_0874, Vmax_r_0874, intracellular, kmp_s_0763_br_0874, kmp_s_1225r_0874, kmp_s_1290r_0874, kms_s_1226r_0874, kms_s_1293r_0874, s_0763_b, s_1225, s_1226, s_1290, s_1293)
  (Vmax_r_0874*(((1/kms_s_1226r_0874)^1*(1/kms_s_1293r_0874)^1*(s_1226^1*s_1293^1 - (s_0763_b^1*s_1225^1*s_1290^1)/Keq_r_0874))/(((1 + s_1226/kms_s_1226r_0874)*(1 + s_1293/kms_s_1293r_0874) + (1 + s_0763_b/kmp_s_0763_br_0874)*(1 + s_1225/kmp_s_1225r_0874)*(1 + s_1290/kmp_s_1290r_0874)) - 1)))/intracellular;
end

function function_217(Keq_r_0875, Vmax_r_0875, intracellular, kmp_s_0553r_0875, kms_s_0554r_0875, s_0553, s_0554)
  (Vmax_r_0875*(((1/kms_s_0554r_0875)^1*(s_0554^1 - s_0553^1/Keq_r_0875))/((1 + s_0554/kms_s_0554r_0875 + 1 + s_0553/kmp_s_0553r_0875) - 1)))/intracellular;
end

function function_218(Keq_r_0877, Vmax_r_0877, intracellular, kmp_s_0021r_0877, kmp_s_0400r_0877, kms_s_0022r_0877, kms_s_0446r_0877, s_0021, s_0022, s_0400, s_0446)
  (Vmax_r_0877*(((1/kms_s_0022r_0877)^1*(1/kms_s_0446r_0877)^1*(s_0022^1*s_0446^1 - (s_0021^1*s_0400^1)/Keq_r_0877))/(((1 + s_0022/kms_s_0022r_0877)*(1 + s_0446/kms_s_0446r_0877) + (1 + s_0021/kmp_s_0021r_0877)*(1 + s_0400/kmp_s_0400r_0877)) - 1)))/intracellular;
end

function function_219(Keq_r_0881, Vmax_r_0881, intracellular, kmp_s_0079r_0881, kms_s_0080r_0881, kms_s_1434_br_0881, s_0079, s_0080, s_1434_b)
  (Vmax_r_0881*(((1/kms_s_0080r_0881)^1*(1/kms_s_1434_br_0881)^1*(s_0080^1*s_1434_b^1 - s_0079^1/Keq_r_0881))/(((1 + s_0080/kms_s_0080r_0881)*(1 + s_1434_b/kms_s_1434_br_0881) + 1 + s_0079/kmp_s_0079r_0881) - 1)))/intracellular;
end

function function_220(Keq_r_0882, Vmax_r_0882, intracellular, kmp_s_0080r_0882, kmp_s_0605r_0882, kmp_s_0763_br_0882, kms_s_0334r_0882, kms_s_1434_br_0882, s_0080, s_0334, s_0605, s_0763_b, s_1434_b)
  (Vmax_r_0882*(((1/kms_s_0334r_0882)^1*(1/kms_s_1434_br_0882)^1*(s_0334^1*s_1434_b^1 - (s_0080^1*s_0605^1*s_0763_b^1)/Keq_r_0882))/(((1 + s_0334/kms_s_0334r_0882)*(1 + s_1434_b/kms_s_1434_br_0882) + (1 + s_0080/kmp_s_0080r_0882)*(1 + s_0605/kmp_s_0605r_0882)*(1 + s_0763_b/kmp_s_0763_br_0882)) - 1)))/intracellular;
end

function function_221(Keq_r_0883, Vmax_r_0883, intracellular, kmp_s_0318r_0883, kmp_s_0763_br_0883, kms_s_0316r_0883, kms_s_0470r_0883, s_0316, s_0318, s_0470, s_0763_b)
  (Vmax_r_0883*(((1/kms_s_0316r_0883)^1*(1/kms_s_0470r_0883)^1*(s_0316^1*s_0470^1 - (s_0318^1*s_0763_b^1)/Keq_r_0883))/(((1 + s_0316/kms_s_0316r_0883)*(1 + s_0470/kms_s_0470r_0883) + (1 + s_0318/kmp_s_0318r_0883)*(1 + s_0763_b/kmp_s_0763_br_0883)) - 1)))/intracellular;
end

function function_222(Keq_r_0884, Vmax_r_0884, intracellular, kmp_s_0316r_0884, kmp_s_0400r_0884, kmp_s_0763_br_0884, kmp_s_1207r_0884, kms_s_0158r_0884, kms_s_0446r_0884, s_0158, s_0316, s_0400, s_0446, s_0763_b, s_1207)
  (Vmax_r_0884*(((1/kms_s_0158r_0884)^1*(1/kms_s_0446r_0884)^1*(s_0158^1*s_0446^1 - (s_0316^1*s_0400^1*s_0763_b^2*s_1207^1)/Keq_r_0884))/(((1 + s_0158/kms_s_0158r_0884)*(1 + s_0446/kms_s_0446r_0884) + (1 + s_0316/kmp_s_0316r_0884)*(1 + s_0400/kmp_s_0400r_0884)*(1 + s_0763_b/kmp_s_0763_br_0884)*(1 + s_1207/kmp_s_1207r_0884)) - 1)))/intracellular;
end

function function_223(Keq_r_0885, Vmax_r_0885, intracellular, kmp_s_0309r_0885, kmp_s_0325r_0885, kms_s_0122r_0885, kms_s_0317r_0885, s_0122, s_0309, s_0317, s_0325)
  (Vmax_r_0885*(((1/kms_s_0122r_0885)^1*(1/kms_s_0317r_0885)^1*(s_0122^1*s_0317^1 - (s_0309^1*s_0325^1)/Keq_r_0885))/(((1 + s_0122/kms_s_0122r_0885)*(1 + s_0317/kms_s_0317r_0885) + (1 + s_0309/kmp_s_0309r_0885)*(1 + s_0325/kmp_s_0325r_0885)) - 1)))/intracellular;
end

function function_224(Keq_r_0886, Vmax_r_0886, intracellular, kmp_s_0009r_0886, kmp_s_0400r_0886, kmp_s_0763_br_0886, kmp_s_1207r_0886, kms_s_0318r_0886, kms_s_0446r_0886, kms_s_0881r_0886, s_0009, s_0318, s_0400, s_0446, s_0763_b, s_0881, s_1207)
  (Vmax_r_0886*(((1/kms_s_0318r_0886)^1*(1/kms_s_0446r_0886)^1*(1/kms_s_0881r_0886)^1*(s_0318^1*s_0446^1*s_0881^1 - (s_0009^1*s_0400^1*s_0763_b^1*s_1207^1)/Keq_r_0886))/(((1 + s_0318/kms_s_0318r_0886)*(1 + s_0446/kms_s_0446r_0886)*(1 + s_0881/kms_s_0881r_0886) + (1 + s_0009/kmp_s_0009r_0886)*(1 + s_0400/kmp_s_0400r_0886)*(1 + s_0763_b/kmp_s_0763_br_0886)*(1 + s_1207/kmp_s_1207r_0886)) - 1)))/intracellular;
end

function function_225(Keq_r_0887, Vmax_r_0887, intracellular, kmp_s_0078r_0887, kms_s_1066r_0887, s_0078, s_1066)
  (Vmax_r_0887*(((1/kms_s_1066r_0887)^1*(s_1066^1 - s_0078^1/Keq_r_0887))/((1 + s_1066/kms_s_1066r_0887 + 1 + s_0078/kmp_s_0078r_0887) - 1)))/intracellular;
end

function function_226(Keq_r_0888, Vmax_r_0888, intracellular, kmp_s_0158r_0888, kmp_s_0400r_0888, kmp_s_0763_br_0888, kmp_s_0899r_0888, kmp_s_1207r_0888, kms_s_0446r_0888, kms_s_0907r_0888, kms_s_1052r_0888, kms_s_1434_br_0888, s_0158, s_0400, s_0446, s_0763_b, s_0899, s_0907, s_1052, s_1207, s_1434_b)
  (Vmax_r_0888*(((1/kms_s_0446r_0888)^1*(1/kms_s_0907r_0888)^1*(1/kms_s_1052r_0888)^1*(1/kms_s_1434_br_0888)^1*(s_0446^1*s_0907^1*s_1052^1*s_1434_b^1 - (s_0158^1*s_0400^1*s_0763_b^1*s_0899^1*s_1207^1)/Keq_r_0888))/(((1 + s_0446/kms_s_0446r_0888)*(1 + s_0907/kms_s_0907r_0888)*(1 + s_1052/kms_s_1052r_0888)*(1 + s_1434_b/kms_s_1434_br_0888) + (1 + s_0158/kmp_s_0158r_0888)*(1 + s_0400/kmp_s_0400r_0888)*(1 + s_0763_b/kmp_s_0763_br_0888)*(1 + s_0899/kmp_s_0899r_0888)*(1 + s_1207/kmp_s_1207r_0888)) - 1)))/intracellular;
end

function function_227(Keq_r_0889, Vmax_r_0889, intracellular, kmp_s_0309r_0889, kmp_s_0763_br_0889, kmp_s_1052r_0889, kms_s_0122r_0889, kms_s_1048r_0889, s_0122, s_0309, s_0763_b, s_1048, s_1052)
  (Vmax_r_0889*(((1/kms_s_0122r_0889)^1*(1/kms_s_1048r_0889)^1*(s_0122^1*s_1048^1 - (s_0309^1*s_0763_b^1*s_1052^1)/Keq_r_0889))/(((1 + s_0122/kms_s_0122r_0889)*(1 + s_1048/kms_s_1048r_0889) + (1 + s_0309/kmp_s_0309r_0889)*(1 + s_0763_b/kmp_s_0763_br_0889)*(1 + s_1052/kmp_s_1052r_0889)) - 1)))/intracellular;
end

function function_228(Keq_r_0890, Vmax_r_0890, intracellular, kmp_s_0400r_0890, kmp_s_0763_br_0890, kmp_s_1048r_0890, kmp_s_1207r_0890, kms_s_0333r_0890, kms_s_0446r_0890, kms_s_0740r_0890, s_0333, s_0400, s_0446, s_0740, s_0763_b, s_1048, s_1207)
  (Vmax_r_0890*(((1/kms_s_0333r_0890)^1*(1/kms_s_0446r_0890)^1*(1/kms_s_0740r_0890)^1*(s_0333^1*s_0446^1*s_0740^1 - (s_0400^1*s_0763_b^1*s_1048^1*s_1207^1)/Keq_r_0890))/(((1 + s_0333/kms_s_0333r_0890)*(1 + s_0446/kms_s_0446r_0890)*(1 + s_0740/kms_s_0740r_0890) + (1 + s_0400/kmp_s_0400r_0890)*(1 + s_0763_b/kmp_s_0763_br_0890)*(1 + s_1048/kmp_s_1048r_0890)*(1 + s_1207/kmp_s_1207r_0890)) - 1)))/intracellular;
end

function function_229(Keq_r_0891, Vmax_r_0891, intracellular, kmp_s_0331r_0891, kmp_s_0434r_0891, kmp_s_0763_br_0891, kms_s_0427r_0891, kms_s_0446r_0891, s_0331, s_0427, s_0434, s_0446, s_0763_b)
  (Vmax_r_0891*(((1/kms_s_0427r_0891)^1*(1/kms_s_0446r_0891)^1*(s_0427^1*s_0446^1 - (s_0331^1*s_0434^1*s_0763_b^1)/Keq_r_0891))/(((1 + s_0427/kms_s_0427r_0891)*(1 + s_0446/kms_s_0446r_0891) + (1 + s_0331/kmp_s_0331r_0891)*(1 + s_0434/kmp_s_0434r_0891)*(1 + s_0763_b/kmp_s_0763_br_0891)) - 1)))/intracellular;
end

function function_230(Keq_r_0911, Vmax_r_0911, intracellular, kmp_s_0470r_0911, kmp_s_0859r_0911, kmp_s_1434_br_0911, kms_s_0763_br_0911, kms_s_1258r_0911, s_0470, s_0763_b, s_0859, s_1258, s_1434_b)
  (Vmax_r_0911*(((1/kms_s_0763_br_0911)^1*(1/kms_s_1258r_0911)^1*(s_0763_b^1*s_1258^1 - (s_0470^1*s_0859^1*s_1434_b^1)/Keq_r_0911))/(((1 + s_0763_b/kms_s_0763_br_0911)*(1 + s_1258/kms_s_1258r_0911) + (1 + s_0470/kmp_s_0470r_0911)*(1 + s_0859/kmp_s_0859r_0911)*(1 + s_1434_b/kmp_s_1434_br_0911)) - 1)))/intracellular;
end

function function_231(Keq_r_0913, Vmax_r_0913, intracellular, kmp_s_0209r_0913, kmp_s_0470r_0913, kmp_s_1096r_0913, kms_s_1091r_0913, kms_s_1258r_0913, s_0209, s_0470, s_1091, s_1096, s_1258)
  (Vmax_r_0913*(((1/kms_s_1091r_0913)^1*(1/kms_s_1258r_0913)^1*(s_1091^1*s_1258^1 - (s_0209^1*s_0470^1*s_1096^1)/Keq_r_0913))/(((1 + s_1091/kms_s_1091r_0913)*(1 + s_1258/kms_s_1258r_0913) + (1 + s_0209/kmp_s_0209r_0913)*(1 + s_0470/kmp_s_0470r_0913)*(1 + s_1096/kmp_s_1096r_0913)) - 1)))/intracellular;
end

function function_232(Keq_r_0934, Vmax_r_0934, intracellular, kmp_s_0320r_0934, kmp_s_1207r_0934, kms_s_0319r_0934, kms_s_1434_br_0934, s_0319, s_0320, s_1207, s_1434_b)
  (Vmax_r_0934*(((1/kms_s_0319r_0934)^1*(1/kms_s_1434_br_0934)^1*(s_0319^1*s_1434_b^1 - (s_0320^1*s_1207^1)/Keq_r_0934))/(((1 + s_0319/kms_s_0319r_0934)*(1 + s_1434_b/kms_s_1434_br_0934) + (1 + s_0320/kmp_s_0320r_0934)*(1 + s_1207/kmp_s_1207r_0934)) - 1)))/intracellular;
end

function function_233(Keq_r_0936, Vmax_r_0936, intracellular, kmp_s_0939r_0936, kmp_s_1091r_0936, kms_s_0120r_0936, kms_s_0763_br_0936, kms_s_1096r_0936, s_0120, s_0763_b, s_0939, s_1091, s_1096)
  (Vmax_r_0936*(((1/kms_s_0120r_0936)^1*(1/kms_s_0763_br_0936)^2*(1/kms_s_1096r_0936)^1*(s_0120^1*s_0763_b^2*s_1096^1 - (s_0939^1*s_1091^1)/Keq_r_0936))/(((1 + s_0120/kms_s_0120r_0936)*(1 + s_0763_b/kms_s_0763_br_0936)*(1 + s_1096/kms_s_1096r_0936) + (1 + s_0939/kmp_s_0939r_0936)*(1 + s_1091/kmp_s_1091r_0936)) - 1)))/intracellular;
end

function function_234(Keq_r_0937, Vmax_r_0937, intracellular, kmp_s_0400r_0937, kmp_s_0763_br_0937, kmp_s_1156r_0937, kmp_s_1207r_0937, kms_s_0446r_0937, kms_s_0458r_0937, kms_s_1277r_0937, s_0400, s_0446, s_0458, s_0763_b, s_1156, s_1207, s_1277)
  (Vmax_r_0937*(((1/kms_s_0446r_0937)^1*(1/kms_s_0458r_0937)^1*(1/kms_s_1277r_0937)^1*(s_0446^1*s_0458^1*s_1277^1 - (s_0400^1*s_0763_b^1*s_1156^1*s_1207^1)/Keq_r_0937))/(((1 + s_0446/kms_s_0446r_0937)*(1 + s_0458/kms_s_0458r_0937)*(1 + s_1277/kms_s_1277r_0937) + (1 + s_0400/kmp_s_0400r_0937)*(1 + s_0763_b/kmp_s_0763_br_0937)*(1 + s_1156/kmp_s_1156r_0937)*(1 + s_1207/kmp_s_1207r_0937)) - 1)))/intracellular;
end

function function_254(Keq_r_0995, Vmax_r_0995, intracellular, kmp_s_0641r_0995, kmp_s_1434_br_0995, kms_s_0635r_0995, kms_s_0663r_0995, s_0635, s_0641, s_0663, s_1434_b)
  (Vmax_r_0995*(((1/kms_s_0635r_0995)^1*(1/kms_s_0663r_0995)^1*(s_0635^1*s_0663^1 - (s_0641^1*s_1434_b^1)/Keq_r_0995))/(((1 + s_0635/kms_s_0635r_0995)*(1 + s_0663/kms_s_0663r_0995) + (1 + s_0641/kmp_s_0641r_0995)*(1 + s_1434_b/kmp_s_1434_br_0995)) - 1)))/intracellular;
end

function function_255(Keq_r_1003, Vmax_r_1003, intracellular, kmp_s_0400r_1003, kmp_s_1207r_1003, kmp_s_1342r_1003, kms_s_0446r_1003, kms_s_0514r_1003, kms_s_1338r_1003, s_0400, s_0446, s_0514, s_1207, s_1338, s_1342)
  (Vmax_r_1003*(((1/kms_s_0446r_1003)^1*(1/kms_s_0514r_1003)^1*(1/kms_s_1338r_1003)^1*(s_0446^1*s_0514^1*s_1338^1 - (s_0400^1*s_1207^1*s_1342^1)/Keq_r_1003))/(((1 + s_0446/kms_s_0446r_1003)*(1 + s_0514/kms_s_0514r_1003)*(1 + s_1338/kms_s_1338r_1003) + (1 + s_0400/kmp_s_0400r_1003)*(1 + s_1207/kmp_s_1207r_1003)*(1 + s_1342/kmp_s_1342r_1003)) - 1)))/intracellular;
end

function function_256(Keq_r_1007, Vmax_r_1007, intracellular, kmp_s_0304r_1007, kmp_s_1207r_1007, kms_s_0400r_1007, kms_s_0763_br_1007, kms_s_1347r_1007, s_0304, s_0400, s_0763_b, s_1207, s_1347)
  (Vmax_r_1007*(((1/kms_s_0400r_1007)^1*(1/kms_s_0763_br_1007)^1*(1/kms_s_1347r_1007)^1*(s_0400^1*s_0763_b^1*s_1347^1 - (s_0304^1*s_1207^1)/Keq_r_1007))/(((1 + s_0400/kms_s_0400r_1007)*(1 + s_0763_b/kms_s_0763_br_1007)*(1 + s_1347/kms_s_1347r_1007) + (1 + s_0304/kmp_s_0304r_1007)*(1 + s_1207/kmp_s_1207r_1007)) - 1)))/intracellular;
end

function function_257(Keq_r_1008, Vmax_r_1008, intracellular, kmp_s_0805r_1008, kmp_s_1091r_1008, kmp_s_1434_br_1008, kms_s_0763_br_1008, kms_s_1096r_1008, kms_s_1349r_1008, s_0763_b, s_0805, s_1091, s_1096, s_1349, s_1434_b)
  (Vmax_r_1008*(((1/kms_s_0763_br_1008)^5*(1/kms_s_1096r_1008)^3*(1/kms_s_1349r_1008)^1*(s_0763_b^5*s_1096^3*s_1349^1 - (s_0805^1*s_1091^3*s_1434_b^3)/Keq_r_1008))/(((1 + s_0763_b/kms_s_0763_br_1008)*(1 + s_1096/kms_s_1096r_1008)*(1 + s_1349/kms_s_1349r_1008) + (1 + s_0805/kmp_s_0805r_1008)*(1 + s_1091/kmp_s_1091r_1008)*(1 + s_1434_b/kmp_s_1434_br_1008)) - 1)))/intracellular;
end

function function_258(Keq_r_1024, Vmax_r_1024, intracellular, kmp_s_1091r_1024, kmp_s_1521r_1024, kms_s_0763_br_1024, kms_s_1096r_1024, kms_s_1517r_1024, s_0763_b, s_1091, s_1096, s_1517, s_1521)
  (Vmax_r_1024*(((1/kms_s_0763_br_1024)^1*(1/kms_s_1096r_1024)^1*(1/kms_s_1517r_1024)^1*(s_0763_b^1*s_1096^1*s_1517^1 - (s_1091^1*s_1521^1)/Keq_r_1024))/(((1 + s_0763_b/kms_s_0763_br_1024)*(1 + s_1096/kms_s_1096r_1024)*(1 + s_1517/kms_s_1517r_1024) + (1 + s_1091/kmp_s_1091r_1024)*(1 + s_1521/kmp_s_1521r_1024)) - 1)))/intracellular;
end

function function_259(Keq_r_1026, Vmax_r_1026, intracellular, kmp_s_0366r_1026, kmp_s_0740r_1026, kms_s_0949r_1026, s_0366, s_0740, s_0949)
  (Vmax_r_1026*(((1/kms_s_0949r_1026)^1*(s_0949^1 - (s_0366^1*s_0740^1)/Keq_r_1026))/((1 + s_0949/kms_s_0949r_1026 + (1 + s_0366/kmp_s_0366r_1026)*(1 + s_0740/kmp_s_0740r_1026)) - 1)))/intracellular;
end

function function_260(Keq_r_1027, Vmax_r_1027, intracellular, kmp_s_0949r_1027, kmp_s_1207r_1027, kms_s_1122r_1027, kms_s_1434_br_1027, s_0949, s_1122, s_1207, s_1434_b)
  (Vmax_r_1027*(((1/kms_s_1122r_1027)^1*(1/kms_s_1434_br_1027)^1*(s_1122^1*s_1434_b^1 - (s_0949^1*s_1207^1)/Keq_r_1027))/(((1 + s_1122/kms_s_1122r_1027)*(1 + s_1434_b/kms_s_1434_br_1027) + (1 + s_0949/kmp_s_0949r_1027)*(1 + s_1207/kmp_s_1207r_1027)) - 1)))/intracellular;
end

function function_261(Keq_r_1032, Vmax_r_1032, intracellular, kmp_s_0601r_1032, kmp_s_0619r_1032, kms_s_0307r_1032, kms_s_0624r_1032, s_0307, s_0601, s_0619, s_0624)
  (Vmax_r_1032*(((1/kms_s_0307r_1032)^1*(1/kms_s_0624r_1032)^1*(s_0307^1*s_0624^1 - (s_0601^1*s_0619^1)/Keq_r_1032))/(((1 + s_0307/kms_s_0307r_1032)*(1 + s_0624/kms_s_0624r_1032) + (1 + s_0601/kmp_s_0601r_1032)*(1 + s_0619/kmp_s_0619r_1032)) - 1)))/intracellular;
end

function function_262(Keq_r_1035, Vmax_r_1035, intracellular, kmp_s_0731r_1035, kmp_s_1304r_1035, kms_s_0533r_1035, kms_s_0539r_1035, s_0533, s_0539, s_0731, s_1304)
  (Vmax_r_1035*(((1/kms_s_0533r_1035)^1*(1/kms_s_0539r_1035)^1*(s_0533^1*s_0539^1 - (s_0731^1*s_1304^1)/Keq_r_1035))/(((1 + s_0533/kms_s_0533r_1035)*(1 + s_0539/kms_s_0539r_1035) + (1 + s_0731/kmp_s_0731r_1035)*(1 + s_1304/kmp_s_1304r_1035)) - 1)))/intracellular;
end

function function_263(Keq_r_1036, Vmax_r_1036, intracellular, kmp_s_0427r_1036, kmp_s_0561r_1036, kms_s_0731r_1036, kms_s_1304r_1036, s_0427, s_0561, s_0731, s_1304)
  (Vmax_r_1036*(((1/kms_s_0731r_1036)^1*(1/kms_s_1304r_1036)^1*(s_0731^1*s_1304^1 - (s_0427^1*s_0561^1)/Keq_r_1036))/(((1 + s_0731/kms_s_0731r_1036)*(1 + s_1304/kms_s_1304r_1036) + (1 + s_0427/kmp_s_0427r_1036)*(1 + s_0561/kmp_s_0561r_1036)) - 1)))/intracellular;
end

function function_264(Keq_r_1037, Vmax_r_1037, intracellular, kmp_s_0533r_1037, kmp_s_0561r_1037, kms_s_0539r_1037, kms_s_0731r_1037, s_0533, s_0539, s_0561, s_0731)
  (Vmax_r_1037*(((1/kms_s_0539r_1037)^1*(1/kms_s_0731r_1037)^1*(s_0539^1*s_0731^1 - (s_0533^1*s_0561^1)/Keq_r_1037))/(((1 + s_0539/kms_s_0539r_1037)*(1 + s_0731/kms_s_0731r_1037) + (1 + s_0533/kmp_s_0533r_1037)*(1 + s_0561/kmp_s_0561r_1037)) - 1)))/intracellular;
end

function function_265(Keq_r_1038, Vmax_r_1038, intracellular, kmp_s_0416r_1038, kmp_s_1207r_1038, kms_s_0419r_1038, kms_s_1434_br_1038, s_0416, s_0419, s_1207, s_1434_b)
  (Vmax_r_1038*(((1/kms_s_0419r_1038)^1*(1/kms_s_1434_br_1038)^1*(s_0419^1*s_1434_b^1 - (s_0416^1*s_1207^1)/Keq_r_1038))/(((1 + s_0419/kms_s_0419r_1038)*(1 + s_1434_b/kms_s_1434_br_1038) + (1 + s_0416/kmp_s_0416r_1038)*(1 + s_1207/kmp_s_1207r_1038)) - 1)))/intracellular;
end

function function_270(Keq_r_1059, Vmax_r_1059, intracellular, kmp_s_0400r_1059, kmp_s_1411r_1059, kms_s_0446r_1059, kms_s_1417r_1059, s_0400, s_0446, s_1411, s_1417)
  (Vmax_r_1059*(((1/kms_s_0446r_1059)^1*(1/kms_s_1417r_1059)^1*(s_0446^1*s_1417^1 - (s_0400^1*s_1411^1)/Keq_r_1059))/(((1 + s_0446/kms_s_0446r_1059)*(1 + s_1417/kms_s_1417r_1059) + (1 + s_0400/kmp_s_0400r_1059)*(1 + s_1411/kmp_s_1411r_1059)) - 1)))/intracellular;
end

function function_271(Keq_r_1066, Vmax_r_1066, intracellular, kmp_s_0446r_1066, kmp_s_0624r_1066, kms_s_0400r_1066, kms_s_0622r_1066, s_0400, s_0446, s_0622, s_0624)
  (Vmax_r_1066*(((1/kms_s_0400r_1066)^1*(1/kms_s_0622r_1066)^1*(s_0400^1*s_0622^1 - (s_0446^1*s_0624^1)/Keq_r_1066))/(((1 + s_0400/kms_s_0400r_1066)*(1 + s_0622/kms_s_0622r_1066) + (1 + s_0446/kmp_s_0446r_1066)*(1 + s_0624/kmp_s_0624r_1066)) - 1)))/intracellular;
end

function function_272(Keq_r_1072, Vmax_r_1072, intracellular, kmp_s_0605r_1072, kmp_s_1415r_1072, kms_s_0549r_1072, kms_s_0763_br_1072, kms_s_1430r_1072, s_0549, s_0605, s_0763_b, s_1415, s_1430)
  (Vmax_r_1072*(((1/kms_s_0549r_1072)^1*(1/kms_s_0763_br_1072)^1*(1/kms_s_1430r_1072)^1*(s_0549^1*s_0763_b^1*s_1430^1 - (s_0605^1*s_1415^1)/Keq_r_1072))/(((1 + s_0549/kms_s_0549r_1072)*(1 + s_0763_b/kms_s_0763_br_1072)*(1 + s_1430/kms_s_1430r_1072) + (1 + s_0605/kmp_s_0605r_1072)*(1 + s_1415/kmp_s_1415r_1072)) - 1)))/intracellular;
end

function function_273(Keq_r_1073, Vmax_r_1073, intracellular, kmp_s_0185r_1073, kmp_s_0960r_1073, kms_s_0238r_1073, kms_s_0899r_1073, s_0185, s_0238, s_0899, s_0960)
  (Vmax_r_1073*(((1/kms_s_0238r_1073)^1*(1/kms_s_0899r_1073)^1*(s_0238^1*s_0899^1 - (s_0185^1*s_0960^1)/Keq_r_1073))/(((1 + s_0238/kms_s_0238r_1073)*(1 + s_0899/kms_s_0899r_1073) + (1 + s_0185/kmp_s_0185r_1073)*(1 + s_0960/kmp_s_0960r_1073)) - 1)))/intracellular;
end

function function_274(Keq_r_1157, Vmax_r_1157, kmp_s_0430r_1157, kms_s_0431_br_1157, s_0430, s_0431_b)
  Vmax_r_1157*(((1/kms_s_0431_br_1157)^1*(s_0431_b^1 - s_0430^1/Keq_r_1157))/((1 + s_0431_b/kms_s_0431_br_1157 + 1 + s_0430/kmp_s_0430r_1157) - 1));
end

function function_275(Keq_r_1194, Vmax_r_1194, kmp_s_0472_br_1194, kms_s_0470r_1194, s_0470, s_0472_b)
  Vmax_r_1194*(((1/kms_s_0470r_1194)^1*(s_0470^1 - s_0472_b^1/Keq_r_1194))/((1 + s_0470/kms_s_0470r_1194 + 1 + s_0472_b/kmp_s_0472_br_1194) - 1));
end

function function_276(Keq_r_1247, Vmax_r_1247, kmp_s_0651_br_1247, kms_s_0650r_1247, s_0650, s_0651_b)
  Vmax_r_1247*(((1/kms_s_0650r_1247)^1*(s_0650^1 - s_0651_b^1/Keq_r_1247))/((1 + s_0650/kms_s_0650r_1247 + 1 + s_0651_b/kmp_s_0651_br_1247) - 1));
end

function function_277(Keq_r_1293, Vmax_r_1293, kmp_s_0545r_1293, kms_s_0547_br_1293, s_0545, s_0547_b)
  Vmax_r_1293*(((1/kms_s_0547_br_1293)^1*(s_0547_b^1 - s_0545^1/Keq_r_1293))/((1 + s_0547_b/kms_s_0547_br_1293 + 1 + s_0545/kmp_s_0545r_1293) - 1));
end

function function_278(Keq_r_1435, Vmax_r_1435, kmp_s_1160r_1435, kms_s_1162_br_1435, s_1160, s_1162_b)
  Vmax_r_1435*(((1/kms_s_1162_br_1435)^1*(s_1162_b^1 - s_1160^1/Keq_r_1435))/((1 + s_1162_b/kms_s_1162_br_1435 + 1 + s_1160/kmp_s_1160r_1435) - 1));
end

function function_279(Keq_r_1461, Vmax_r_1461, kmp_s_0763_br_1461, kmp_s_1207r_1461, kms_s_0766_br_1461, kms_s_1209_br_1461, s_0763_b, s_0766_b, s_1207, s_1209_b)
  Vmax_r_1461*(((1/kms_s_0766_br_1461)^1*(1/kms_s_1209_br_1461)^1*(s_0766_b^1*s_1209_b^1 - (s_0763_b^1*s_1207^1)/Keq_r_1461))/(((1 + s_0766_b/kms_s_0766_br_1461)*(1 + s_1209_b/kms_s_1209_br_1461) + (1 + s_0763_b/kmp_s_0763_br_1461)*(1 + s_1207/kmp_s_1207r_1461)) - 1));
end

function function_280(Keq_r_1503, Vmax_r_1503, kmp_s_0766_br_1503, kmp_s_1339_br_1503, kms_s_0763_br_1503, kms_s_1338r_1503, s_0763_b, s_0766_b, s_1338, s_1339_b)
  Vmax_r_1503*(((1/kms_s_0763_br_1503)^1*(1/kms_s_1338r_1503)^1*(s_0763_b^1*s_1338^1 - (s_0766_b^1*s_1339_b^1)/Keq_r_1503))/(((1 + s_0763_b/kms_s_0763_br_1503)*(1 + s_1338/kms_s_1338r_1503) + (1 + s_0766_b/kmp_s_0766_br_1503)*(1 + s_1339_b/kmp_s_1339_br_1503)) - 1));
end

function function_281(Keq_r_1507, Vmax_r_1507, kmp_s_1347r_1507, kms_s_1348_br_1507, s_1347, s_1348_b)
  Vmax_r_1507*(((1/kms_s_1348_br_1507)^1*(s_1348_b^1 - s_1347^1/Keq_r_1507))/((1 + s_1348_b/kms_s_1348_br_1507 + 1 + s_1347/kmp_s_1347r_1507) - 1));
end

function function_282(Keq_r_1672, Vmax_r_1672, intracellular, kmp_s_0386r_1672, kms_s_1342r_1672, s_0386, s_1342)
  (Vmax_r_1672*(((1/kms_s_1342r_1672)^1*(s_1342^1 - s_0386^1/Keq_r_1672))/((1 + s_1342/kms_s_1342r_1672 + 1 + s_0386/kmp_s_0386r_1672) - 1)))/intracellular;
end

function function_283(V_o, a_s_0001r_1812, a_s_0416r_1812, a_s_0434r_1812, a_s_0446r_1812, a_s_0511r_1812, a_s_0564r_1812, a_s_0569r_1812, a_s_0593r_1812, a_s_0619r_1812, a_s_0740r_1812, a_s_0743r_1812, a_s_0752r_1812, a_s_0863r_1812, a_s_0873r_1812, a_s_0877r_1812, a_s_0881r_1812, a_s_0889r_1812, a_s_0899r_1812, a_s_0907r_1812, a_s_0911r_1812, a_s_0920r_1812, a_s_0925r_1812, a_s_0929r_1812, a_s_0933r_1812, a_s_0936r_1812, a_s_0939r_1812, a_s_0943r_1812, a_s_0949r_1812, a_s_0952r_1812, a_s_0955r_1812, a_s_0960r_1812, a_s_1000r_1812, a_s_1011r_1812, a_s_1283r_1812, a_s_1347r_1812, a_s_1417r_1812, intracellular, s_0001, s_0001_or_1812, s_0416, s_0416_or_1812, s_0434, s_0434_or_1812, s_0446, s_0446_or_1812, s_0511, s_0511_or_1812, s_0564, s_0564_or_1812, s_0569, s_0569_or_1812, s_0593, s_0593_or_1812, s_0619, s_0619_or_1812, s_0740, s_0740_or_1812, s_0743, s_0743_or_1812, s_0752, s_0752_or_1812, s_0863, s_0863_or_1812, s_0873, s_0873_or_1812, s_0877, s_0877_or_1812, s_0881, s_0881_or_1812, s_0889, s_0889_or_1812, s_0899, s_0899_or_1812, s_0907, s_0907_or_1812, s_0911, s_0911_or_1812, s_0920, s_0920_or_1812, s_0925, s_0925_or_1812, s_0929, s_0929_or_1812, s_0933, s_0933_or_1812, s_0936, s_0936_or_1812, s_0939, s_0939_or_1812, s_0943, s_0943_or_1812, s_0949, s_0949_or_1812, s_0952, s_0952_or_1812, s_0955, s_0955_or_1812, s_0960, s_0960_or_1812, s_1000, s_1000_or_1812, s_1011, s_1011_or_1812, s_1283, s_1283_or_1812, s_1347, s_1347_or_1812, s_1417, s_1417_or_1812, zero_flux)
  MAX(V_o*(1 + a_s_0001r_1812*ln(s_0001/s_0001_or_1812) + a_s_0416r_1812*ln(s_0416/s_0416_or_1812) + a_s_0434r_1812*ln(s_0434/s_0434_or_1812) + a_s_0446r_1812*ln(s_0446/s_0446_or_1812) + a_s_0511r_1812*ln(s_0511/s_0511_or_1812) + a_s_0564r_1812*ln(s_0564/s_0564_or_1812) + a_s_0569r_1812*ln(s_0569/s_0569_or_1812) + a_s_0593r_1812*ln(s_0593/s_0593_or_1812) + a_s_0619r_1812*ln(s_0619/s_0619_or_1812) + a_s_0740r_1812*ln(s_0740/s_0740_or_1812) + a_s_0743r_1812*ln(s_0743/s_0743_or_1812) + a_s_0752r_1812*ln(s_0752/s_0752_or_1812) + a_s_0863r_1812*ln(s_0863/s_0863_or_1812) + a_s_0873r_1812*ln(s_0873/s_0873_or_1812) + a_s_0877r_1812*ln(s_0877/s_0877_or_1812) + a_s_0881r_1812*ln(s_0881/s_0881_or_1812) + a_s_0889r_1812*ln(s_0889/s_0889_or_1812) + a_s_0899r_1812*ln(s_0899/s_0899_or_1812) + a_s_0907r_1812*ln(s_0907/s_0907_or_1812) + a_s_0911r_1812*ln(s_0911/s_0911_or_1812) + a_s_0920r_1812*ln(s_0920/s_0920_or_1812) + a_s_0925r_1812*ln(s_0925/s_0925_or_1812) + a_s_0929r_1812*ln(s_0929/s_0929_or_1812) + a_s_0933r_1812*ln(s_0933/s_0933_or_1812) + a_s_0936r_1812*ln(s_0936/s_0936_or_1812) + a_s_0939r_1812*ln(s_0939/s_0939_or_1812) + a_s_0943r_1812*ln(s_0943/s_0943_or_1812) + a_s_0949r_1812*ln(s_0949/s_0949_or_1812) + a_s_0952r_1812*ln(s_0952/s_0952_or_1812) + a_s_0955r_1812*ln(s_0955/s_0955_or_1812) + a_s_0960r_1812*ln(s_0960/s_0960_or_1812) + a_s_1000r_1812*ln(s_1000/s_1000_or_1812) + a_s_1011r_1812*ln(s_1011/s_1011_or_1812) + a_s_1347r_1812*ln(s_1347/s_1347_or_1812) + a_s_1417r_1812*ln(s_1417/s_1417_or_1812) + a_s_1283r_1812*ln(s_1283/s_1283_or_1812)), zero_flux)/intracellular;
end

function function_284(V_o, a_s_0463r_1814, s_0463, s_0463_or_1814, zero_flux)
  MAX(V_o*(1 + a_s_0463r_1814*ln(s_0463/s_0463_or_1814)), zero_flux);
end

function function_285(V_o, a_s_0090r_1816, a_s_0124r_1816, a_s_0627r_1816, a_s_0632r_1816, a_s_0635r_1816, a_s_0641r_1816, a_s_0663r_1816, a_s_0669r_1816, a_s_0824r_1816, a_s_0963r_1816, a_s_1219r_1816, a_s_1228r_1816, a_s_1233r_1816, a_s_1399r_1816, a_s_1447r_1816, intracellular, s_0090, s_0090_or_1816, s_0124, s_0124_or_1816, s_0627, s_0627_or_1816, s_0632, s_0632_or_1816, s_0635, s_0635_or_1816, s_0641, s_0641_or_1816, s_0663, s_0663_or_1816, s_0669, s_0669_or_1816, s_0824, s_0824_or_1816, s_0963, s_0963_or_1816, s_1219, s_1219_or_1816, s_1228, s_1228_or_1816, s_1233, s_1233_or_1816, s_1399, s_1399_or_1816, s_1447, s_1447_or_1816, zero_flux)
  MAX(V_o*(1 + a_s_0090r_1816*ln(s_0090/s_0090_or_1816) + a_s_0124r_1816*ln(s_0124/s_0124_or_1816) + a_s_0627r_1816*ln(s_0627/s_0627_or_1816) + a_s_0632r_1816*ln(s_0632/s_0632_or_1816) + a_s_0635r_1816*ln(s_0635/s_0635_or_1816) + a_s_0641r_1816*ln(s_0641/s_0641_or_1816) + a_s_0663r_1816*ln(s_0663/s_0663_or_1816) + a_s_0669r_1816*ln(s_0669/s_0669_or_1816) + a_s_0824r_1816*ln(s_0824/s_0824_or_1816) + a_s_0963r_1816*ln(s_0963/s_0963_or_1816) + a_s_1219r_1816*ln(s_1219/s_1219_or_1816) + a_s_1228r_1816*ln(s_1228/s_1228_or_1816) + a_s_1233r_1816*ln(s_1233/s_1233_or_1816) + a_s_1399r_1816*ln(s_1399/s_1399_or_1816) + a_s_1447r_1816*ln(s_1447/s_1447_or_1816)), zero_flux)/intracellular;
end

function function_253(Keq_r_0993, Vmax_r_0993, intracellular, kmp_s_0605r_0993, kmp_s_1091r_0993, kmp_s_1327r_0993, kms_s_0195r_0993, kms_s_0763_br_0993, kms_s_1096r_0993, s_0195, s_0605, s_0763_b, s_1091, s_1096, s_1327)
  (Vmax_r_0993*(((1/kms_s_0195r_0993)^2*(1/kms_s_0763_br_0993)^1*(1/kms_s_1096r_0993)^1*(s_0195^2*s_0763_b^1*s_1096^1 - (s_0605^2*s_1091^1*s_1327^1)/Keq_r_0993))/(((1 + s_0195/kms_s_0195r_0993)*(1 + s_0763_b/kms_s_0763_br_0993)*(1 + s_1096/kms_s_1096r_0993) + (1 + s_0605/kmp_s_0605r_0993)*(1 + s_1091/kmp_s_1091r_0993)*(1 + s_1327/kmp_s_1327r_0993)) - 1)))/intracellular;
end

function function_266(Keq_r_1040, Vmax_r_1040, intracellular, kmp_s_0596r_1040, kmp_s_0663r_1040, kms_s_1399r_1040, kms_s_1434_br_1040, s_0596, s_0663, s_1399, s_1434_b)
  (Vmax_r_1040*(((1/kms_s_1399r_1040)^1*(1/kms_s_1434_br_1040)^1*(s_1399^1*s_1434_b^1 - (s_0596^1*s_0663^1)/Keq_r_1040))/(((1 + s_1399/kms_s_1399r_1040)*(1 + s_1434_b/kms_s_1434_br_1040) + (1 + s_0596/kmp_s_0596r_1040)*(1 + s_0663/kmp_s_0663r_1040)) - 1)))/intracellular;
end

function function_267(Keq_r_1041, Vmax_r_1041, intracellular, kmp_s_0731r_1041, kms_s_0735r_1041, s_0731, s_0735)
  (Vmax_r_1041*(((1/kms_s_0735r_1041)^1*(s_0735^1 - s_0731^1/Keq_r_1041))/((1 + s_0735/kms_s_0735r_1041 + 1 + s_0731/kmp_s_0731r_1041) - 1)))/intracellular;
end

function function_268(Keq_r_1042, Vmax_r_1042, intracellular, kmp_s_0731r_1042, kmp_s_0952r_1042, kmp_s_1434_br_1042, kms_s_0088r_1042, kms_s_0943r_1042, s_0088, s_0731, s_0943, s_0952, s_1434_b)
  (Vmax_r_1042*(((1/kms_s_0088r_1042)^1*(1/kms_s_0943r_1042)^1*(s_0088^1*s_0943^1 - (s_0731^1*s_0952^1*s_1434_b^1)/Keq_r_1042))/(((1 + s_0088/kms_s_0088r_1042)*(1 + s_0943/kms_s_0943r_1042) + (1 + s_0731/kmp_s_0731r_1042)*(1 + s_0952/kmp_s_0952r_1042)*(1 + s_1434_b/kmp_s_1434_br_1042)) - 1)))/intracellular;
end

function function_269(Keq_r_1050, Vmax_r_1050, intracellular, kmp_s_0185r_1050, kmp_s_0955r_1050, kms_s_0209r_1050, kms_s_0899r_1050, s_0185, s_0209, s_0899, s_0955)
  (Vmax_r_1050*(((1/kms_s_0209r_1050)^1*(1/kms_s_0899r_1050)^1*(s_0209^1*s_0899^1 - (s_0185^1*s_0955^1)/Keq_r_1050))/(((1 + s_0209/kms_s_0209r_1050)*(1 + s_0899/kms_s_0899r_1050) + (1 + s_0185/kmp_s_0185r_1050)*(1 + s_0955/kmp_s_0955r_1050)) - 1)))/intracellular;
end


model *MODEL1204270000()

  // Compartments and Species:
  compartment intracellular, extracellular;
  species s_0001 in intracellular, s_0007 in intracellular, s_0008 in intracellular;
  species s_0009 in intracellular, s_0010 in intracellular, s_0015 in intracellular;
  species s_0017 in intracellular, s_0018 in intracellular, s_0021 in intracellular;
  species s_0022 in intracellular, s_0031 in intracellular, s_0040 in intracellular;
  species s_0042 in intracellular, s_0046 in intracellular, s_0052 in intracellular;
  species s_0055 in intracellular, s_0058 in intracellular, s_0064 in intracellular;
  species s_0069 in intracellular, s_0078 in intracellular, s_0079 in intracellular;
  species s_0080 in intracellular, s_0083 in intracellular, s_0088 in intracellular;
  species s_0090 in intracellular, s_0118 in intracellular, s_0120 in intracellular;
  species s_0122 in intracellular, s_0124 in intracellular, s_0128 in intracellular;
  species s_0145 in intracellular, s_0146 in intracellular, s_0149 in intracellular;
  species s_0150 in intracellular, s_0158 in intracellular, s_0163 in intracellular;
  species s_0167 in intracellular, s_0170 in intracellular, s_0180 in intracellular;
  species s_0181 in intracellular, s_0183 in intracellular, s_0185 in intracellular;
  species s_0193 in intracellular, s_0195 in intracellular, s_0206 in intracellular;
  species s_0209 in intracellular, s_0212 in intracellular, s_0215 in intracellular;
  species s_0216 in intracellular, s_0217 in intracellular, s_0218 in intracellular;
  species s_0225 in intracellular, s_0234 in intracellular, s_0238 in intracellular;
  species s_0247 in intracellular, s_0254 in intracellular, s_0257 in intracellular;
  species s_0261 in intracellular, s_0264 in intracellular, s_0265 in intracellular;
  species s_0267 in intracellular, s_0268 in intracellular, s_0297 in intracellular;
  species s_0301 in intracellular, s_0302 in intracellular, s_0303 in intracellular;
  species s_0304 in intracellular, s_0306 in intracellular, s_0307 in intracellular;
  species s_0309 in intracellular, s_0315 in intracellular, s_0316 in intracellular;
  species s_0317 in intracellular, s_0318 in intracellular, s_0319 in intracellular;
  species s_0320 in intracellular, s_0325 in intracellular, s_0328 in intracellular;
  species s_0330 in intracellular, s_0331 in intracellular, s_0333 in intracellular;
  species s_0334 in intracellular, s_0335 in intracellular, s_0356 in intracellular;
  species s_0366 in intracellular, s_0369 in intracellular, s_0374 in intracellular;
  species s_0380 in intracellular, s_0386 in intracellular, s_0393 in intracellular;
  species s_0397 in intracellular, s_0400 in intracellular, s_0410 in intracellular;
  species s_0416 in intracellular, s_0419 in intracellular, s_0427 in intracellular;
  species s_0430 in intracellular, s_0434 in intracellular, s_0438 in intracellular;
  species s_0439 in intracellular, s_0446 in intracellular, s_0455 in intracellular;
  species s_0458 in intracellular, s_0463 in intracellular, s_0468 in intracellular;
  species s_0469 in intracellular, s_0470 in intracellular, s_0481 in intracellular;
  species s_0485 in intracellular, s_0500 in intracellular, s_0501 in intracellular;
  species s_0507 in intracellular, s_0511 in intracellular, s_0514 in intracellular;
  species s_0521 in intracellular, s_0529 in intracellular, s_0530 in intracellular;
  species s_0532 in intracellular, s_0533 in intracellular, s_0537 in intracellular;
  species s_0539 in intracellular, s_0545 in intracellular, s_0549 in intracellular;
  species s_0553 in intracellular, s_0554 in intracellular, s_0557 in intracellular;
  species s_0561 in intracellular, s_0562 in intracellular, s_0564 in intracellular;
  species s_0566 in intracellular, s_0569 in intracellular, s_0574 in intracellular;
  species s_0582 in intracellular, s_0591 in intracellular, s_0593 in intracellular;
  species s_0596 in intracellular, s_0601 in intracellular, s_0605 in intracellular;
  species s_0615 in intracellular, s_0616 in intracellular, s_0619 in intracellular;
  species s_0622 in intracellular, s_0624 in intracellular, s_0627 in intracellular;
  species s_0632 in intracellular, s_0635 in intracellular, s_0641 in intracellular;
  species s_0650 in intracellular, s_0657 in intracellular, s_0659 in intracellular;
  species s_0663 in intracellular, s_0669 in intracellular, s_0689 in intracellular;
  species s_0692 in intracellular, s_0706 in intracellular, s_0710 in intracellular;
  species s_0712 in intracellular, s_0731 in intracellular, s_0732 in intracellular;
  species s_0734 in intracellular, s_0735 in intracellular, s_0740 in intracellular;
  species s_0743 in intracellular, s_0749 in intracellular, s_0752 in intracellular;
  species s_0755 in intracellular, s_0798 in intracellular, s_0800 in intracellular;
  species s_0801 in intracellular, s_0805 in intracellular, s_0816 in intracellular;
  species s_0824 in intracellular, s_0828 in intracellular, s_0847 in intracellular;
  species s_0850 in intracellular, s_0859 in intracellular, s_0861 in intracellular;
  species s_0863 in intracellular, s_0867 in intracellular, s_0873 in intracellular;
  species s_0877 in intracellular, s_0881 in intracellular, s_0886 in intracellular;
  species s_0887 in intracellular, s_0888 in intracellular, s_0889 in intracellular;
  species s_0894 in intracellular, s_0899 in intracellular, s_0905 in intracellular;
  species s_0907 in intracellular, s_0911 in intracellular, s_0915 in intracellular;
  species s_0916 in intracellular, s_0917 in intracellular, s_0919 in intracellular;
  species s_0920 in intracellular, s_0925 in intracellular, s_0929 in intracellular;
  species s_0933 in intracellular, s_0936 in intracellular, s_0939 in intracellular;
  species s_0942 in intracellular, s_0943 in intracellular, s_0949 in intracellular;
  species s_0952 in intracellular, s_0955 in intracellular, s_0960 in intracellular;
  species s_0963 in intracellular, s_0968 in intracellular, s_0977 in intracellular;
  species s_0987 in intracellular, $s_1000 in intracellular, s_1005 in intracellular;
  species s_1011 in intracellular, s_1013 in intracellular, s_1020 in intracellular;
  species s_1028 in intracellular, s_1044 in intracellular, s_1048 in intracellular;
  species s_1051 in intracellular, s_1052 in intracellular, s_1053 in intracellular;
  species s_1060 in intracellular, s_1066 in intracellular, s_1070 in intracellular;
  species s_1071 in intracellular, s_1073 in intracellular, s_1080 in intracellular;
  species s_1082 in intracellular, s_1087 in intracellular, s_1091 in intracellular;
  species s_1096 in intracellular, s_1117 in intracellular, s_1122 in intracellular;
  species s_1132 in intracellular, s_1140 in intracellular, s_1151 in intracellular;
  species s_1154 in intracellular, s_1155 in intracellular, s_1156 in intracellular;
  species s_1160 in intracellular, s_1170 in intracellular, s_1187 in intracellular;
  species $s_1207 in intracellular, s_1215 in intracellular, s_1219 in intracellular;
  species s_1225 in intracellular, s_1226 in intracellular, s_1228 in intracellular;
  species s_1233 in intracellular, s_1243 in intracellular, s_1257 in intracellular;
  species s_1258 in intracellular, s_1277 in intracellular, s_1283 in intracellular;
  species s_1290 in intracellular, s_1293 in intracellular, s_1304 in intracellular;
  species s_1306 in intracellular, s_1315 in intracellular, s_1325 in intracellular;
  species s_1327 in intracellular, s_1329 in intracellular, s_1334 in intracellular;
  species s_1338 in intracellular, s_1342 in intracellular, s_1347 in intracellular;
  species s_1349 in intracellular, s_1355 in intracellular, s_1379 in intracellular;
  species $s_1399 in intracellular, s_1411 in intracellular, s_1415 in intracellular;
  species s_1417 in intracellular, s_1430 in intracellular, s_1447 in intracellular;
  species s_1455 in intracellular, s_1456 in intracellular, s_1457 in intracellular;
  species s_1458 in intracellular, s_1517 in intracellular, s_1521 in intracellular;
  species $s_0763_b in intracellular, $s_1434_b in intracellular, species_1 in intracellular;
  species $s_0431_b in extracellular, $s_0464_b in extracellular, $s_0472_b in extracellular;
  species $s_0547_b in extracellular, $s_0651_b in extracellular, $s_0766_b in extracellular;
  species $s_1162_b in extracellular, $s_1209_b in extracellular, $s_1339_b in extracellular;
  species $s_1348_b in extracellular;

  // Reactions:
  r_0005: s_1415 -> s_0001 + $s_0763_b + s_1411; intracellular*function_1(r_0005_Keq_r_0005, r_0005_Vmax_r_0005, intracellular, r_0005_kmp_s_0001r_0005, r_0005_kmp_s_0763_br_0005, r_0005_kmp_s_1411r_0005, r_0005_kms_s_1415r_0005, s_0001, s_0763_b, s_1411, s_1415);
  r_0006: s_0438 -> s_0743 + $s_1434_b; intracellular*function_2(r_0006_Keq_r_0006, r_0006_Vmax_r_0006, intracellular, r_0006_kmp_s_0743r_0006, r_0006_kmp_s_1434_br_0006, r_0006_kms_s_0438r_0006, s_0438, s_0743, s_1434_b);
  r_0008: s_0079 -> s_0315; intracellular*function_3(r_0008_Keq_r_0008, r_0008_Vmax_r_0008, intracellular, r_0008_kmp_s_0315r_0008, r_0008_kms_s_0079r_0008, s_0079, s_0315);
  r_0009: s_0083 + s_0386 -> s_0514 + 4$s_0763_b + s_1215; intracellular*function_4(r_0009_Keq_r_0009, r_0009_Vmax_r_0009, intracellular, r_0009_kmp_s_0514r_0009, r_0009_kmp_s_0763_br_0009, r_0009_kmp_s_1215r_0009, r_0009_kms_s_0083r_0009, r_0009_kms_s_0386r_0009, s_0083, s_0386, s_0514, s_0763_b, s_1215);
  r_0014: s_0146 + $s_0763_b + $s_1434_b -> s_0319 + s_0430; intracellular*function_5(r_0014_Keq_r_0014, r_0014_Vmax_r_0014, intracellular, r_0014_kmp_s_0319r_0014, r_0014_kmp_s_0430r_0014, r_0014_kms_s_0146r_0014, r_0014_kms_s_0763_br_0014, r_0014_kms_s_1434_br_0014, s_0146, s_0319, s_0430, s_0763_b, s_1434_b);
  r_0015: s_0145 + $s_0763_b + s_1096 -> s_0146 + s_1091; intracellular*function_6(r_0015_Keq_r_0015, r_0015_Vmax_r_0015, intracellular, r_0015_kmp_s_0146r_0015, r_0015_kmp_s_1091r_0015, r_0015_kms_s_0145r_0015, r_0015_kms_s_0763_br_0015, r_0015_kms_s_1096r_0015, s_0145, s_0146, s_0763_b, s_1091, s_1096);
  r_0016: s_0183 + $s_0763_b + s_1277 -> s_0042 + s_0470; intracellular*function_7(r_0016_Keq_r_0016, r_0016_Vmax_r_0016, intracellular, r_0016_kmp_s_0042r_0016, r_0016_kmp_s_0470r_0016, r_0016_kms_s_0183r_0016, r_0016_kms_s_0763_br_0016, r_0016_kms_s_1277r_0016, s_0042, s_0183, s_0470, s_0763_b, s_1277);
  r_0018: s_0181 + s_0899 -> s_0185 + s_0861; intracellular*function_8(r_0018_Keq_r_0018, r_0018_Vmax_r_0018, intracellular, r_0018_kmp_s_0185r_0018, r_0018_kmp_s_0861r_0018, r_0018_kms_s_0181r_0018, r_0018_kms_s_0899r_0018, s_0181, s_0185, s_0861, s_0899);
  r_0021: s_0533 + s_1243 + $s_1434_b -> s_0356 + $s_1207; intracellular*function_9(r_0021_Keq_r_0021, r_0021_Vmax_r_0021, intracellular, r_0021_kmp_s_0356r_0021, r_0021_kmp_s_1207r_0021, r_0021_kms_s_0533r_0021, r_0021_kms_s_1243r_0021, r_0021_kms_s_1434_br_0021, s_0356, s_0533, s_1207, s_1243, s_1434_b);
  r_0025: s_0167 -> s_0170 + $s_1434_b; intracellular*function_10(r_0025_Keq_r_0025, r_0025_Vmax_r_0025, intracellular, r_0025_kmp_s_0170r_0025, r_0025_kmp_s_1434_br_0025, r_0025_kms_s_0167r_0025, s_0167, s_0170, s_1434_b);
  r_0026: s_0238 + s_0380 + $s_1434_b -> s_0167 + s_0514 + $s_0763_b; intracellular*function_11(r_0026_Keq_r_0026, r_0026_Vmax_r_0026, intracellular, r_0026_kmp_s_0167r_0026, r_0026_kmp_s_0514r_0026, r_0026_kmp_s_0763_br_0026, r_0026_kms_s_0238r_0026, r_0026_kms_s_0380r_0026, r_0026_kms_s_1434_br_0026, s_0167, s_0238, s_0380, s_0514, s_0763_b, s_1434_b);
  r_0029: s_0798 -> s_0468 + $s_1434_b; intracellular*function_12(r_0029_Keq_r_0029, r_0029_Vmax_r_0029, intracellular, r_0029_kmp_s_0468r_0029, r_0029_kmp_s_1434_br_0029, r_0029_kms_s_0798r_0029, s_0468, s_0798, s_1434_b);
  r_0031: s_0010 + $s_0763_b -> s_0297 + s_0470; intracellular*function_13(r_0031_Keq_r_0031, r_0031_Vmax_r_0031, intracellular, r_0031_kmp_s_0297r_0031, r_0031_kmp_s_0470r_0031, r_0031_kms_s_0010r_0031, r_0031_kms_s_0763_br_0031, s_0010, s_0297, s_0470, s_0763_b);
  r_0034: s_0397 + $s_1434_b -> s_0434 + $s_1207; intracellular*function_14(r_0034_Keq_r_0034, r_0034_Vmax_r_0034, intracellular, r_0034_kmp_s_0434r_0034, r_0034_kmp_s_1207r_0034, r_0034_kms_s_0397r_0034, r_0034_kms_s_1434_br_0034, s_0397, s_0434, s_1207, s_1434_b);
  r_0040: s_0557 -> s_0163 + s_0689 + $s_0763_b; intracellular*function_15(r_0040_Keq_r_0040, r_0040_Vmax_r_0040, intracellular, r_0040_kmp_s_0163r_0040, r_0040_kmp_s_0689r_0040, r_0040_kmp_s_0763_br_0040, r_0040_kms_s_0557r_0040, s_0163, s_0557, s_0689, s_0763_b);
  r_0042: s_0216 -> s_0217 + $s_1434_b; intracellular*function_16(r_0042_Keq_r_0042, r_0042_Vmax_r_0042, intracellular, r_0042_kmp_s_0217r_0042, r_0042_kmp_s_1434_br_0042, r_0042_kms_s_0216r_0042, s_0216, s_0217, s_1434_b);
  r_0043: s_0356 -> s_0216 + $s_1207; intracellular*function_17(r_0043_Keq_r_0043, r_0043_Vmax_r_0043, intracellular, r_0043_kmp_s_0216r_0043, r_0043_kmp_s_1207r_0043, r_0043_kms_s_0356r_0043, s_0216, s_0356, s_1207);
  r_0044: s_0218 + 2$s_0763_b + s_1096 -> s_1091 + s_1325; intracellular*function_18(r_0044_Keq_r_0044, r_0044_Vmax_r_0044, intracellular, r_0044_kmp_s_1091r_0044, r_0044_kmp_s_1325r_0044, r_0044_kms_s_0218r_0044, r_0044_kms_s_0763_br_0044, r_0044_kms_s_1096r_0044, s_0218, s_0763_b, s_1091, s_1096, s_1325);
  r_0057: s_0247 + $s_0763_b + s_1087 -> s_0046 + s_1082; intracellular*function_19(r_0057_Keq_r_0057, r_0057_Vmax_r_0057, intracellular, r_0057_kmp_s_0046r_0057, r_0057_kmp_s_1082r_0057, r_0057_kms_s_0247r_0057, r_0057_kms_s_0763_br_0057, r_0057_kms_s_1087r_0057, s_0046, s_0247, s_0763_b, s_1082, s_1087);
  r_0058: s_0257 + $s_0763_b + s_1087 -> s_0052 + s_1082; intracellular*function_20(r_0058_Keq_r_0058, r_0058_Vmax_r_0058, intracellular, r_0058_kmp_s_0052r_0058, r_0058_kmp_s_1082r_0058, r_0058_kms_s_0257r_0058, r_0058_kms_s_0763_br_0058, r_0058_kms_s_1087r_0058, s_0052, s_0257, s_0763_b, s_1082, s_1087);
  r_0059: s_0254 + $s_0763_b + s_1087 -> s_0234 + s_1082; intracellular*function_21(r_0059_Keq_r_0059, r_0059_Vmax_r_0059, intracellular, r_0059_kmp_s_0234r_0059, r_0059_kmp_s_1082r_0059, r_0059_kms_s_0254r_0059, r_0059_kms_s_0763_br_0059, r_0059_kms_s_1087r_0059, s_0234, s_0254, s_0763_b, s_1082, s_1087);
  r_0060: s_0261 + $s_0763_b + s_1087 -> s_0055 + s_1082; intracellular*function_22(r_0060_Keq_r_0060, r_0060_Vmax_r_0060, intracellular, r_0060_kmp_s_0055r_0060, r_0060_kmp_s_1082r_0060, r_0060_kms_s_0261r_0060, r_0060_kms_s_0763_br_0060, r_0060_kms_s_1087r_0060, s_0055, s_0261, s_0763_b, s_1082, s_1087);
  r_0063: s_0170 + $s_1434_b -> s_0008; intracellular*function_23(r_0063_Keq_r_0063, r_0063_Vmax_r_0063, intracellular, r_0063_kmp_s_0008r_0063, r_0063_kms_s_0170r_0063, r_0063_kms_s_1434_br_0063, s_0008, s_0170, s_1434_b);
  r_0064: s_0008 + s_1082 -> s_0010 + $s_0763_b + s_1087; intracellular*function_24(r_0064_Keq_r_0064, r_0064_Vmax_r_0064, intracellular, r_0064_kmp_s_0010r_0064, r_0064_kmp_s_0763_br_0064, r_0064_kmp_s_1087r_0064, r_0064_kms_s_0008r_0064, r_0064_kms_s_1082r_0064, s_0008, s_0010, s_0763_b, s_1082, s_1087);
  r_0068: s_0267 + s_1243 -> s_0330 + $s_1207; intracellular*function_25(r_0068_Keq_r_0068, r_0068_Vmax_r_0068, intracellular, r_0068_kmp_s_0330r_0068, r_0068_kmp_s_1207r_0068, r_0068_kms_s_0267r_0068, r_0068_kms_s_1243r_0068, s_0267, s_0330, s_1207, s_1243);
  r_0093: s_0307 + 2$s_0763_b + s_1096 -> s_0328 + s_1091; intracellular*function_26(r_0093_Keq_r_0093, r_0093_Vmax_r_0093, intracellular, r_0093_kmp_s_0328r_0093, r_0093_kmp_s_1091r_0093, r_0093_kms_s_0307r_0093, r_0093_kms_s_0763_br_0093, r_0093_kms_s_1096r_0093, s_0307, s_0328, s_0763_b, s_1091, s_1096);
  r_0111: s_0150 + $s_0763_b + s_1096 -> s_0018 + s_1091; intracellular*function_27(r_0111_Keq_r_0111, r_0111_Vmax_r_0111, intracellular, r_0111_kmp_s_0018r_0111, r_0111_kmp_s_1091r_0111, r_0111_kms_s_0150r_0111, r_0111_kms_s_0763_br_0111, r_0111_kms_s_1096r_0111, s_0018, s_0150, s_0763_b, s_1091, s_1096);
  r_0112: $s_0763_b + 2s_1277 -> s_0150 + s_0470; intracellular*function_28(r_0112_Keq_r_0112, r_0112_Vmax_r_0112, intracellular, r_0112_kmp_s_0150r_0112, r_0112_kmp_s_0470r_0112, r_0112_kms_s_0763_br_0112, r_0112_kms_s_1277r_0112, s_0150, s_0470, s_0763_b, s_1277);
  r_0118: 2s_0380 -> s_0374 + s_0514; intracellular*function_29(r_0118_Keq_r_0118, r_0118_Vmax_r_0118, intracellular, r_0118_kmp_s_0374r_0118, r_0118_kmp_s_0514r_0118, r_0118_kms_s_0380r_0118, s_0374, s_0380, s_0514);
  r_0123: s_0380 + s_0446 + s_0458 -> s_0400 + $s_0763_b + s_1005 + $s_1207; intracellular*function_30(r_0123_Keq_r_0123, r_0123_Vmax_r_0123, intracellular, r_0123_kmp_s_0400r_0123, r_0123_kmp_s_0763_br_0123, r_0123_kmp_s_1005r_0123, r_0123_kmp_s_1207r_0123, r_0123_kms_s_0380r_0123, r_0123_kms_s_0446r_0123, r_0123_kms_s_0458r_0123, s_0380, s_0400, s_0446, s_0458, s_0763_b, s_1005, s_1207);
  r_0125: s_0369 + s_0514 + $s_0763_b -> s_0380 + $s_1434_b; intracellular*function_31(r_0125_Keq_r_0125, r_0125_Vmax_r_0125, intracellular, r_0125_kmp_s_0380r_0125, r_0125_kmp_s_1434_br_0125, r_0125_kms_s_0369r_0125, r_0125_kms_s_0514r_0125, r_0125_kms_s_0763_br_0125, s_0369, s_0380, s_0514, s_0763_b, s_1434_b);
  r_0127: s_0380 + s_0434 + s_0605 -> s_0369 + s_0446 + s_0514; intracellular*function_32(r_0127_Keq_r_0127, r_0127_Vmax_r_0127, intracellular, r_0127_kmp_s_0369r_0127, r_0127_kmp_s_0446r_0127, r_0127_kmp_s_0514r_0127, r_0127_kms_s_0380r_0127, r_0127_kms_s_0434r_0127, r_0127_kms_s_0605r_0127, s_0369, s_0380, s_0434, s_0446, s_0514, s_0605);
  r_0130: s_0446 + s_1071 -> s_0400 + s_1070; intracellular*function_33(r_0130_Keq_r_0130, r_0130_Vmax_r_0130, intracellular, r_0130_kmp_s_0400r_0130, r_0130_kmp_s_1070r_0130, r_0130_kms_s_0446r_0130, r_0130_kms_s_1071r_0130, s_0400, s_0446, s_1070, s_1071);
  r_0133: s_0149 + s_0899 -> s_0185 + s_1051; intracellular*function_34(r_0133_Keq_r_0133, r_0133_Vmax_r_0133, intracellular, r_0133_kmp_s_0185r_0133, r_0133_kmp_s_1051r_0133, r_0133_kms_s_0149r_0133, r_0133_kms_s_0899r_0133, s_0149, s_0185, s_0899, s_1051);
  r_0157: s_0393 + s_0446 -> s_0400 + s_0434 + $s_0763_b; intracellular*function_35(r_0157_Keq_r_0157, r_0157_Vmax_r_0157, intracellular, r_0157_kmp_s_0400r_0157, r_0157_kmp_s_0434r_0157, r_0157_kmp_s_0763_br_0157, r_0157_kms_s_0393r_0157, r_0157_kms_s_0446r_0157, s_0393, s_0400, s_0434, s_0446, s_0763_b);
  r_0159: s_1290 + $s_1434_b -> s_0393 + s_0917; intracellular*function_36(r_0159_Keq_r_0159, r_0159_Vmax_r_0159, intracellular, r_0159_kmp_s_0393r_0159, r_0159_kmp_s_0917r_0159, r_0159_kms_s_1290r_0159, r_0159_kms_s_1434_br_0159, s_0393, s_0917, s_1290, s_1434_b);
  r_0163: 2s_0400 -> s_0434 + s_0446; intracellular*function_37(r_0163_Keq_r_0163, r_0163_Vmax_r_0163, intracellular, r_0163_kmp_s_0434r_0163, r_0163_kmp_s_0446r_0163, r_0163_kms_s_0400r_0163, s_0400, s_0434, s_0446);
  r_0165: s_0400 + s_0706 -> s_0434 + s_0755; intracellular*function_38(r_0165_Keq_r_0165, r_0165_Vmax_r_0165, intracellular, r_0165_kmp_s_0434r_0165, r_0165_kmp_s_0755r_0165, r_0165_kms_s_0400r_0165, r_0165_kms_s_0706r_0165, s_0400, s_0434, s_0706, s_0755);
  r_0169: s_0009 -> s_0317 + s_0692; intracellular*function_39(r_0169_Keq_r_0169, r_0169_Vmax_r_0169, intracellular, r_0169_kmp_s_0317r_0169, r_0169_kmp_s_0692r_0169, r_0169_kms_s_0009r_0169, s_0009, s_0317, s_0692);
  r_0170: s_0755 + s_0816 + s_0881 -> s_0706 + 2$s_0763_b + s_1053 + $s_1207; intracellular*function_40(r_0170_Keq_r_0170, r_0170_Vmax_r_0170, intracellular, r_0170_kmp_s_0706r_0170, r_0170_kmp_s_0763_br_0170, r_0170_kmp_s_1053r_0170, r_0170_kmp_s_1207r_0170, r_0170_kms_s_0755r_0170, r_0170_kms_s_0816r_0170, r_0170_kms_s_0881r_0170, s_0706, s_0755, s_0763_b, s_0816, s_0881, s_1053, s_1207);
  r_0171: s_1053 -> s_0434 + s_0692; intracellular*function_41(r_0171_Keq_r_0171, r_0171_Vmax_r_0171, intracellular, r_0171_kmp_s_0434r_0171, r_0171_kmp_s_0692r_0171, r_0171_kms_s_1053r_0171, s_0434, s_0692, s_1053);
  r_0172: s_0304 + s_0446 -> s_0206 + s_0400 + $s_0763_b; intracellular*function_42(r_0172_Keq_r_0172, r_0172_Vmax_r_0172, intracellular, r_0172_kmp_s_0206r_0172, r_0172_kmp_s_0400r_0172, r_0172_kmp_s_0763_br_0172, r_0172_kms_s_0304r_0172, r_0172_kms_s_0446r_0172, s_0206, s_0304, s_0400, s_0446, s_0763_b);
  r_0174: s_0749 + s_0863 -> s_0740 + s_1277; intracellular*function_43(r_0174_Keq_r_0174, r_0174_Vmax_r_0174, intracellular, r_0174_kmp_s_0740r_0174, r_0174_kmp_s_1277r_0174, r_0174_kms_s_0749r_0174, r_0174_kms_s_0863r_0174, s_0740, s_0749, s_0863, s_1277);
  r_0183: s_0366 + $s_0763_b + s_1087 -> s_0650 + s_1082; intracellular*function_44(r_0183_Keq_r_0183, r_0183_Vmax_r_0183, intracellular, r_0183_kmp_s_0650r_0183, r_0183_kmp_s_1082r_0183, r_0183_kms_s_0366r_0183, r_0183_kms_s_0763_br_0183, r_0183_kms_s_1087r_0183, s_0366, s_0650, s_0763_b, s_1082, s_1087);
  r_0191: s_0366 + s_1091 + $s_1434_b -> s_0369 + 2$s_0763_b + s_1096; intracellular*function_45(r_0191_Keq_r_0191, r_0191_Vmax_r_0191, intracellular, r_0191_kmp_s_0369r_0191, r_0191_kmp_s_0763_br_0191, r_0191_kmp_s_1096r_0191, r_0191_kms_s_0366r_0191, r_0191_kms_s_1091r_0191, r_0191_kms_s_1434_br_0191, s_0366, s_0369, s_0763_b, s_1091, s_1096, s_1434_b);
  r_0213: s_0410 + s_1415 -> s_0419 + $s_0763_b + s_1411; intracellular*function_46(r_0213_Keq_r_0213, r_0213_Vmax_r_0213, intracellular, r_0213_kmp_s_0419r_0213, r_0213_kmp_s_0763_br_0213, r_0213_kmp_s_1411r_0213, r_0213_kms_s_0410r_0213, r_0213_kms_s_1415r_0213, s_0410, s_0419, s_0763_b, s_1411, s_1415);
  r_0220: s_0331 + s_0439 -> s_0605 + s_1066; intracellular*function_47(r_0220_Keq_r_0220, r_0220_Vmax_r_0220, intracellular, r_0220_kmp_s_0605r_0220, r_0220_kmp_s_1066r_0220, r_0220_kms_s_0331r_0220, r_0220_kms_s_0439r_0220, s_0331, s_0439, s_0605, s_1066);
  r_0221: s_0500 + s_0907 -> s_0439 + $s_0763_b + s_0899 + s_1277; intracellular*function_48(r_0221_Keq_r_0221, r_0221_Vmax_r_0221, intracellular, r_0221_kmp_s_0439r_0221, r_0221_kmp_s_0763_br_0221, r_0221_kmp_s_0899r_0221, r_0221_kmp_s_1277r_0221, r_0221_kms_s_0500r_0221, r_0221_kms_s_0907r_0221, s_0439, s_0500, s_0763_b, s_0899, s_0907, s_1277);
  r_0225: s_0017 -> s_0692 + s_0873; intracellular*function_49(r_0225_Keq_r_0225, r_0225_Vmax_r_0225, intracellular, r_0225_kmp_s_0692r_0225, r_0225_kmp_s_0873r_0225, r_0225_kms_s_0017r_0225, s_0017, s_0692, s_0873);
  r_0226: s_0446 + s_0881 + s_0887 -> s_0017 + s_0434 + s_0605 + $s_0763_b; intracellular*function_50(r_0226_Keq_r_0226, r_0226_Vmax_r_0226, intracellular, r_0226_kmp_s_0017r_0226, r_0226_kmp_s_0434r_0226, r_0226_kmp_s_0605r_0226, r_0226_kmp_s_0763_br_0226, r_0226_kms_s_0446r_0226, r_0226_kms_s_0881r_0226, r_0226_kms_s_0887r_0226, s_0017, s_0434, s_0446, s_0605, s_0763_b, s_0881, s_0887);
  r_0229: s_0446 + s_0881 + s_0907 + $s_1434_b -> s_0434 + s_0605 + $s_0763_b + s_0877 + s_0899; intracellular*function_51(r_0229_Keq_r_0229, r_0229_Vmax_r_0229, intracellular, r_0229_kmp_s_0434r_0229, r_0229_kmp_s_0605r_0229, r_0229_kmp_s_0763_br_0229, r_0229_kmp_s_0877r_0229, r_0229_kmp_s_0899r_0229, r_0229_kms_s_0446r_0229, r_0229_kms_s_0881r_0229, r_0229_kms_s_0907r_0229, r_0229_kms_s_1434_br_0229, s_0434, s_0446, s_0605, s_0763_b, s_0877, s_0881, s_0899, s_0907, s_1434_b);
  r_0232: s_0469 + s_0881 -> $s_0763_b + s_1073 + $s_1207; intracellular*function_52(r_0232_Keq_r_0232, r_0232_Vmax_r_0232, intracellular, r_0232_kmp_s_0763_br_0232, r_0232_kmp_s_1073r_0232, r_0232_kmp_s_1207r_0232, r_0232_kms_s_0469r_0232, r_0232_kms_s_0881r_0232, s_0469, s_0763_b, s_0881, s_1073, s_1207);
  r_0233: s_0446 + s_0881 -> s_0301 + s_0400; intracellular*function_53(r_0233_Keq_r_0233, r_0233_Vmax_r_0233, intracellular, r_0233_kmp_s_0301r_0233, r_0233_kmp_s_0400r_0233, r_0233_kms_s_0446r_0233, r_0233_kms_s_0881r_0233, s_0301, s_0400, s_0446, s_0881);
  r_0235: s_0899 + s_1156 -> s_0185 + s_0881; intracellular*function_54(r_0235_Keq_r_0235, r_0235_Vmax_r_0235, intracellular, r_0235_kmp_s_0185r_0235, r_0235_kmp_s_0881r_0235, r_0235_kms_s_0899r_0235, r_0235_kms_s_1156r_0235, s_0185, s_0881, s_0899, s_1156);
  r_0238: s_0301 + $s_0763_b + s_1096 -> s_0886 + s_1091 + $s_1207; intracellular*function_55(r_0238_Keq_r_0238, r_0238_Vmax_r_0238, intracellular, r_0238_kmp_s_0886r_0238, r_0238_kmp_s_1091r_0238, r_0238_kmp_s_1207r_0238, r_0238_kms_s_0301r_0238, r_0238_kms_s_0763_br_0238, r_0238_kms_s_1096r_0238, s_0301, s_0763_b, s_0886, s_1091, s_1096, s_1207);
  r_0245: s_0331 + s_0446 -> s_0334 + s_0605; intracellular*function_56(r_0245_Keq_r_0245, r_0245_Vmax_r_0245, intracellular, r_0245_kmp_s_0334r_0245, r_0245_kmp_s_0605r_0245, r_0245_kms_s_0331r_0245, r_0245_kms_s_0446r_0245, s_0331, s_0334, s_0446, s_0605);
  r_0246: s_0400 + 3$s_0763_b + $s_1207 -> s_0446 + 2$s_0763_b + $s_1434_b; intracellular*function_57(r_0246_Keq_r_0246, r_0246_Vmax_r_0246, intracellular, r_0246_kmp_s_0446r_0246, r_0246_kmp_s_0763_br_0246, r_0246_kmp_s_1434_br_0246, r_0246_kms_s_0400r_0246, r_0246_kms_s_0763_br_0246, r_0246_kms_s_1207r_0246, s_0400, s_0446, s_0763_b, s_1207, s_1434_b);
  r_0249: s_0446 + $s_1434_b -> s_0400 + $s_0766_b + $s_1207; function_58(r_0249_Keq_r_0249, r_0249_Vmax_r_0249, r_0249_kmp_s_0400r_0249, r_0249_kmp_s_0766_br_0249, r_0249_kmp_s_1207r_0249, r_0249_kms_s_0446r_0249, r_0249_kms_s_1434_br_0249, s_0400, s_0446, s_0766_b, s_1207, s_1434_b);
  r_0251: s_0470 + $s_1434_b -> s_0458 + $s_0763_b; intracellular*function_59(r_0251_Keq_r_0251, r_0251_Vmax_r_0251, intracellular, r_0251_kmp_s_0458r_0251, r_0251_kmp_s_0763_br_0251, r_0251_kms_s_0470r_0251, r_0251_kms_s_1434_br_0251, s_0458, s_0470, s_0763_b, s_1434_b);
  r_0258: s_0268 + $s_0763_b + s_1096 -> s_0124 + s_1091; intracellular*function_60(r_0258_Keq_r_0258, r_0258_Vmax_r_0258, intracellular, r_0258_kmp_s_0124r_0258, r_0258_kmp_s_1091r_0258, r_0258_kms_s_0268r_0258, r_0258_kms_s_0763_br_0258, r_0258_kms_s_1096r_0258, s_0124, s_0268, s_0763_b, s_1091, s_1096);
  r_0261: s_1091 + s_1457 -> s_0470 + $s_0763_b + s_1096 + s_1458; intracellular*function_61(r_0261_Keq_r_0261, r_0261_Vmax_r_0261, intracellular, r_0261_kmp_s_0470r_0261, r_0261_kmp_s_0763_br_0261, r_0261_kmp_s_1096r_0261, r_0261_kmp_s_1458r_0261, r_0261_kms_s_1091r_0261, r_0261_kms_s_1457r_0261, s_0470, s_0763_b, s_1091, s_1096, s_1457, s_1458);
  r_0262: s_0303 + s_1082 -> s_0215 + s_0470 + $s_0763_b + s_1087; intracellular*function_62(r_0262_Keq_r_0262, r_0262_Vmax_r_0262, intracellular, r_0262_kmp_s_0215r_0262, r_0262_kmp_s_0470r_0262, r_0262_kmp_s_0763_br_0262, r_0262_kmp_s_1087r_0262, r_0262_kms_s_0303r_0262, r_0262_kms_s_1082r_0262, s_0215, s_0303, s_0470, s_0763_b, s_1082, s_1087);
  r_0263: s_0215 + $s_0763_b + s_1096 -> s_0302 + s_1091; intracellular*function_63(r_0263_Keq_r_0263, r_0263_Vmax_r_0263, intracellular, r_0263_kmp_s_0302r_0263, r_0263_kmp_s_1091r_0263, r_0263_kms_s_0215r_0263, r_0263_kms_s_0763_br_0263, r_0263_kms_s_1096r_0263, s_0215, s_0302, s_0763_b, s_1091, s_1096);
  r_0264: $s_0763_b + s_1096 + s_1458 -> s_1091 + s_1447; intracellular*function_64(r_0264_Keq_r_0264, r_0264_Vmax_r_0264, intracellular, r_0264_kmp_s_1091r_0264, r_0264_kmp_s_1447r_0264, r_0264_kms_s_0763_br_0264, r_0264_kms_s_1096r_0264, r_0264_kms_s_1458r_0264, s_0763_b, s_1091, s_1096, s_1447, s_1458);
  r_0265: s_0302 + $s_0763_b + s_1096 + s_1160 -> s_1091 + $s_1434_b + s_1455; intracellular*function_65(r_0265_Keq_r_0265, r_0265_Vmax_r_0265, intracellular, r_0265_kmp_s_1091r_0265, r_0265_kmp_s_1434_br_0265, r_0265_kmp_s_1455r_0265, r_0265_kms_s_0302r_0265, r_0265_kms_s_0763_br_0265, r_0265_kms_s_1096r_0265, r_0265_kms_s_1160r_0265, s_0302, s_0763_b, s_1091, s_1096, s_1160, s_1434_b, s_1455);
  r_0266: $s_0763_b + s_1096 + s_1160 + s_1455 -> s_1091 + 2$s_1434_b + s_1456; intracellular*function_66(r_0266_Keq_r_0266, r_0266_Vmax_r_0266, intracellular, r_0266_kmp_s_1091r_0266, r_0266_kmp_s_1434_br_0266, r_0266_kmp_s_1456r_0266, r_0266_kms_s_0763_br_0266, r_0266_kms_s_1096r_0266, r_0266_kms_s_1160r_0266, r_0266_kms_s_1455r_0266, s_0763_b, s_1091, s_1096, s_1160, s_1434_b, s_1455, s_1456);
  r_0267: $s_0763_b + s_1096 + s_1160 + s_1456 -> s_1091 + $s_1434_b + s_1457; intracellular*function_67(r_0267_Keq_r_0267, r_0267_Vmax_r_0267, intracellular, r_0267_kmp_s_1091r_0267, r_0267_kmp_s_1434_br_0267, r_0267_kmp_s_1457r_0267, r_0267_kms_s_0763_br_0267, r_0267_kms_s_1096r_0267, r_0267_kms_s_1160r_0267, r_0267_kms_s_1456r_0267, s_0763_b, s_1091, s_1096, s_1160, s_1434_b, s_1456, s_1457);
  r_0268: s_0124 + 3$s_0763_b + 3s_1096 + 3s_1160 -> s_0303 + 3s_1091 + 4$s_1434_b; intracellular*function_68(r_0268_Keq_r_0268, r_0268_Vmax_r_0268, intracellular, r_0268_kmp_s_0303r_0268, r_0268_kmp_s_1091r_0268, r_0268_kmp_s_1434_br_0268, r_0268_kms_s_0124r_0268, r_0268_kms_s_0763_br_0268, r_0268_kms_s_1096r_0268, r_0268_kms_s_1160r_0268, s_0124, s_0303, s_0763_b, s_1091, s_1096, s_1160, s_1434_b);
  r_0270: s_0669 -> s_0627; intracellular*function_69(r_0270_Keq_r_0270, r_0270_Vmax_r_0270, intracellular, r_0270_kmp_s_0627r_0270, r_0270_kms_s_0669r_0270, s_0627, s_0669);
  r_0271: s_0632 + $s_0763_b + s_1096 -> s_0635 + s_1091; intracellular*function_70(r_0271_Keq_r_0271, r_0271_Vmax_r_0271, intracellular, r_0271_kmp_s_0635r_0271, r_0271_kmp_s_1091r_0271, r_0271_kms_s_0632r_0271, r_0271_kms_s_0763_br_0271, r_0271_kms_s_1096r_0271, s_0632, s_0635, s_0763_b, s_1091, s_1096);
  r_0277: 2s_0446 + s_0458 + s_0907 + $s_1434_b -> 2s_0400 + s_0469 + 2$s_0763_b + s_0899 + $s_1207; intracellular*function_71(r_0277_Keq_r_0277, r_0277_Vmax_r_0277, intracellular, r_0277_kmp_s_0400r_0277, r_0277_kmp_s_0469r_0277, r_0277_kmp_s_0763_br_0277, r_0277_kmp_s_0899r_0277, r_0277_kmp_s_1207r_0277, r_0277_kms_s_0446r_0277, r_0277_kms_s_0458r_0277, r_0277_kms_s_0907r_0277, r_0277_kms_s_1434_br_0277, s_0400, s_0446, s_0458, s_0469, s_0763_b, s_0899, s_0907, s_1207, s_1434_b);
  r_0282: 2s_0801 -> s_1160 + 2$s_1434_b; intracellular*function_72(r_0282_Keq_r_0282, r_0282_Vmax_r_0282, intracellular, r_0282_kmp_s_1160r_0282, r_0282_kmp_s_1434_br_0282, r_0282_kms_s_0801r_0282, s_0801, s_1160, s_1434_b);
  r_0284: s_0521 + $s_0763_b + s_1215 -> s_0485 + s_0605; intracellular*function_73(r_0284_Keq_r_0284, r_0284_Vmax_r_0284, intracellular, r_0284_kmp_s_0485r_0284, r_0284_kmp_s_0605r_0284, r_0284_kms_s_0521r_0284, r_0284_kms_s_0763_br_0284, r_0284_kms_s_1215r_0284, s_0485, s_0521, s_0605, s_0763_b, s_1215);
  r_0287: $s_0763_b + s_1080 + s_1096 + s_1160 -> s_1060 + s_1091 + $s_1434_b; intracellular*function_74(r_0287_Keq_r_0287, r_0287_Vmax_r_0287, intracellular, r_0287_kmp_s_1060r_0287, r_0287_kmp_s_1091r_0287, r_0287_kmp_s_1434_br_0287, r_0287_kms_s_0763_br_0287, r_0287_kms_s_1080r_0287, r_0287_kms_s_1096r_0287, r_0287_kms_s_1160r_0287, s_0763_b, s_1060, s_1080, s_1091, s_1096, s_1160, s_1434_b);
  r_0290: s_1325 + s_1355 -> s_0514 + $s_0763_b + s_1080; intracellular*function_75(r_0290_Keq_r_0290, r_0290_Vmax_r_0290, intracellular, r_0290_kmp_s_0514r_0290, r_0290_kmp_s_0763_br_0290, r_0290_kmp_s_1080r_0290, r_0290_kms_s_1325r_0290, r_0290_kms_s_1355r_0290, s_0514, s_0763_b, s_1080, s_1325, s_1355);
  r_0298: s_1160 + s_1293 + s_1447 -> s_0632 + $s_0763_b + s_1290 + 2$s_1434_b; intracellular*function_76(r_0298_Keq_r_0298, r_0298_Vmax_r_0298, intracellular, r_0298_kmp_s_0632r_0298, r_0298_kmp_s_0763_br_0298, r_0298_kmp_s_1290r_0298, r_0298_kmp_s_1434_br_0298, r_0298_kms_s_1160r_0298, r_0298_kms_s_1293r_0298, r_0298_kms_s_1447r_0298, s_0632, s_0763_b, s_1160, s_1290, s_1293, s_1434_b, s_1447);
  r_0304: s_0500 -> s_1258; intracellular*function_77(r_0304_Keq_r_0304, r_0304_Vmax_r_0304, intracellular, r_0304_kmp_s_1258r_0304, r_0304_kms_s_0500r_0304, s_0500, s_1258);
  r_0306: s_0330 -> s_0500 + $s_1207; intracellular*function_78(r_0306_Keq_r_0306, r_0306_Vmax_r_0306, intracellular, r_0306_kmp_s_0500r_0306, r_0306_kmp_s_1207r_0306, r_0306_kms_s_0330r_0306, s_0330, s_0500, s_1207);
  r_0307: s_0501 + $s_1434_b -> s_0847; intracellular*function_79(r_0307_Keq_r_0307, r_0307_Vmax_r_0307, intracellular, r_0307_kmp_s_0847r_0307, r_0307_kms_s_0501r_0307, r_0307_kms_s_1434_br_0307, s_0501, s_0847, s_1434_b);
  r_0328: s_0380 + s_1156 + $s_1434_b -> s_0507 + s_0514 + $s_0763_b; intracellular*function_80(r_0328_Keq_r_0328, r_0328_Vmax_r_0328, intracellular, r_0328_kmp_s_0507r_0328, r_0328_kmp_s_0514r_0328, r_0328_kmp_s_0763_br_0328, r_0328_kms_s_0380r_0328, r_0328_kms_s_1156r_0328, r_0328_kms_s_1434_br_0328, s_0380, s_0507, s_0514, s_0763_b, s_1156, s_1434_b);
  r_0330: s_0507 -> s_0501 + $s_1434_b; intracellular*function_81(r_0330_Keq_r_0330, r_0330_Vmax_r_0330, intracellular, r_0330_kmp_s_0501r_0330, r_0330_kmp_s_1434_br_0330, r_0330_kms_s_0507r_0330, s_0501, s_0507, s_1434_b);
  r_0336: s_0430 + s_0446 + s_1430 -> s_0400 + s_0521 + 2$s_0763_b + $s_1207; intracellular*function_82(r_0336_Keq_r_0336, r_0336_Vmax_r_0336, intracellular, r_0336_kmp_s_0400r_0336, r_0336_kmp_s_0521r_0336, r_0336_kmp_s_0763_br_0336, r_0336_kmp_s_1207r_0336, r_0336_kms_s_0430r_0336, r_0336_kms_s_0446r_0336, r_0336_kms_s_1430r_0336, s_0400, s_0430, s_0446, s_0521, s_0763_b, s_1207, s_1430);
  r_0338: s_0917 + s_0943 -> s_0888 + $s_1434_b; intracellular*function_83(r_0338_Keq_r_0338, r_0338_Vmax_r_0338, intracellular, r_0338_kmp_s_0888r_0338, r_0338_kmp_s_1434_br_0338, r_0338_kms_s_0917r_0338, r_0338_kms_s_0943r_0338, s_0888, s_0917, s_0943, s_1434_b);
  r_0339: s_0888 + $s_1434_b -> s_0183 + s_0430 + s_0889; intracellular*function_84(r_0339_Keq_r_0339, r_0339_Vmax_r_0339, intracellular, r_0339_kmp_s_0183r_0339, r_0339_kmp_s_0430r_0339, r_0339_kmp_s_0889r_0339, r_0339_kms_s_0888r_0339, r_0339_kms_s_1434_br_0339, s_0183, s_0430, s_0888, s_0889, s_1434_b);
  r_0340: s_0889 + s_1117 -> s_0369 + $s_0763_b + s_0888; intracellular*function_85(r_0340_Keq_r_0340, r_0340_Vmax_r_0340, intracellular, r_0340_kmp_s_0369r_0340, r_0340_kmp_s_0763_br_0340, r_0340_kmp_s_0888r_0340, r_0340_kms_s_0889r_0340, r_0340_kms_s_1117r_0340, s_0369, s_0763_b, s_0888, s_0889, s_1117);
  r_0345: s_0400 + s_0481 -> s_0446 + s_0511; intracellular*function_86(r_0345_Keq_r_0345, r_0345_Vmax_r_0345, intracellular, r_0345_kmp_s_0446r_0345, r_0345_kmp_s_0511r_0345, r_0345_kms_s_0400r_0345, r_0345_kms_s_0481r_0345, s_0400, s_0446, s_0481, s_0511);
  r_0347: 2$s_0763_b + s_0963 + 3s_1087 + 3s_1160 -> s_0268 + s_0689 + 3s_1082 + 4$s_1434_b; intracellular*function_87(r_0347_Keq_r_0347, r_0347_Vmax_r_0347, intracellular, r_0347_kmp_s_0268r_0347, r_0347_kmp_s_0689r_0347, r_0347_kmp_s_1082r_0347, r_0347_kmp_s_1434_br_0347, r_0347_kms_s_0763_br_0347, r_0347_kms_s_0963r_0347, r_0347_kms_s_1087r_0347, r_0347_kms_s_1160r_0347, s_0268, s_0689, s_0763_b, s_0963, s_1082, s_1087, s_1160, s_1434_b);
  r_0351: s_0529 + $s_0763_b + s_1087 -> s_0530 + s_1082; intracellular*function_88(r_0351_Keq_r_0351, r_0351_Vmax_r_0351, intracellular, r_0351_kmp_s_0530r_0351, r_0351_kmp_s_1082r_0351, r_0351_kms_s_0529r_0351, r_0351_kms_s_0763_br_0351, r_0351_kms_s_1087r_0351, s_0529, s_0530, s_0763_b, s_1082, s_1087);
  r_0352: s_0530 + s_1091 -> s_0529 + $s_0763_b + s_1096; intracellular*function_89(r_0352_Keq_r_0352, r_0352_Vmax_r_0352, intracellular, r_0352_kmp_s_0529r_0352, r_0352_kmp_s_0763_br_0352, r_0352_kmp_s_1096r_0352, r_0352_kms_s_0530r_0352, r_0352_kms_s_1091r_0352, s_0529, s_0530, s_0763_b, s_1091, s_1096);
  r_0357: s_0430 + s_0624 -> s_0569 + $s_0763_b + $s_1434_b; intracellular*function_90(r_0357_Keq_r_0357, r_0357_Vmax_r_0357, intracellular, r_0357_kmp_s_0569r_0357, r_0357_kmp_s_0763_br_0357, r_0357_kmp_s_1434_br_0357, r_0357_kms_s_0430r_0357, r_0357_kms_s_0624r_0357, s_0430, s_0569, s_0624, s_0763_b, s_1434_b);
  r_0360: s_0400 + s_0562 -> s_0446 + s_0564; intracellular*function_91(r_0360_Keq_r_0360, r_0360_Vmax_r_0360, intracellular, r_0360_kmp_s_0446r_0360, r_0360_kmp_s_0564r_0360, r_0360_kms_s_0400r_0360, r_0360_kms_s_0562r_0360, s_0400, s_0446, s_0562, s_0564);
  r_0362: s_0400 + s_0591 -> s_0446 + s_0593; intracellular*function_92(r_0362_Keq_r_0362, r_0362_Vmax_r_0362, intracellular, r_0362_kmp_s_0446r_0362, r_0362_kmp_s_0593r_0362, r_0362_kms_s_0400r_0362, r_0362_kms_s_0591r_0362, s_0400, s_0446, s_0591, s_0593);
  r_0370: s_0386 + s_0596 -> s_0514 + 4$s_0763_b + $s_1399; intracellular*function_93(r_0370_Keq_r_0370, r_0370_Vmax_r_0370, intracellular, r_0370_kmp_s_0514r_0370, r_0370_kmp_s_0763_br_0370, r_0370_kmp_s_1399r_0370, r_0370_kms_s_0386r_0370, r_0370_kms_s_0596r_0370, s_0386, s_0514, s_0596, s_0763_b, s_1399);
  r_0371: s_1215 + $s_1434_b -> s_0596 + 2$s_0763_b + $s_1207; intracellular*function_94(r_0371_Keq_r_0371, r_0371_Vmax_r_0371, intracellular, r_0371_kmp_s_0596r_0371, r_0371_kmp_s_0763_br_0371, r_0371_kmp_s_1207r_0371, r_0371_kms_s_1215r_0371, r_0371_kms_s_1434_br_0371, s_0596, s_0763_b, s_1207, s_1215, s_1434_b);
  r_0374: s_0064 + s_1160 -> s_0801 + s_1154; intracellular*function_95(r_0374_Keq_r_0374, r_0374_Vmax_r_0374, intracellular, r_0374_kmp_s_0801r_0374, r_0374_kmp_s_1154r_0374, r_0374_kms_s_0064r_0374, r_0374_kms_s_1160r_0374, s_0064, s_0801, s_1154, s_1160);
  r_0375: s_0601 + $s_0763_b + s_1096 -> s_0309 + s_1091; intracellular*function_96(r_0375_Keq_r_0375, r_0375_Vmax_r_0375, intracellular, r_0375_kmp_s_0309r_0375, r_0375_kmp_s_1091r_0375, r_0375_kms_s_0601r_0375, r_0375_kms_s_0763_br_0375, r_0375_kms_s_1096r_0375, s_0309, s_0601, s_0763_b, s_1091, s_1096);
  r_0381: $s_0763_b + s_1073 -> s_0064 + $s_1434_b; intracellular*function_97(r_0381_Keq_r_0381, r_0381_Vmax_r_0381, intracellular, r_0381_kmp_s_0064r_0381, r_0381_kmp_s_1434_br_0381, r_0381_kms_s_0763_br_0381, r_0381_kms_s_1073r_0381, s_0064, s_0763_b, s_1073, s_1434_b);
  r_0384: s_0018 -> s_0238 + $s_1434_b; intracellular*function_98(r_0384_Keq_r_0384, r_0384_Vmax_r_0384, intracellular, r_0384_kmp_s_0238r_0384, r_0384_kmp_s_1434_br_0384, r_0384_kms_s_0018r_0384, s_0018, s_0238, s_1434_b);
  r_0385: s_0007 -> s_0058 + $s_1434_b; intracellular*function_99(r_0385_Keq_r_0385, r_0385_Vmax_r_0385, intracellular, r_0385_kmp_s_0058r_0385, r_0385_kmp_s_1434_br_0385, r_0385_kms_s_0007r_0385, s_0007, s_0058, s_1434_b);
  r_0386: s_0446 + s_0734 -> s_0400 + s_0735 + $s_0763_b; intracellular*function_100(r_0386_Keq_r_0386, r_0386_Vmax_r_0386, intracellular, r_0386_kmp_s_0400r_0386, r_0386_kmp_s_0735r_0386, r_0386_kmp_s_0763_br_0386, r_0386_kms_s_0446r_0386, r_0386_kms_s_0734r_0386, s_0400, s_0446, s_0734, s_0735, s_0763_b);
  r_0387: s_0850 + s_1257 -> s_0605 + s_0712; intracellular*function_101(r_0387_Keq_r_0387, r_0387_Vmax_r_0387, intracellular, r_0387_kmp_s_0605r_0387, r_0387_kmp_s_0712r_0387, r_0387_kms_s_0850r_0387, r_0387_kms_s_1257r_0387, s_0605, s_0712, s_0850, s_1257);
  r_0393: s_0616 + s_0710 -> s_0615 + s_0706; intracellular*function_102(r_0393_Keq_r_0393, r_0393_Vmax_r_0393, intracellular, r_0393_kmp_s_0615r_0393, r_0393_kmp_s_0706r_0393, r_0393_kms_s_0616r_0393, r_0393_kms_s_0710r_0393, s_0615, s_0616, s_0706, s_0710);
  r_0394: s_0615 -> s_0616 + $s_0763_b + s_1011; intracellular*function_103(r_0394_Keq_r_0394, r_0394_Vmax_r_0394, intracellular, r_0394_kmp_s_0616r_0394, r_0394_kmp_s_0763_br_0394, r_0394_kmp_s_1011r_0394, r_0394_kms_s_0615r_0394, s_0615, s_0616, s_0763_b, s_1011);
  r_0398: s_0193 -> s_1243 + $s_1434_b; intracellular*function_104(r_0398_Keq_r_0398, r_0398_Vmax_r_0398, intracellular, r_0398_kmp_s_1243r_0398, r_0398_kmp_s_1434_br_0398, r_0398_kms_s_0193r_0398, s_0193, s_1243, s_1434_b);
  r_0417: 3$s_0763_b + s_1005 + 2s_1096 + s_1132 -> s_0470 + s_0514 + s_0574 + 2s_1091 + $s_1434_b; intracellular*function_105(r_0417_Keq_r_0417, r_0417_Vmax_r_0417, intracellular, r_0417_kmp_s_0470r_0417, r_0417_kmp_s_0514r_0417, r_0417_kmp_s_0574r_0417, r_0417_kmp_s_1091r_0417, r_0417_kmp_s_1434_br_0417, r_0417_kms_s_0763_br_0417, r_0417_kms_s_1005r_0417, r_0417_kms_s_1096r_0417, r_0417_kms_s_1132r_0417, s_0470, s_0514, s_0574, s_0763_b, s_1005, s_1091, s_1096, s_1132, s_1434_b);
  r_0418: s_0574 + 3$s_0763_b + s_1005 + 2s_1096 -> s_0470 + s_0514 + s_0968 + 2s_1091 + $s_1434_b; intracellular*function_106(r_0418_Keq_r_0418, r_0418_Vmax_r_0418, intracellular, r_0418_kmp_s_0470r_0418, r_0418_kmp_s_0514r_0418, r_0418_kmp_s_0968r_0418, r_0418_kmp_s_1091r_0418, r_0418_kmp_s_1434_br_0418, r_0418_kms_s_0574r_0418, r_0418_kms_s_0763_br_0418, r_0418_kms_s_1005r_0418, r_0418_kms_s_1096r_0418, s_0470, s_0514, s_0574, s_0763_b, s_0968, s_1005, s_1091, s_1096, s_1434_b);
  r_0419: 3$s_0763_b + s_0968 + s_1005 + 2s_1096 -> s_0470 + s_0514 + s_1028 + 2s_1091 + $s_1434_b; intracellular*function_107(r_0419_Keq_r_0419, r_0419_Vmax_r_0419, intracellular, r_0419_kmp_s_0470r_0419, r_0419_kmp_s_0514r_0419, r_0419_kmp_s_1028r_0419, r_0419_kmp_s_1091r_0419, r_0419_kmp_s_1434_br_0419, r_0419_kms_s_0763_br_0419, r_0419_kms_s_0968r_0419, r_0419_kms_s_1005r_0419, r_0419_kms_s_1096r_0419, s_0470, s_0514, s_0763_b, s_0968, s_1005, s_1028, s_1091, s_1096, s_1434_b);
  r_0421: 3$s_0763_b + s_1005 + s_1028 + 2s_1096 -> s_0470 + s_0514 + 2s_1091 + s_1170 + $s_1434_b; intracellular*function_108(r_0421_Keq_r_0421, r_0421_Vmax_r_0421, intracellular, r_0421_kmp_s_0470r_0421, r_0421_kmp_s_0514r_0421, r_0421_kmp_s_1091r_0421, r_0421_kmp_s_1170r_0421, r_0421_kmp_s_1434_br_0421, r_0421_kms_s_0763_br_0421, r_0421_kms_s_1005r_0421, r_0421_kms_s_1028r_0421, r_0421_kms_s_1096r_0421, s_0470, s_0514, s_0763_b, s_1005, s_1028, s_1091, s_1096, s_1170, s_1434_b);
  r_0423: 3$s_0763_b + s_1005 + 2s_1096 + s_1170 -> s_0470 + s_0514 + 2s_1091 + s_1329 + $s_1434_b; intracellular*function_109(r_0423_Keq_r_0423, r_0423_Vmax_r_0423, intracellular, r_0423_kmp_s_0470r_0423, r_0423_kmp_s_0514r_0423, r_0423_kmp_s_1091r_0423, r_0423_kmp_s_1329r_0423, r_0423_kmp_s_1434_br_0423, r_0423_kms_s_0763_br_0423, r_0423_kms_s_1005r_0423, r_0423_kms_s_1096r_0423, r_0423_kms_s_1170r_0423, s_0470, s_0514, s_0763_b, s_1005, s_1091, s_1096, s_1170, s_1329, s_1434_b);
  r_0425: 9$s_0763_b + 3s_1005 + 6s_1096 + s_1329 -> 3s_0470 + 3s_0514 + s_0987 + 6s_1091 + 3$s_1434_b; intracellular*function_110(r_0425_Keq_r_0425, r_0425_Vmax_r_0425, intracellular, r_0425_kmp_s_0470r_0425, r_0425_kmp_s_0514r_0425, r_0425_kmp_s_0987r_0425, r_0425_kmp_s_1091r_0425, r_0425_kmp_s_1434_br_0425, r_0425_kms_s_0763_br_0425, r_0425_kms_s_1005r_0425, r_0425_kms_s_1096r_0425, r_0425_kms_s_1329r_0425, s_0470, s_0514, s_0763_b, s_0987, s_1005, s_1091, s_1096, s_1329, s_1434_b);
  r_0429: 3$s_0763_b + s_1005 + 2s_1096 + s_1140 -> s_0470 + s_0514 + s_0582 + 2s_1091 + $s_1434_b; intracellular*function_111(r_0429_Keq_r_0429, r_0429_Vmax_r_0429, intracellular, r_0429_kmp_s_0470r_0429, r_0429_kmp_s_0514r_0429, r_0429_kmp_s_0582r_0429, r_0429_kmp_s_1091r_0429, r_0429_kmp_s_1434_br_0429, r_0429_kms_s_0763_br_0429, r_0429_kms_s_1005r_0429, r_0429_kms_s_1096r_0429, r_0429_kms_s_1140r_0429, s_0470, s_0514, s_0582, s_0763_b, s_1005, s_1091, s_1096, s_1140, s_1434_b);
  r_0430: s_0380 + 9$s_0763_b + 3s_1005 + 6s_1096 -> 3s_0470 + 3s_0514 + 6s_1091 + s_1140 + 3$s_1434_b; intracellular*function_112(r_0430_Keq_r_0430, r_0430_Vmax_r_0430, intracellular, r_0430_kmp_s_0470r_0430, r_0430_kmp_s_0514r_0430, r_0430_kmp_s_1091r_0430, r_0430_kmp_s_1140r_0430, r_0430_kmp_s_1434_br_0430, r_0430_kms_s_0380r_0430, r_0430_kms_s_0763_br_0430, r_0430_kms_s_1005r_0430, r_0430_kms_s_1096r_0430, s_0380, s_0470, s_0514, s_0763_b, s_1005, s_1091, s_1096, s_1140, s_1434_b);
  r_0437: s_0446 + s_0514 + s_0987 -> s_0434 + s_0605 + s_1355; intracellular*function_113(r_0437_Keq_r_0437, r_0437_Vmax_r_0437, intracellular, r_0437_kmp_s_0434r_0437, r_0437_kmp_s_0605r_0437, r_0437_kmp_s_1355r_0437, r_0437_kms_s_0446r_0437, r_0437_kms_s_0514r_0437, r_0437_kms_s_0987r_0437, s_0434, s_0446, s_0514, s_0605, s_0987, s_1355);
  r_0439: s_0434 + s_0605 + s_1334 -> s_0446 + s_0514 + s_1329; intracellular*function_114(r_0439_Keq_r_0439, r_0439_Vmax_r_0439, intracellular, r_0439_kmp_s_0446r_0439, r_0439_kmp_s_0514r_0439, r_0439_kmp_s_1329r_0439, r_0439_kms_s_0434r_0439, r_0439_kms_s_0605r_0439, r_0439_kms_s_1334r_0439, s_0434, s_0446, s_0514, s_0605, s_1329, s_1334);
  r_0442: s_0434 + s_0605 + s_1140 -> s_0446 + s_0514 + s_1132; intracellular*function_115(r_0442_Keq_r_0442, r_0442_Vmax_r_0442, intracellular, r_0442_kmp_s_0446r_0442, r_0442_kmp_s_0514r_0442, r_0442_kmp_s_1132r_0442, r_0442_kms_s_0434r_0442, r_0442_kms_s_0605r_0442, r_0442_kms_s_1140r_0442, s_0434, s_0446, s_0514, s_0605, s_1132, s_1140);
  r_0464: s_0582 + 3$s_0763_b + s_1005 + 2s_1096 -> s_0470 + s_0514 + s_0977 + 2s_1091 + $s_1434_b; intracellular*function_116(r_0464_Keq_r_0464, r_0464_Vmax_r_0464, intracellular, r_0464_kmp_s_0470r_0464, r_0464_kmp_s_0514r_0464, r_0464_kmp_s_0977r_0464, r_0464_kmp_s_1091r_0464, r_0464_kmp_s_1434_br_0464, r_0464_kms_s_0582r_0464, r_0464_kms_s_0763_br_0464, r_0464_kms_s_1005r_0464, r_0464_kms_s_1096r_0464, s_0470, s_0514, s_0582, s_0763_b, s_0977, s_1005, s_1091, s_1096, s_1434_b);
  r_0465: 3$s_0763_b + s_0977 + s_1005 + 2s_1096 -> s_0470 + s_0514 + s_1044 + 2s_1091 + $s_1434_b; intracellular*function_117(r_0465_Keq_r_0465, r_0465_Vmax_r_0465, intracellular, r_0465_kmp_s_0470r_0465, r_0465_kmp_s_0514r_0465, r_0465_kmp_s_1044r_0465, r_0465_kmp_s_1091r_0465, r_0465_kmp_s_1434_br_0465, r_0465_kms_s_0763_br_0465, r_0465_kms_s_0977r_0465, r_0465_kms_s_1005r_0465, r_0465_kms_s_1096r_0465, s_0470, s_0514, s_0763_b, s_0977, s_1005, s_1044, s_1091, s_1096, s_1434_b);
  r_0466: 3$s_0763_b + s_1005 + s_1044 + 2s_1096 -> s_0470 + s_0514 + 2s_1091 + s_1187 + $s_1434_b; intracellular*function_118(r_0466_Keq_r_0466, r_0466_Vmax_r_0466, intracellular, r_0466_kmp_s_0470r_0466, r_0466_kmp_s_0514r_0466, r_0466_kmp_s_1091r_0466, r_0466_kmp_s_1187r_0466, r_0466_kmp_s_1434_br_0466, r_0466_kms_s_0763_br_0466, r_0466_kms_s_1005r_0466, r_0466_kms_s_1044r_0466, r_0466_kms_s_1096r_0466, s_0470, s_0514, s_0763_b, s_1005, s_1044, s_1091, s_1096, s_1187, s_1434_b);
  r_0467: 3$s_0763_b + s_1005 + 2s_1096 + s_1187 -> s_0470 + s_0514 + 2s_1091 + s_1334 + $s_1434_b; intracellular*function_119(r_0467_Keq_r_0467, r_0467_Vmax_r_0467, intracellular, r_0467_kmp_s_0470r_0467, r_0467_kmp_s_0514r_0467, r_0467_kmp_s_1091r_0467, r_0467_kmp_s_1334r_0467, r_0467_kmp_s_1434_br_0467, r_0467_kms_s_0763_br_0467, r_0467_kms_s_1005r_0467, r_0467_kms_s_1096r_0467, r_0467_kms_s_1187r_0467, s_0470, s_0514, s_0763_b, s_1005, s_1091, s_1096, s_1187, s_1334, s_1434_b);
  r_0479: s_0309 + s_0446 + s_0689 -> s_0122 + s_0400 + $s_1207; intracellular*function_120(r_0479_Keq_r_0479, r_0479_Vmax_r_0479, intracellular, r_0479_kmp_s_0122r_0479, r_0479_kmp_s_0400r_0479, r_0479_kmp_s_1207r_0479, r_0479_kms_s_0309r_0479, r_0479_kms_s_0446r_0479, r_0479_kms_s_0689r_0479, s_0122, s_0309, s_0400, s_0446, s_0689, s_1207);
  r_0484: s_0537 -> s_0731 + s_0735; intracellular*function_121(r_0484_Keq_r_0484, r_0484_Vmax_r_0484, intracellular, r_0484_kmp_s_0731r_0484, r_0484_kmp_s_0735r_0484, r_0484_kms_s_0537r_0484, s_0537, s_0731, s_0735);
  r_0485: s_0069 -> s_0692 + $s_1434_b; intracellular*function_122(r_0485_Keq_r_0485, r_0485_Vmax_r_0485, intracellular, r_0485_kmp_s_0692r_0485, r_0485_kmp_s_1434_br_0485, r_0485_kms_s_0069r_0485, s_0069, s_0692, s_1434_b);
  r_0488: s_0659 + s_0692 -> s_0657 + s_1338; intracellular*function_123(r_0488_Keq_r_0488, r_0488_Vmax_r_0488, intracellular, r_0488_kmp_s_0657r_0488, r_0488_kmp_s_1338r_0488, r_0488_kms_s_0659r_0488, r_0488_kms_s_0692r_0488, s_0657, s_0659, s_0692, s_1338);
  r_0496: s_0712 + s_0850 -> s_0195 + s_0605; intracellular*function_124(r_0496_Keq_r_0496, r_0496_Vmax_r_0496, intracellular, r_0496_kmp_s_0195r_0496, r_0496_kmp_s_0605r_0496, r_0496_kms_s_0712r_0496, r_0496_kms_s_0850r_0496, s_0195, s_0605, s_0712, s_0850);
  r_0499: s_0446 + s_0545 -> s_0400 + s_0455 + $s_0763_b; intracellular*function_125(r_0499_Keq_r_0499, r_0499_Vmax_r_0499, intracellular, r_0499_kmp_s_0400r_0499, r_0499_kmp_s_0455r_0499, r_0499_kmp_s_0763_br_0499, r_0499_kms_s_0446r_0499, r_0499_kms_s_0545r_0499, s_0400, s_0446, s_0455, s_0545, s_0763_b);
  r_0504: s_0455 -> s_0539; intracellular*function_126(r_0504_Keq_r_0504, r_0504_Vmax_r_0504, intracellular, r_0504_kmp_s_0539r_0504, r_0504_kms_s_0455r_0504, s_0455, s_0539);
  r_0505: s_0410 -> s_0539; intracellular*function_127(r_0505_Keq_r_0505, r_0505_Vmax_r_0505, intracellular, r_0505_kmp_s_0539r_0505, r_0505_kms_s_0410r_0505, s_0410, s_0539);
  r_0506: s_0446 + s_0899 -> s_0400 + s_0894; intracellular*function_128(r_0506_Keq_r_0506, r_0506_Vmax_r_0506, intracellular, r_0506_kmp_s_0400r_0506, r_0506_kmp_s_0894r_0506, r_0506_kms_s_0446r_0506, r_0506_kms_s_0899r_0506, s_0400, s_0446, s_0894, s_0899);
  r_0509: s_0185 + s_0430 + $s_0763_b + s_1096 -> s_0899 + s_1091 + $s_1434_b; intracellular*function_129(r_0509_Keq_r_0509, r_0509_Vmax_r_0509, intracellular, r_0509_kmp_s_0899r_0509, r_0509_kmp_s_1091r_0509, r_0509_kmp_s_1434_br_0509, r_0509_kms_s_0185r_0509, r_0509_kms_s_0430r_0509, r_0509_kms_s_0763_br_0509, r_0509_kms_s_1096r_0509, s_0185, s_0430, s_0763_b, s_0899, s_1091, s_1096, s_1434_b);
  r_0510: s_0185 + $s_0763_b + s_0907 + s_1087 -> 2s_0899 + s_1082; intracellular*function_130(r_0510_Keq_r_0510, r_0510_Vmax_r_0510, intracellular, r_0510_kmp_s_0899r_0510, r_0510_kmp_s_1082r_0510, r_0510_kms_s_0185r_0510, r_0510_kms_s_0763_br_0510, r_0510_kms_s_0907r_0510, r_0510_kms_s_1087r_0510, s_0185, s_0763_b, s_0899, s_0907, s_1082, s_1087);
  r_0512: $s_0763_b + s_0894 + s_1087 -> s_0905 + s_1082 + $s_1207; intracellular*function_131(r_0512_Keq_r_0512, r_0512_Vmax_r_0512, intracellular, r_0512_kmp_s_0905r_0512, r_0512_kmp_s_1082r_0512, r_0512_kmp_s_1207r_0512, r_0512_kms_s_0763_br_0512, r_0512_kms_s_0894r_0512, r_0512_kms_s_1087r_0512, s_0763_b, s_0894, s_0905, s_1082, s_1087, s_1207);
  r_0514: s_0331 + s_0907 + $s_1434_b -> s_0333 + s_0605 + s_0899; intracellular*function_132(r_0514_Keq_r_0514, r_0514_Vmax_r_0514, intracellular, r_0514_kmp_s_0333r_0514, r_0514_kmp_s_0605r_0514, r_0514_kmp_s_0899r_0514, r_0514_kms_s_0331r_0514, r_0514_kms_s_0907r_0514, r_0514_kms_s_1434_br_0514, s_0331, s_0333, s_0605, s_0899, s_0907, s_1434_b);
  r_0515: s_0430 + s_0446 + s_0899 -> s_0400 + $s_0763_b + s_0907 + $s_1207; intracellular*function_133(r_0515_Keq_r_0515, r_0515_Vmax_r_0515, intracellular, r_0515_kmp_s_0400r_0515, r_0515_kmp_s_0763_br_0515, r_0515_kmp_s_0907r_0515, r_0515_kmp_s_1207r_0515, r_0515_kms_s_0430r_0515, r_0515_kms_s_0446r_0515, r_0515_kms_s_0899r_0515, s_0400, s_0430, s_0446, s_0763_b, s_0899, s_0907, s_1207);
  r_0525: s_0731 + s_1082 + $s_1207 -> s_0265 + $s_0763_b + s_1087; intracellular*function_134(r_0525_Keq_r_0525, r_0525_Vmax_r_0525, intracellular, r_0525_kmp_s_0265r_0525, r_0525_kmp_s_0763_br_0525, r_0525_kmp_s_1087r_0525, r_0525_kms_s_0731r_0525, r_0525_kms_s_1082r_0525, r_0525_kms_s_1207r_0525, s_0265, s_0731, s_0763_b, s_1082, s_1087, s_1207);
  r_0526: s_0732 + s_1091 -> s_0734 + $s_0763_b + s_1096; intracellular*function_135(r_0526_Keq_r_0526, r_0526_Vmax_r_0526, intracellular, r_0526_kmp_s_0734r_0526, r_0526_kmp_s_0763_br_0526, r_0526_kmp_s_1096r_0526, r_0526_kms_s_0732r_0526, r_0526_kms_s_1091r_0526, s_0732, s_0734, s_0763_b, s_1091, s_1096);
  r_0528: s_1315 + $s_1434_b -> s_0732 + $s_1207; intracellular*function_136(r_0528_Keq_r_0528, r_0528_Vmax_r_0528, intracellular, r_0528_kmp_s_0732r_0528, r_0528_kmp_s_1207r_0528, r_0528_kms_s_1315r_0528, r_0528_kms_s_1434_br_0528, s_0732, s_1207, s_1315, s_1434_b);
  r_0529: s_0657 + s_1315 -> s_0659 + s_0735; intracellular*function_137(r_0529_Keq_r_0529, r_0529_Vmax_r_0529, intracellular, r_0529_kmp_s_0659r_0529, r_0529_kmp_s_0735r_0529, r_0529_kms_s_0657r_0529, r_0529_kms_s_1315r_0529, s_0657, s_0659, s_0735, s_1315);
  r_0530: s_0735 + $s_0763_b + s_1087 -> s_1082 + s_1315; intracellular*function_138(r_0530_Keq_r_0530, r_0530_Vmax_r_0530, intracellular, r_0530_kmp_s_1082r_0530, r_0530_kmp_s_1315r_0530, r_0530_kms_s_0735r_0530, r_0530_kms_s_0763_br_0530, r_0530_kms_s_1087r_0530, s_0735, s_0763_b, s_1082, s_1087, s_1315);
  r_0534: s_0386 + s_1315 -> s_0083 + s_0514 + 2$s_0763_b; intracellular*function_139(r_0534_Keq_r_0534, r_0534_Vmax_r_0534, intracellular, r_0534_kmp_s_0083r_0534, r_0534_kmp_s_0514r_0534, r_0534_kmp_s_0763_br_0534, r_0534_kms_s_0386r_0534, r_0534_kms_s_1315r_0534, s_0083, s_0386, s_0514, s_0763_b, s_1315);
  r_0538: s_0309 + s_0740 + s_1082 -> s_0307 + s_0430 + s_0470 + s_1087; intracellular*function_140(r_0538_Keq_r_0538, r_0538_Vmax_r_0538, intracellular, r_0538_kmp_s_0307r_0538, r_0538_kmp_s_0430r_0538, r_0538_kmp_s_0470r_0538, r_0538_kmp_s_1087r_0538, r_0538_kms_s_0309r_0538, r_0538_kms_s_0740r_0538, r_0538_kms_s_1082r_0538, s_0307, s_0309, s_0430, s_0470, s_0740, s_1082, s_1087);
  r_0539: s_0307 + s_0740 + $s_1434_b -> s_0309 + s_0943; intracellular*function_141(r_0539_Keq_r_0539, r_0539_Vmax_r_0539, intracellular, r_0539_kmp_s_0309r_0539, r_0539_kmp_s_0943r_0539, r_0539_kms_s_0307r_0539, r_0539_kms_s_0740r_0539, r_0539_kms_s_1434_br_0539, s_0307, s_0309, s_0740, s_0943, s_1434_b);
  r_0547: s_1415 + $s_1434_b -> s_0438 + $s_0763_b + s_1411; intracellular*function_142(r_0547_Keq_r_0547, r_0547_Vmax_r_0547, intracellular, r_0547_kmp_s_0438r_0547, r_0547_kmp_s_0763_br_0547, r_0547_kmp_s_1411r_0547, r_0547_kms_s_1415r_0547, r_0547_kms_s_1434_br_0547, s_0438, s_0763_b, s_1411, s_1415, s_1434_b);
  r_0551: s_0306 + s_0446 + s_0907 + $s_1434_b -> s_0434 + s_0605 + s_0752 + 2$s_0763_b + s_0899; intracellular*function_143(r_0551_Keq_r_0551, r_0551_Vmax_r_0551, intracellular, r_0551_kmp_s_0434r_0551, r_0551_kmp_s_0605r_0551, r_0551_kmp_s_0752r_0551, r_0551_kmp_s_0763_br_0551, r_0551_kmp_s_0899r_0551, r_0551_kms_s_0306r_0551, r_0551_kms_s_0446r_0551, r_0551_kms_s_0907r_0551, r_0551_kms_s_1434_br_0551, s_0306, s_0434, s_0446, s_0605, s_0752, s_0763_b, s_0899, s_0907, s_1434_b);
  r_0562: s_0755 + 3$s_1434_b -> s_0145 + s_0605 + s_0689 + 2$s_0763_b; intracellular*function_144(r_0562_Keq_r_0562, r_0562_Vmax_r_0562, intracellular, r_0562_kmp_s_0145r_0562, r_0562_kmp_s_0605r_0562, r_0562_kmp_s_0689r_0562, r_0562_kmp_s_0763_br_0562, r_0562_kms_s_0755r_0562, r_0562_kms_s_1434_br_0562, s_0145, s_0605, s_0689, s_0755, s_0763_b, s_1434_b);
  r_0567: s_0446 + s_0752 -> s_0400 + s_0706; intracellular*function_145(r_0567_Keq_r_0567, r_0567_Vmax_r_0567, intracellular, r_0567_kmp_s_0400r_0567, r_0567_kmp_s_0706r_0567, r_0567_kms_s_0446r_0567, r_0567_kms_s_0752r_0567, s_0400, s_0446, s_0706, s_0752);
  r_0568: s_0566 + s_0752 -> s_0562 + s_0706; intracellular*function_146(r_0568_Keq_r_0568, r_0568_Vmax_r_0568, intracellular, r_0568_kmp_s_0562r_0568, r_0568_kmp_s_0706r_0568, r_0568_kms_s_0566r_0568, r_0568_kms_s_0752r_0568, s_0562, s_0566, s_0706, s_0752);
  r_0573: s_0446 + s_0545 -> s_0400 + s_0410 + $s_0763_b; intracellular*function_147(r_0573_Keq_r_0573, r_0573_Vmax_r_0573, intracellular, r_0573_kmp_s_0400r_0573, r_0573_kmp_s_0410r_0573, r_0573_kmp_s_0763_br_0573, r_0573_kms_s_0446r_0573, r_0573_kms_s_0545r_0573, s_0400, s_0410, s_0446, s_0545, s_0763_b);
  r_0575: s_0915 + 2s_1082 + $s_1434_b -> 3$s_0763_b + s_0911 + 2s_1087; intracellular*function_148(r_0575_Keq_r_0575, r_0575_Vmax_r_0575, intracellular, r_0575_kmp_s_0763_br_0575, r_0575_kmp_s_0911r_0575, r_0575_kmp_s_1087r_0575, r_0575_kms_s_0915r_0575, r_0575_kms_s_1082r_0575, r_0575_kms_s_1434_br_0575, s_0763_b, s_0911, s_0915, s_1082, s_1087, s_1434_b);
  r_0576: s_0916 + $s_1434_b -> s_0915 + $s_1207; intracellular*function_149(r_0576_Keq_r_0576, r_0576_Vmax_r_0576, intracellular, r_0576_kmp_s_0915r_0576, r_0576_kmp_s_1207r_0576, r_0576_kms_s_0916r_0576, r_0576_kms_s_1434_br_0576, s_0915, s_0916, s_1207, s_1434_b);
  r_0577: s_0212 + s_0899 -> s_0185 + s_0916; intracellular*function_150(r_0577_Keq_r_0577, r_0577_Vmax_r_0577, intracellular, r_0577_kmp_s_0185r_0577, r_0577_kmp_s_0916r_0577, r_0577_kms_s_0212r_0577, r_0577_kms_s_0899r_0577, s_0185, s_0212, s_0899, s_0916);
  r_0581: s_0468 + $s_1434_b -> s_0800; intracellular*function_151(r_0581_Keq_r_0581, r_0581_Vmax_r_0581, intracellular, r_0581_kmp_s_0800r_0581, r_0581_kms_s_0468r_0581, r_0581_kms_s_1434_br_0581, s_0468, s_0800, s_1434_b);
  r_0582: s_0185 + s_0380 + $s_1434_b -> s_0514 + $s_0763_b + s_0798; intracellular*function_152(r_0582_Keq_r_0582, r_0582_Vmax_r_0582, intracellular, r_0582_kmp_s_0514r_0582, r_0582_kmp_s_0763_br_0582, r_0582_kmp_s_0798r_0582, r_0582_kms_s_0185r_0582, r_0582_kms_s_0380r_0582, r_0582_kms_s_1434_br_0582, s_0185, s_0380, s_0514, s_0763_b, s_0798, s_1434_b);
  r_0585: s_0800 + s_1082 -> s_0180 + $s_0763_b + s_1087; intracellular*function_153(r_0585_Keq_r_0585, r_0585_Vmax_r_0585, intracellular, r_0585_kmp_s_0180r_0585, r_0585_kmp_s_0763_br_0585, r_0585_kmp_s_1087r_0585, r_0585_kms_s_0800r_0585, r_0585_kms_s_1082r_0585, s_0180, s_0763_b, s_0800, s_1082, s_1087);
  r_0586: $s_0763_b + s_0886 + s_1087 -> s_0919 + s_1082; intracellular*function_154(r_0586_Keq_r_0586, r_0586_Vmax_r_0586, intracellular, r_0586_kmp_s_0919r_0586, r_0586_kmp_s_1082r_0586, r_0586_kms_s_0763_br_0586, r_0586_kms_s_0886r_0586, r_0586_kms_s_1087r_0586, s_0763_b, s_0886, s_0919, s_1082, s_1087);
  r_0588: s_0446 + s_0919 -> s_0400 + $s_0763_b + s_1122; intracellular*function_155(r_0588_Keq_r_0588, r_0588_Vmax_r_0588, intracellular, r_0588_kmp_s_0400r_0588, r_0588_kmp_s_0763_br_0588, r_0588_kmp_s_1122r_0588, r_0588_kms_s_0446r_0588, r_0588_kms_s_0919r_0588, s_0400, s_0446, s_0763_b, s_0919, s_1122);
  r_0589: s_0380 + s_0919 -> s_0514 + s_1117; intracellular*function_156(r_0589_Keq_r_0589, r_0589_Vmax_r_0589, intracellular, r_0589_kmp_s_0514r_0589, r_0589_kmp_s_1117r_0589, r_0589_kms_s_0380r_0589, r_0589_kms_s_0919r_0589, s_0380, s_0514, s_0919, s_1117);
  r_0598: s_0225 + 2$s_0763_b + 2s_1096 -> s_0031 + s_0514 + 2s_1091; intracellular*function_157(r_0598_Keq_r_0598, r_0598_Vmax_r_0598, intracellular, r_0598_kmp_s_0031r_0598, r_0598_kmp_s_0514r_0598, r_0598_kmp_s_1091r_0598, r_0598_kms_s_0225r_0598, r_0598_kms_s_0763_br_0598, r_0598_kms_s_1096r_0598, s_0031, s_0225, s_0514, s_0763_b, s_1091, s_1096);
  r_0599: s_0374 + s_0380 + $s_1434_b -> s_0225 + s_0514 + $s_0763_b; intracellular*function_158(r_0599_Keq_r_0599, r_0599_Vmax_r_0599, intracellular, r_0599_kmp_s_0225r_0599, r_0599_kmp_s_0514r_0599, r_0599_kmp_s_0763_br_0599, r_0599_kms_s_0374r_0599, r_0599_kms_s_0380r_0599, r_0599_kms_s_1434_br_0599, s_0225, s_0374, s_0380, s_0514, s_0763_b, s_1434_b);
  r_0604: s_0315 + s_0907 -> s_0317 + s_0532 + $s_0763_b + s_0899; intracellular*function_159(r_0604_Keq_r_0604, r_0604_Vmax_r_0604, intracellular, r_0604_kmp_s_0317r_0604, r_0604_kmp_s_0532r_0604, r_0604_kmp_s_0763_br_0604, r_0604_kmp_s_0899r_0604, r_0604_kms_s_0315r_0604, r_0604_kms_s_0907r_0604, s_0315, s_0317, s_0532, s_0763_b, s_0899, s_0907);
  r_0605: s_0532 -> s_0212 + $s_1434_b; intracellular*function_160(r_0605_Keq_r_0605, r_0605_Vmax_r_0605, intracellular, r_0605_kmp_s_0212r_0605, r_0605_kmp_s_1434_br_0605, r_0605_kms_s_0532r_0605, s_0212, s_0532, s_1434_b);
  r_0606: s_0325 -> s_0816 + $s_1434_b; intracellular*function_161(r_0606_Keq_r_0606, r_0606_Vmax_r_0606, intracellular, r_0606_kmp_s_0816r_0606, r_0606_kmp_s_1434_br_0606, r_0606_kms_s_0325r_0606, s_0325, s_0816, s_1434_b);
  r_0607: s_0816 + s_1082 + $s_1434_b -> s_0306 + $s_0763_b + s_1087; intracellular*function_162(r_0607_Keq_r_0607, r_0607_Vmax_r_0607, intracellular, r_0607_kmp_s_0306r_0607, r_0607_kmp_s_0763_br_0607, r_0607_kmp_s_1087r_0607, r_0607_kms_s_0816r_0607, r_0607_kms_s_1082r_0607, r_0607_kms_s_1434_br_0607, s_0306, s_0763_b, s_0816, s_1082, s_1087, s_1434_b);
  r_0608: s_0078 + $s_0763_b -> s_0088 + s_0470 + $s_1434_b; intracellular*function_163(r_0608_Keq_r_0608, r_0608_Vmax_r_0608, intracellular, r_0608_kmp_s_0088r_0608, r_0608_kmp_s_0470r_0608, r_0608_kmp_s_1434_br_0608, r_0608_kms_s_0078r_0608, r_0608_kms_s_0763_br_0608, s_0078, s_0088, s_0470, s_0763_b, s_1434_b);
  r_0610: s_0605 + $s_1434_b -> $s_0763_b + 2$s_1207; intracellular*function_164(r_0610_Keq_r_0610, r_0610_Vmax_r_0610, intracellular, r_0610_kmp_s_0763_br_0610, r_0610_kmp_s_1207r_0610, r_0610_kms_s_0605r_0610, r_0610_kms_s_1434_br_0610, s_0605, s_0763_b, s_1207, s_1434_b);
  r_0618: s_0128 + s_1013 -> s_0824; intracellular*function_165(r_0618_Keq_r_0618, r_0618_Vmax_r_0618, intracellular, r_0618_kmp_s_0824r_0618, r_0618_kms_s_0128r_0618, r_0618_kms_s_1013r_0618, s_0128, s_0824, s_1013);
  r_0621: s_0128 + s_1060 -> s_0828; intracellular*function_166(r_0621_Keq_r_0621, r_0621_Vmax_r_0621, intracellular, r_0621_kmp_s_0828r_0621, r_0621_kms_s_0128r_0621, r_0621_kms_s_1060r_0621, s_0128, s_0828, s_1060);
  r_0630: s_0847 + s_1091 -> s_0185 + s_0470 + s_1096; intracellular*function_167(r_0630_Keq_r_0630, r_0630_Vmax_r_0630, intracellular, r_0630_kmp_s_0185r_0630, r_0630_kmp_s_0470r_0630, r_0630_kmp_s_1096r_0630, r_0630_kms_s_0847r_0630, r_0630_kms_s_1091r_0630, s_0185, s_0470, s_0847, s_1091, s_1096);
  r_0633: s_0847 -> s_0749 + s_1338; intracellular*function_168(r_0633_Keq_r_0633, r_0633_Vmax_r_0633, intracellular, r_0633_kmp_s_0749r_0633, r_0633_kmp_s_1338r_0633, r_0633_kms_s_0847r_0633, s_0749, s_0847, s_1338);
  r_0634: s_0058 + s_0899 -> s_0185 + s_0920; intracellular*function_169(r_0634_Keq_r_0634, r_0634_Vmax_r_0634, intracellular, r_0634_kmp_s_0185r_0634, r_0634_kmp_s_0920r_0634, r_0634_kms_s_0058r_0634, r_0634_kms_s_0899r_0634, s_0058, s_0185, s_0899, s_0920);
  r_0638: s_0850 -> s_1257; intracellular*function_170(r_0638_Keq_r_0638, r_0638_Vmax_r_0638, intracellular, r_0638_kmp_s_1257r_0638, r_0638_kms_s_0850r_0638, s_0850, s_1257);
  r_0640: s_0042 + $s_0763_b + s_1096 -> s_0007 + s_1091; intracellular*function_171(r_0640_Keq_r_0640, r_0640_Vmax_r_0640, intracellular, r_0640_kmp_s_0007r_0640, r_0640_kmp_s_1091r_0640, r_0640_kms_s_0042r_0640, r_0640_kms_s_0763_br_0640, r_0640_kms_s_1096r_0640, s_0007, s_0042, s_0763_b, s_1091, s_1096);
  r_0647: s_0899 + s_1277 -> s_0185 + s_0863; intracellular*function_172(r_0647_Keq_r_0647, r_0647_Vmax_r_0647, intracellular, r_0647_kmp_s_0185r_0647, r_0647_kmp_s_0863r_0647, r_0647_kms_s_0899r_0647, r_0647_kms_s_1277r_0647, s_0185, s_0863, s_0899, s_1277);
  r_0650: s_0446 + $s_0763_b + s_0861 + s_1087 -> s_0434 + s_0605 + s_0867 + s_1082; intracellular*function_173(r_0650_Keq_r_0650, r_0650_Vmax_r_0650, intracellular, r_0650_kmp_s_0434r_0650, r_0650_kmp_s_0605r_0650, r_0650_kmp_s_0867r_0650, r_0650_kmp_s_1082r_0650, r_0650_kms_s_0446r_0650, r_0650_kms_s_0763_br_0650, r_0650_kms_s_0861r_0650, r_0650_kms_s_1087r_0650, s_0434, s_0446, s_0605, s_0763_b, s_0861, s_0867, s_1082, s_1087);
  r_0657: s_0905 -> s_0120 + $s_0763_b + $s_1434_b; intracellular*function_174(r_0657_Keq_r_0657, r_0657_Vmax_r_0657, intracellular, r_0657_kmp_s_0120r_0657, r_0657_kmp_s_0763_br_0657, r_0657_kmp_s_1434_br_0657, r_0657_kms_s_0905r_0657, s_0120, s_0763_b, s_0905, s_1434_b);
  r_0660: s_1091 + s_1379 -> s_0118 + 2$s_0763_b + s_1096; intracellular*function_175(r_0660_Keq_r_0660, r_0660_Vmax_r_0660, intracellular, r_0660_kmp_s_0118r_0660, r_0660_kmp_s_0763_br_0660, r_0660_kmp_s_1096r_0660, r_0660_kms_s_1091r_0660, r_0660_kms_s_1379r_0660, s_0118, s_0763_b, s_1091, s_1096, s_1379);
  r_0661: s_0118 + 2$s_0763_b + s_1087 -> s_1082 + s_1379; intracellular*function_176(r_0661_Keq_r_0661, r_0661_Vmax_r_0661, intracellular, r_0661_kmp_s_1082r_0661, r_0661_kmp_s_1379r_0661, r_0661_kms_s_0118r_0661, r_0661_kms_s_0763_br_0661, r_0661_kms_s_1087r_0661, s_0118, s_0763_b, s_1082, s_1087, s_1379);
  r_0667: s_0949 -> s_0183 + s_0430; intracellular*function_177(r_0667_Keq_r_0667, r_0667_Vmax_r_0667, intracellular, r_0667_kmp_s_0183r_0667, r_0667_kmp_s_0430r_0667, r_0667_kms_s_0949r_0667, s_0183, s_0430, s_0949);
  r_0673: s_0040 -> s_0963; intracellular*function_178(r_0673_Keq_r_0673, r_0673_Vmax_r_0673, intracellular, r_0673_kmp_s_0963r_0673, r_0673_kms_s_0040r_0673, s_0040, s_0963);
  r_0674: s_0297 + s_0899 -> s_0185 + s_0925; intracellular*function_179(r_0674_Keq_r_0674, r_0674_Vmax_r_0674, intracellular, r_0674_kmp_s_0185r_0674, r_0674_kmp_s_0925r_0674, r_0674_kms_s_0297r_0674, r_0674_kms_s_0899r_0674, s_0185, s_0297, s_0899, s_0925);
  r_0688: $s_0763_b + s_1087 + s_1156 -> s_0069 + s_1082; intracellular*function_180(r_0688_Keq_r_0688, r_0688_Vmax_r_0688, intracellular, r_0688_kmp_s_0069r_0688, r_0688_kmp_s_1082r_0688, r_0688_kms_s_0763_br_0688, r_0688_kms_s_1087r_0688, r_0688_kms_s_1156r_0688, s_0069, s_0763_b, s_1082, s_1087, s_1156);
  r_0697: s_0553 + s_0755 + $s_0763_b -> s_0605 + s_0710; intracellular*function_181(r_0697_Keq_r_0697, r_0697_Vmax_r_0697, intracellular, r_0697_kmp_s_0605r_0697, r_0697_kmp_s_0710r_0697, r_0697_kms_s_0553r_0697, r_0697_kms_s_0755r_0697, r_0697_kms_s_0763_br_0697, s_0553, s_0605, s_0710, s_0755, s_0763_b);
  r_0698: s_0539 -> s_0554; intracellular*function_182(r_0698_Keq_r_0698, r_0698_Vmax_r_0698, intracellular, r_0698_kmp_s_0554r_0698, r_0698_kms_s_0539r_0698, s_0539, s_0554);
  r_0699: s_0015 + $s_1434_b -> s_0122 + $s_0763_b; intracellular*function_183(r_0699_Keq_r_0699, r_0699_Vmax_r_0699, intracellular, r_0699_kmp_s_0122r_0699, r_0699_kmp_s_0763_br_0699, r_0699_kms_s_0015r_0699, r_0699_kms_s_1434_br_0699, s_0015, s_0122, s_0763_b, s_1434_b);
  r_0701: s_0446 + s_0933 + $s_1434_b -> s_0605 + $s_1207 + s_1293; intracellular*function_184(r_0701_Keq_r_0701, r_0701_Vmax_r_0701, intracellular, r_0701_kmp_s_0605r_0701, r_0701_kmp_s_1207r_0701, r_0701_kmp_s_1293r_0701, r_0701_kms_s_0446r_0701, r_0701_kms_s_0933r_0701, r_0701_kms_s_1434_br_0701, s_0446, s_0605, s_0933, s_1207, s_1293, s_1434_b);
  r_0702: s_0328 + s_0917 -> s_0309 + $s_0763_b + s_0933; intracellular*function_185(r_0702_Keq_r_0702, r_0702_Vmax_r_0702, intracellular, r_0702_kmp_s_0309r_0702, r_0702_kmp_s_0763_br_0702, r_0702_kmp_s_0933r_0702, r_0702_kms_s_0328r_0702, r_0702_kms_s_0917r_0702, s_0309, s_0328, s_0763_b, s_0917, s_0933);
  r_0707: s_0307 + s_1091 -> s_0015 + s_1096; intracellular*function_186(r_0707_Keq_r_0707, r_0707_Vmax_r_0707, intracellular, r_0707_kmp_s_0015r_0707, r_0707_kmp_s_1096r_0707, r_0707_kms_s_0307r_0707, r_0707_kms_s_1091r_0707, s_0015, s_0307, s_1091, s_1096);
  r_0712: s_0031 + s_0521 -> s_0022 + s_0481 + $s_0763_b; intracellular*function_187(r_0712_Keq_r_0712, r_0712_Vmax_r_0712, intracellular, r_0712_kmp_s_0022r_0712, r_0712_kmp_s_0481r_0712, r_0712_kmp_s_0763_br_0712, r_0712_kms_s_0031r_0712, r_0712_kms_s_0521r_0712, s_0022, s_0031, s_0481, s_0521, s_0763_b);
  r_0715: s_0021 + s_0446 -> s_0400 + s_0470 + s_0850 + $s_1207; intracellular*function_188(r_0715_Keq_r_0715, r_0715_Vmax_r_0715, intracellular, r_0715_kmp_s_0400r_0715, r_0715_kmp_s_0470r_0715, r_0715_kmp_s_0850r_0715, r_0715_kmp_s_1207r_0715, r_0715_kms_s_0021r_0715, r_0715_kms_s_0446r_0715, s_0021, s_0400, s_0446, s_0470, s_0850, s_1207);
  r_0719: s_0046 + s_1091 -> s_0247 + $s_0763_b + s_1096; intracellular*function_189(r_0719_Keq_r_0719, r_0719_Vmax_r_0719, intracellular, r_0719_kmp_s_0247r_0719, r_0719_kmp_s_0763_br_0719, r_0719_kmp_s_1096r_0719, r_0719_kms_s_0046r_0719, r_0719_kms_s_1091r_0719, s_0046, s_0247, s_0763_b, s_1091, s_1096);
  r_0720: s_0052 + s_1091 -> s_0257 + $s_0763_b + s_1096; intracellular*function_190(r_0720_Keq_r_0720, r_0720_Vmax_r_0720, intracellular, r_0720_kmp_s_0257r_0720, r_0720_kmp_s_0763_br_0720, r_0720_kmp_s_1096r_0720, r_0720_kms_s_0052r_0720, r_0720_kms_s_1091r_0720, s_0052, s_0257, s_0763_b, s_1091, s_1096);
  r_0721: s_0234 + s_1091 -> s_0254 + $s_0763_b + s_1096; intracellular*function_191(r_0721_Keq_r_0721, r_0721_Vmax_r_0721, intracellular, r_0721_kmp_s_0254r_0721, r_0721_kmp_s_0763_br_0721, r_0721_kmp_s_1096r_0721, r_0721_kms_s_0234r_0721, r_0721_kms_s_1091r_0721, s_0234, s_0254, s_0763_b, s_1091, s_1096);
  r_0722: s_0055 + s_1091 -> s_0261 + $s_0763_b + s_1096; intracellular*function_192(r_0722_Keq_r_0722, r_0722_Vmax_r_0722, intracellular, r_0722_kmp_s_0261r_0722, r_0722_kmp_s_0763_br_0722, r_0722_kmp_s_1096r_0722, r_0722_kms_s_0055r_0722, r_0722_kms_s_1091r_0722, s_0055, s_0261, s_0763_b, s_1091, s_1096);
  r_0723: s_0710 + s_0828 -> s_1013; intracellular*function_193(r_0723_Keq_r_0723, r_0723_Vmax_r_0723, intracellular, r_0723_kmp_s_1013r_0723, r_0723_kms_s_0710r_0723, r_0723_kms_s_0828r_0723, s_0710, s_0828, s_1013);
  r_0725: s_0128 + $s_1434_b -> s_1020 + $s_1207; intracellular*function_194(r_0725_Keq_r_0725, r_0725_Vmax_r_0725, intracellular, r_0725_kmp_s_1020r_0725, r_0725_kmp_s_1207r_0725, r_0725_kms_s_0128r_0725, r_0725_kms_s_1434_br_0725, s_0128, s_1020, s_1207, s_1434_b);
  r_0726: s_0410 -> s_0128; intracellular*function_195(r_0726_Keq_r_0726, r_0726_Vmax_r_0726, intracellular, r_0726_kmp_s_0128r_0726, r_0726_kms_s_0410r_0726, s_0128, s_0410);
  r_0728: $s_0763_b + s_1070 + s_1096 -> s_0149 + s_1091 + $s_1207; intracellular*function_196(r_0728_Keq_r_0728, r_0728_Vmax_r_0728, intracellular, r_0728_kmp_s_0149r_0728, r_0728_kmp_s_1091r_0728, r_0728_kmp_s_1207r_0728, r_0728_kms_s_0763_br_0728, r_0728_kms_s_1070r_0728, r_0728_kms_s_1096r_0728, s_0149, s_0763_b, s_1070, s_1091, s_1096, s_1207);
  r_0765: s_0180 + $s_0763_b -> s_0181 + s_0470; intracellular*function_197(r_0765_Keq_r_0765, r_0765_Vmax_r_0765, intracellular, r_0765_kmp_s_0181r_0765, r_0765_kmp_s_0470r_0765, r_0765_kms_s_0180r_0765, r_0765_kms_s_0763_br_0765, s_0180, s_0181, s_0470, s_0763_b);
  r_0771: s_0400 + s_0521 -> s_0446 + s_0481; intracellular*function_198(r_0771_Keq_r_0771, r_0771_Vmax_r_0771, intracellular, r_0771_kmp_s_0446r_0771, r_0771_kmp_s_0481r_0771, r_0771_kms_s_0400r_0771, r_0771_kms_s_0521r_0771, s_0400, s_0446, s_0481, s_0521);
  r_0779: s_0446 + s_1411 -> s_0400 + s_1430; intracellular*function_199(r_0779_Keq_r_0779, r_0779_Vmax_r_0779, intracellular, r_0779_kmp_s_0400r_0779, r_0779_kmp_s_1430r_0779, r_0779_kms_s_0446r_0779, r_0779_kms_s_1411r_0779, s_0400, s_0446, s_1411, s_1430);
  r_0783: s_0805 + s_1117 -> s_0369 + $s_0763_b + s_0917; intracellular*function_200(r_0783_Keq_r_0783, r_0783_Vmax_r_0783, intracellular, r_0783_kmp_s_0369r_0783, r_0783_kmp_s_0763_br_0783, r_0783_kmp_s_0917r_0783, r_0783_kms_s_0805r_0783, r_0783_kms_s_1117r_0783, s_0369, s_0763_b, s_0805, s_0917, s_1117);
  r_0789: s_0469 + s_1151 -> $s_0763_b + s_0887 + $s_1207; intracellular*function_201(r_0789_Keq_r_0789, r_0789_Vmax_r_0789, intracellular, r_0789_kmp_s_0763_br_0789, r_0789_kmp_s_0887r_0789, r_0789_kmp_s_1207r_0789, r_0789_kms_s_0469r_0789, r_0789_kms_s_1151r_0789, s_0469, s_0763_b, s_0887, s_1151, s_1207);
  r_0791: s_0899 + s_1051 -> s_1071 + s_1151; intracellular*function_202(r_0791_Keq_r_0791, r_0791_Vmax_r_0791, intracellular, r_0791_kmp_s_1071r_0791, r_0791_kmp_s_1151r_0791, r_0791_kms_s_0899r_0791, r_0791_kms_s_1051r_0791, s_0899, s_1051, s_1071, s_1151);
  r_0793: s_0331 + s_1154 -> s_0605 + s_1155; intracellular*function_203(r_0793_Keq_r_0793, r_0793_Vmax_r_0793, intracellular, r_0793_kmp_s_0605r_0793, r_0793_kmp_s_1155r_0793, r_0793_kms_s_0331r_0793, r_0793_kms_s_1154r_0793, s_0331, s_0605, s_1154, s_1155);
  r_0794: $s_0763_b + s_1155 -> s_0470 + s_1417; intracellular*function_204(r_0794_Keq_r_0794, r_0794_Vmax_r_0794, intracellular, r_0794_kmp_s_0470r_0794, r_0794_kmp_s_1417r_0794, r_0794_kms_s_0763_br_0794, r_0794_kms_s_1155r_0794, s_0470, s_0763_b, s_1155, s_1417);
  r_0825: s_0859 + s_0899 -> s_0185 + s_0936; intracellular*function_205(r_0825_Keq_r_0825, r_0825_Vmax_r_0825, intracellular, r_0825_kmp_s_0185r_0825, r_0825_kmp_s_0936r_0825, r_0825_kms_s_0859r_0825, r_0825_kms_s_0899r_0825, s_0185, s_0859, s_0899, s_0936);
  r_0831: s_1233 + s_1293 -> $s_0763_b + s_1226 + s_1290; intracellular*function_206(r_0831_Keq_r_0831, r_0831_Vmax_r_0831, intracellular, r_0831_kmp_s_0763_br_0831, r_0831_kmp_s_1226r_0831, r_0831_kmp_s_1290r_0831, r_0831_kms_s_1233r_0831, r_0831_kms_s_1293r_0831, s_0763_b, s_1226, s_1233, s_1290, s_1293);
  r_0847: s_0485 + s_1020 -> s_0090 + s_0511 + 2$s_0763_b; intracellular*function_207(r_0847_Keq_r_0847, r_0847_Vmax_r_0847, intracellular, r_0847_kmp_s_0090r_0847, r_0847_kmp_s_0511r_0847, r_0847_kmp_s_0763_br_0847, r_0847_kms_s_0485r_0847, r_0847_kms_s_1020r_0847, s_0090, s_0485, s_0511, s_0763_b, s_1020);
  r_0850: s_1219 -> s_0470 + s_1233; intracellular*function_208(r_0850_Keq_r_0850, r_0850_Vmax_r_0850, intracellular, r_0850_kmp_s_0470r_0850, r_0850_kmp_s_1233r_0850, r_0850_kms_s_1219r_0850, s_0470, s_1219, s_1233);
  r_0853: s_0485 + s_0943 -> s_0511 + 2$s_0763_b + s_1219; intracellular*function_209(r_0853_Keq_r_0853, r_0853_Vmax_r_0853, intracellular, r_0853_kmp_s_0511r_0853, r_0853_kmp_s_0763_br_0853, r_0853_kmp_s_1219r_0853, r_0853_kms_s_0485r_0853, r_0853_kms_s_0943r_0853, s_0485, s_0511, s_0763_b, s_0943, s_1219);
  r_0856: s_0206 + s_1521 -> s_0397 + 2$s_0763_b + s_1349 + s_1517; intracellular*function_210(r_0856_Keq_r_0856, r_0856_Vmax_r_0856, intracellular, r_0856_kmp_s_0397r_0856, r_0856_kmp_s_0763_br_0856, r_0856_kmp_s_1349r_0856, r_0856_kmp_s_1517r_0856, r_0856_kms_s_0206r_0856, r_0856_kms_s_1521r_0856, s_0206, s_0397, s_0763_b, s_1349, s_1517, s_1521);
  r_0859: s_0446 + s_0539 -> s_0400 + s_0537 + $s_0763_b; intracellular*function_211(r_0859_Keq_r_0859, r_0859_Vmax_r_0859, intracellular, r_0859_kmp_s_0400r_0859, r_0859_kmp_s_0537r_0859, r_0859_kmp_s_0763_br_0859, r_0859_kms_s_0446r_0859, r_0859_kms_s_0539r_0859, s_0400, s_0446, s_0537, s_0539, s_0763_b);
  r_0861: s_0410 -> s_0549; intracellular*function_212(r_0861_Keq_r_0861, r_0861_Vmax_r_0861, intracellular, r_0861_kmp_s_0549r_0861, r_0861_kms_s_0410r_0861, s_0410, s_0549);
  r_0865: s_0265 + s_0400 -> s_0264 + s_0446; intracellular*function_213(r_0865_Keq_r_0865, r_0865_Vmax_r_0865, intracellular, r_0865_kmp_s_0264r_0865, r_0865_kmp_s_0446r_0865, r_0865_kms_s_0265r_0865, r_0865_kms_s_0400r_0865, s_0264, s_0265, s_0400, s_0446);
  r_0866: s_0264 -> s_0193; intracellular*function_214(r_0866_Keq_r_0866, r_0866_Vmax_r_0866, intracellular, r_0866_kmp_s_0193r_0866, r_0866_kms_s_0264r_0866, s_0193, s_0264);
  r_0873: s_1225 + s_1293 -> s_1228 + s_1290; intracellular*function_215(r_0873_Keq_r_0873, r_0873_Vmax_r_0873, intracellular, r_0873_kmp_s_1228r_0873, r_0873_kmp_s_1290r_0873, r_0873_kms_s_1225r_0873, r_0873_kms_s_1293r_0873, s_1225, s_1228, s_1290, s_1293);
  r_0874: s_1226 + s_1293 -> $s_0763_b + s_1225 + s_1290; intracellular*function_216(r_0874_Keq_r_0874, r_0874_Vmax_r_0874, intracellular, r_0874_kmp_s_0763_br_0874, r_0874_kmp_s_1225r_0874, r_0874_kmp_s_1290r_0874, r_0874_kms_s_1226r_0874, r_0874_kms_s_1293r_0874, s_0763_b, s_1225, s_1226, s_1290, s_1293);
  r_0875: s_0554 -> s_0553; intracellular*function_217(r_0875_Keq_r_0875, r_0875_Vmax_r_0875, intracellular, r_0875_kmp_s_0553r_0875, r_0875_kms_s_0554r_0875, s_0553, s_0554);
  r_0877: s_0022 + s_0446 -> s_0021 + s_0400; intracellular*function_218(r_0877_Keq_r_0877, r_0877_Vmax_r_0877, intracellular, r_0877_kmp_s_0021r_0877, r_0877_kmp_s_0400r_0877, r_0877_kms_s_0022r_0877, r_0877_kms_s_0446r_0877, s_0021, s_0022, s_0400, s_0446);
  r_0881: s_0080 + $s_1434_b -> s_0079; intracellular*function_219(r_0881_Keq_r_0881, r_0881_Vmax_r_0881, intracellular, r_0881_kmp_s_0079r_0881, r_0881_kms_s_0080r_0881, r_0881_kms_s_1434_br_0881, s_0079, s_0080, s_1434_b);
  r_0882: s_0334 + $s_1434_b -> s_0080 + s_0605 + $s_0763_b; intracellular*function_220(r_0882_Keq_r_0882, r_0882_Vmax_r_0882, intracellular, r_0882_kmp_s_0080r_0882, r_0882_kmp_s_0605r_0882, r_0882_kmp_s_0763_br_0882, r_0882_kms_s_0334r_0882, r_0882_kms_s_1434_br_0882, s_0080, s_0334, s_0605, s_0763_b, s_1434_b);
  r_0883: s_0316 + s_0470 -> s_0318 + $s_0763_b; intracellular*function_221(r_0883_Keq_r_0883, r_0883_Vmax_r_0883, intracellular, r_0883_kmp_s_0318r_0883, r_0883_kmp_s_0763_br_0883, r_0883_kms_s_0316r_0883, r_0883_kms_s_0470r_0883, s_0316, s_0318, s_0470, s_0763_b);
  r_0884: s_0158 + s_0446 -> s_0316 + s_0400 + 2$s_0763_b + $s_1207; intracellular*function_222(r_0884_Keq_r_0884, r_0884_Vmax_r_0884, intracellular, r_0884_kmp_s_0316r_0884, r_0884_kmp_s_0400r_0884, r_0884_kmp_s_0763_br_0884, r_0884_kmp_s_1207r_0884, r_0884_kms_s_0158r_0884, r_0884_kms_s_0446r_0884, s_0158, s_0316, s_0400, s_0446, s_0763_b, s_1207);
  r_0885: s_0122 + s_0317 -> s_0309 + s_0325; intracellular*function_223(r_0885_Keq_r_0885, r_0885_Vmax_r_0885, intracellular, r_0885_kmp_s_0309r_0885, r_0885_kmp_s_0325r_0885, r_0885_kms_s_0122r_0885, r_0885_kms_s_0317r_0885, s_0122, s_0309, s_0317, s_0325);
  r_0886: s_0318 + s_0446 + s_0881 -> s_0009 + s_0400 + $s_0763_b + $s_1207; intracellular*function_224(r_0886_Keq_r_0886, r_0886_Vmax_r_0886, intracellular, r_0886_kmp_s_0009r_0886, r_0886_kmp_s_0400r_0886, r_0886_kmp_s_0763_br_0886, r_0886_kmp_s_1207r_0886, r_0886_kms_s_0318r_0886, r_0886_kms_s_0446r_0886, r_0886_kms_s_0881r_0886, s_0009, s_0318, s_0400, s_0446, s_0763_b, s_0881, s_1207);
  r_0887: s_1066 -> s_0078; intracellular*function_225(r_0887_Keq_r_0887, r_0887_Vmax_r_0887, intracellular, r_0887_kmp_s_0078r_0887, r_0887_kms_s_1066r_0887, s_0078, s_1066);
  r_0888: s_0446 + s_0907 + s_1052 + $s_1434_b -> s_0158 + s_0400 + $s_0763_b + s_0899 + $s_1207; intracellular*function_226(r_0888_Keq_r_0888, r_0888_Vmax_r_0888, intracellular, r_0888_kmp_s_0158r_0888, r_0888_kmp_s_0400r_0888, r_0888_kmp_s_0763_br_0888, r_0888_kmp_s_0899r_0888, r_0888_kmp_s_1207r_0888, r_0888_kms_s_0446r_0888, r_0888_kms_s_0907r_0888, r_0888_kms_s_1052r_0888, r_0888_kms_s_1434_br_0888, s_0158, s_0400, s_0446, s_0763_b, s_0899, s_0907, s_1052, s_1207, s_1434_b);
  r_0889: s_0122 + s_1048 -> s_0309 + $s_0763_b + s_1052; intracellular*function_227(r_0889_Keq_r_0889, r_0889_Vmax_r_0889, intracellular, r_0889_kmp_s_0309r_0889, r_0889_kmp_s_0763_br_0889, r_0889_kmp_s_1052r_0889, r_0889_kms_s_0122r_0889, r_0889_kms_s_1048r_0889, s_0122, s_0309, s_0763_b, s_1048, s_1052);
  r_0890: s_0333 + s_0446 + s_0740 -> s_0400 + $s_0763_b + s_1048 + $s_1207; intracellular*function_228(r_0890_Keq_r_0890, r_0890_Vmax_r_0890, intracellular, r_0890_kmp_s_0400r_0890, r_0890_kmp_s_0763_br_0890, r_0890_kmp_s_1048r_0890, r_0890_kmp_s_1207r_0890, r_0890_kms_s_0333r_0890, r_0890_kms_s_0446r_0890, r_0890_kms_s_0740r_0890, s_0333, s_0400, s_0446, s_0740, s_0763_b, s_1048, s_1207);
  r_0891: s_0427 + s_0446 -> s_0331 + s_0434 + $s_0763_b; intracellular*function_229(r_0891_Keq_r_0891, r_0891_Vmax_r_0891, intracellular, r_0891_kmp_s_0331r_0891, r_0891_kmp_s_0434r_0891, r_0891_kmp_s_0763_br_0891, r_0891_kms_s_0427r_0891, r_0891_kms_s_0446r_0891, s_0331, s_0427, s_0434, s_0446, s_0763_b);
  r_0911: $s_0763_b + s_1258 -> s_0470 + s_0859 + $s_1434_b; intracellular*function_230(r_0911_Keq_r_0911, r_0911_Vmax_r_0911, intracellular, r_0911_kmp_s_0470r_0911, r_0911_kmp_s_0859r_0911, r_0911_kmp_s_1434_br_0911, r_0911_kms_s_0763_br_0911, r_0911_kms_s_1258r_0911, s_0470, s_0763_b, s_0859, s_1258, s_1434_b);
  r_0913: s_1091 + s_1258 -> s_0209 + s_0470 + s_1096; intracellular*function_231(r_0913_Keq_r_0913, r_0913_Vmax_r_0913, intracellular, r_0913_kmp_s_0209r_0913, r_0913_kmp_s_0470r_0913, r_0913_kmp_s_1096r_0913, r_0913_kms_s_1091r_0913, r_0913_kms_s_1258r_0913, s_0209, s_0470, s_1091, s_1096, s_1258);
  r_0934: s_0319 + $s_1434_b -> s_0320 + $s_1207; intracellular*function_232(r_0934_Keq_r_0934, r_0934_Vmax_r_0934, intracellular, r_0934_kmp_s_0320r_0934, r_0934_kmp_s_1207r_0934, r_0934_kms_s_0319r_0934, r_0934_kms_s_1434_br_0934, s_0319, s_0320, s_1207, s_1434_b);
  r_0936: s_0120 + 2$s_0763_b + s_1096 -> s_0939 + s_1091; intracellular*function_233(r_0936_Keq_r_0936, r_0936_Vmax_r_0936, intracellular, r_0936_kmp_s_0939r_0936, r_0936_kmp_s_1091r_0936, r_0936_kms_s_0120r_0936, r_0936_kms_s_0763_br_0936, r_0936_kms_s_1096r_0936, s_0120, s_0763_b, s_0939, s_1091, s_1096);
  r_0937: s_0446 + s_0458 + s_1277 -> s_0400 + $s_0763_b + s_1156 + $s_1207; intracellular*function_234(r_0937_Keq_r_0937, r_0937_Vmax_r_0937, intracellular, r_0937_kmp_s_0400r_0937, r_0937_kmp_s_0763_br_0937, r_0937_kmp_s_1156r_0937, r_0937_kmp_s_1207r_0937, r_0937_kms_s_0446r_0937, r_0937_kms_s_0458r_0937, r_0937_kms_s_1277r_0937, s_0400, s_0446, s_0458, s_0763_b, s_1156, s_1207, s_1277);
  r_0938: $s_0763_b + s_1277 -> s_0366 + s_0470; intracellular*function_235(r_0938_Keq_r_0938, r_0938_Vmax_r_0938, intracellular, r_0938_kmp_s_0366r_0938, r_0938_kmp_s_0470r_0938, r_0938_kms_s_0763_br_0938, r_0938_kms_s_1277r_0938, s_0366, s_0470, s_0763_b, s_1277);
  r_0940: s_0514 + s_1082 + s_1277 -> s_0380 + s_0470 + s_1087; intracellular*function_236(r_0940_Keq_r_0940, r_0940_Vmax_r_0940, intracellular, r_0940_kmp_s_0380r_0940, r_0940_kmp_s_0470r_0940, r_0940_kmp_s_1087r_0940, r_0940_kms_s_0514r_0940, r_0940_kms_s_1082r_0940, r_0940_kms_s_1277r_0940, s_0380, s_0470, s_0514, s_1082, s_1087, s_1277);
  r_0941: s_0400 + $s_0763_b + s_1243 -> s_0446 + s_1277; intracellular*function_237(r_0941_Keq_r_0941, r_0941_Vmax_r_0941, intracellular, r_0941_kmp_s_0446r_0941, r_0941_kmp_s_1277r_0941, r_0941_kms_s_0400r_0941, r_0941_kms_s_0763_br_0941, r_0941_kms_s_1243r_0941, s_0400, s_0446, s_0763_b, s_1243, s_1277);
  r_0948: s_0163 + s_0320 -> s_0335 + $s_1207 + 2$s_1434_b; intracellular*function_238(r_0948_Keq_r_0948, r_0948_Vmax_r_0948, intracellular, r_0948_kmp_s_0335r_0948, r_0948_kmp_s_1207r_0948, r_0948_kmp_s_1434_br_0948, r_0948_kms_s_0163r_0948, r_0948_kms_s_0320r_0948, s_0163, s_0320, s_0335, s_1207, s_1434_b);
  r_0949: 2s_0335 -> s_0320 + s_1283; intracellular*function_239(r_0949_Keq_r_0949, r_0949_Vmax_r_0949, intracellular, r_0949_kmp_s_0320r_0949, r_0949_kmp_s_1283r_0949, r_0949_kms_s_0335r_0949, s_0320, s_0335, s_1283);
  r_0951: s_0400 + s_1521 -> s_0562 + $s_1434_b + s_1517; intracellular*function_240(r_0951_Keq_r_0951, r_0951_Vmax_r_0951, intracellular, r_0951_kmp_s_0562r_0951, r_0951_kmp_s_1434_br_0951, r_0951_kmp_s_1517r_0951, r_0951_kms_s_0400r_0951, r_0951_kms_s_1521r_0951, s_0400, s_0562, s_1434_b, s_1517, s_1521);
  r_0955: s_0706 + s_1521 -> s_0591 + $s_1434_b + s_1517; intracellular*function_241(r_0955_Keq_r_0955, r_0955_Vmax_r_0955, intracellular, r_0955_kmp_s_0591r_0955, r_0955_kmp_s_1434_br_0955, r_0955_kmp_s_1517r_0955, r_0955_kms_s_0706r_0955, r_0955_kms_s_1521r_0955, s_0591, s_0706, s_1434_b, s_1517, s_1521);
  r_0957: s_1411 + s_1521 -> s_0622 + $s_1434_b + s_1517; intracellular*function_242(r_0957_Keq_r_0957, r_0957_Vmax_r_0957, intracellular, r_0957_kmp_s_0622r_0957, r_0957_kmp_s_1434_br_0957, r_0957_kmp_s_1517r_0957, r_0957_kms_s_1411r_0957, r_0957_kms_s_1521r_0957, s_0622, s_1411, s_1434_b, s_1517, s_1521);
  r_0959: s_0446 + s_1521 -> s_0566 + $s_1434_b + s_1517; intracellular*function_243(r_0959_Keq_r_0959, r_0959_Vmax_r_0959, intracellular, r_0959_kmp_s_0566r_0959, r_0959_kmp_s_1434_br_0959, r_0959_kmp_s_1517r_0959, r_0959_kms_s_0446r_0959, r_0959_kms_s_1521r_0959, s_0446, s_0566, s_1434_b, s_1517, s_1521);
  r_0963: s_0557 -> s_0427; intracellular*function_244(r_0963_Keq_r_0963, r_0963_Vmax_r_0963, intracellular, r_0963_kmp_s_0427r_0963, r_0963_kms_s_0557r_0963, s_0427, s_0557);
  r_0965: s_0561 -> s_0557; intracellular*function_245(r_0965_Keq_r_0965, r_0965_Vmax_r_0965, intracellular, r_0965_kmp_s_0557r_0965, r_0965_kms_s_0561r_0965, s_0557, s_0561);
  r_0967: s_1293 + s_1447 -> s_0669 + $s_0763_b + s_1290; intracellular*function_246(r_0967_Keq_r_0967, r_0967_Vmax_r_0967, intracellular, r_0967_kmp_s_0669r_0967, r_0967_kmp_s_0763_br_0967, r_0967_kmp_s_1290r_0967, r_0967_kms_s_1293r_0967, r_0967_kms_s_1447r_0967, s_0669, s_0763_b, s_1290, s_1293, s_1447);
  r_0969: s_0942 + s_1082 + $s_1434_b -> s_0185 + $s_0763_b + s_0929 + s_1087; intracellular*function_247(r_0969_Keq_r_0969, r_0969_Vmax_r_0969, intracellular, r_0969_kmp_s_0185r_0969, r_0969_kmp_s_0763_br_0969, r_0969_kmp_s_0929r_0969, r_0969_kmp_s_1087r_0969, r_0969_kms_s_0942r_0969, r_0969_kms_s_1082r_0969, r_0969_kms_s_1434_br_0969, s_0185, s_0763_b, s_0929, s_0942, s_1082, s_1087, s_1434_b);
  r_0970: $s_0763_b + s_0867 + s_0899 + s_1096 -> s_0942 + s_1091 + $s_1434_b; intracellular*function_248(r_0970_Keq_r_0970, r_0970_Vmax_r_0970, intracellular, r_0970_kmp_s_0942r_0970, r_0970_kmp_s_1091r_0970, r_0970_kmp_s_1434_br_0970, r_0970_kms_s_0763_br_0970, r_0970_kms_s_0867r_0970, r_0970_kms_s_0899r_0970, r_0970_kms_s_1096r_0970, s_0763_b, s_0867, s_0899, s_0942, s_1091, s_1096, s_1434_b);
  r_0972: s_0943 + s_1187 -> s_0218 + s_0470 + s_0514; intracellular*function_249(r_0972_Keq_r_0972, r_0972_Vmax_r_0972, intracellular, r_0972_kmp_s_0218r_0972, r_0972_kmp_s_0470r_0972, r_0972_kmp_s_0514r_0972, r_0972_kms_s_0943r_0972, r_0972_kms_s_1187r_0972, s_0218, s_0470, s_0514, s_0943, s_1187);
  r_0976: s_0217 + $s_0763_b + s_1096 -> s_1091 + s_1306; intracellular*function_250(r_0976_Keq_r_0976, r_0976_Vmax_r_0976, intracellular, r_0976_kmp_s_1091r_0976, r_0976_kmp_s_1306r_0976, r_0976_kms_s_0217r_0976, r_0976_kms_s_0763_br_0976, r_0976_kms_s_1096r_0976, s_0217, s_0763_b, s_1091, s_1096, s_1306);
  r_0977: s_0446 + s_1306 -> s_0267 + s_0400 + $s_0763_b; intracellular*function_251(r_0977_Keq_r_0977, r_0977_Vmax_r_0977, intracellular, r_0977_kmp_s_0267r_0977, r_0977_kmp_s_0400r_0977, r_0977_kmp_s_0763_br_0977, r_0977_kms_s_0446r_0977, r_0977_kms_s_1306r_0977, s_0267, s_0400, s_0446, s_0763_b, s_1306);
  r_0991: $s_0763_b + s_1087 + s_1160 + s_1327 -> s_0040 + s_1082 + $s_1434_b; intracellular*function_252(r_0991_Keq_r_0991, r_0991_Vmax_r_0991, intracellular, r_0991_kmp_s_0040r_0991, r_0991_kmp_s_1082r_0991, r_0991_kmp_s_1434_br_0991, r_0991_kms_s_0763_br_0991, r_0991_kms_s_1087r_0991, r_0991_kms_s_1160r_0991, r_0991_kms_s_1327r_0991, s_0040, s_0763_b, s_1082, s_1087, s_1160, s_1327, s_1434_b);
  r_0993: 2s_0195 + $s_0763_b + s_1096 -> 2s_0605 + s_1091 + s_1327; intracellular*function_253(r_0993_Keq_r_0993, r_0993_Vmax_r_0993, intracellular, r_0993_kmp_s_0605r_0993, r_0993_kmp_s_1091r_0993, r_0993_kmp_s_1327r_0993, r_0993_kms_s_0195r_0993, r_0993_kms_s_0763_br_0993, r_0993_kms_s_1096r_0993, s_0195, s_0605, s_0763_b, s_1091, s_1096, s_1327);
  r_0995: s_0635 + s_0663 -> s_0641 + $s_1434_b; intracellular*function_254(r_0995_Keq_r_0995, r_0995_Vmax_r_0995, intracellular, r_0995_kmp_s_0641r_0995, r_0995_kmp_s_1434_br_0995, r_0995_kms_s_0635r_0995, r_0995_kms_s_0663r_0995, s_0635, s_0641, s_0663, s_1434_b);
  r_1003: s_0446 + s_0514 + s_1338 -> s_0400 + $s_1207 + s_1342; intracellular*function_255(r_1003_Keq_r_1003, r_1003_Vmax_r_1003, intracellular, r_1003_kmp_s_0400r_1003, r_1003_kmp_s_1207r_1003, r_1003_kmp_s_1342r_1003, r_1003_kms_s_0446r_1003, r_1003_kms_s_0514r_1003, r_1003_kms_s_1338r_1003, s_0400, s_0446, s_0514, s_1207, s_1338, s_1342);
  r_1007: s_0400 + $s_0763_b + s_1347 -> s_0304 + $s_1207; intracellular*function_256(r_1007_Keq_r_1007, r_1007_Vmax_r_1007, intracellular, r_1007_kmp_s_0304r_1007, r_1007_kmp_s_1207r_1007, r_1007_kms_s_0400r_1007, r_1007_kms_s_0763_br_1007, r_1007_kms_s_1347r_1007, s_0304, s_0400, s_0763_b, s_1207, s_1347);
  r_1008: 5$s_0763_b + 3s_1096 + s_1349 -> s_0805 + 3s_1091 + 3$s_1434_b; intracellular*function_257(r_1008_Keq_r_1008, r_1008_Vmax_r_1008, intracellular, r_1008_kmp_s_0805r_1008, r_1008_kmp_s_1091r_1008, r_1008_kmp_s_1434_br_1008, r_1008_kms_s_0763_br_1008, r_1008_kms_s_1096r_1008, r_1008_kms_s_1349r_1008, s_0763_b, s_0805, s_1091, s_1096, s_1349, s_1434_b);
  r_1024: $s_0763_b + s_1096 + s_1517 -> s_1091 + s_1521; intracellular*function_258(r_1024_Keq_r_1024, r_1024_Vmax_r_1024, intracellular, r_1024_kmp_s_1091r_1024, r_1024_kmp_s_1521r_1024, r_1024_kms_s_0763_br_1024, r_1024_kms_s_1096r_1024, r_1024_kms_s_1517r_1024, s_0763_b, s_1091, s_1096, s_1517, s_1521);
  r_1026: s_0949 -> s_0366 + s_0740; intracellular*function_259(r_1026_Keq_r_1026, r_1026_Vmax_r_1026, intracellular, r_1026_kmp_s_0366r_1026, r_1026_kmp_s_0740r_1026, r_1026_kms_s_0949r_1026, s_0366, s_0740, s_0949);
  r_1027: s_1122 + $s_1434_b -> s_0949 + $s_1207; intracellular*function_260(r_1027_Keq_r_1027, r_1027_Vmax_r_1027, intracellular, r_1027_kmp_s_0949r_1027, r_1027_kmp_s_1207r_1027, r_1027_kms_s_1122r_1027, r_1027_kms_s_1434_br_1027, s_0949, s_1122, s_1207, s_1434_b);
  r_1032: s_0307 + s_0624 -> s_0601 + s_0619; intracellular*function_261(r_1032_Keq_r_1032, r_1032_Vmax_r_1032, intracellular, r_1032_kmp_s_0601r_1032, r_1032_kmp_s_0619r_1032, r_1032_kms_s_0307r_1032, r_1032_kms_s_0624r_1032, s_0307, s_0601, s_0619, s_0624);
  r_1035: s_0533 + s_0539 -> s_0731 + s_1304; intracellular*function_262(r_1035_Keq_r_1035, r_1035_Vmax_r_1035, intracellular, r_1035_kmp_s_0731r_1035, r_1035_kmp_s_1304r_1035, r_1035_kms_s_0533r_1035, r_1035_kms_s_0539r_1035, s_0533, s_0539, s_0731, s_1304);
  r_1036: s_0731 + s_1304 -> s_0427 + s_0561; intracellular*function_263(r_1036_Keq_r_1036, r_1036_Vmax_r_1036, intracellular, r_1036_kmp_s_0427r_1036, r_1036_kmp_s_0561r_1036, r_1036_kms_s_0731r_1036, r_1036_kms_s_1304r_1036, s_0427, s_0561, s_0731, s_1304);
  r_1037: s_0539 + s_0731 -> s_0533 + s_0561; intracellular*function_264(r_1037_Keq_r_1037, r_1037_Vmax_r_1037, intracellular, r_1037_kmp_s_0533r_1037, r_1037_kmp_s_0561r_1037, r_1037_kms_s_0539r_1037, r_1037_kms_s_0731r_1037, s_0533, s_0539, s_0561, s_0731);
  r_1038: s_0419 + $s_1434_b -> s_0416 + $s_1207; intracellular*function_265(r_1038_Keq_r_1038, r_1038_Vmax_r_1038, intracellular, r_1038_kmp_s_0416r_1038, r_1038_kmp_s_1207r_1038, r_1038_kms_s_0419r_1038, r_1038_kms_s_1434_br_1038, s_0416, s_0419, s_1207, s_1434_b);
  r_1040: $s_1399 + $s_1434_b -> s_0596 + s_0663; intracellular*function_266(r_1040_Keq_r_1040, r_1040_Vmax_r_1040, intracellular, r_1040_kmp_s_0596r_1040, r_1040_kmp_s_0663r_1040, r_1040_kms_s_1399r_1040, r_1040_kms_s_1434_br_1040, s_0596, s_0663, s_1399, s_1434_b);
  r_1041: s_0735 -> s_0731; intracellular*function_267(r_1041_Keq_r_1041, r_1041_Vmax_r_1041, intracellular, r_1041_kmp_s_0731r_1041, r_1041_kms_s_0735r_1041, s_0731, s_0735);
  r_1042: s_0088 + s_0943 -> s_0731 + s_0952 + $s_1434_b; intracellular*function_268(r_1042_Keq_r_1042, r_1042_Vmax_r_1042, intracellular, r_1042_kmp_s_0731r_1042, r_1042_kmp_s_0952r_1042, r_1042_kmp_s_1434_br_1042, r_1042_kms_s_0088r_1042, r_1042_kms_s_0943r_1042, s_0088, s_0731, s_0943, s_0952, s_1434_b);
  r_1050: s_0209 + s_0899 -> s_0185 + s_0955; intracellular*function_269(r_1050_Keq_r_1050, r_1050_Vmax_r_1050, intracellular, r_1050_kmp_s_0185r_1050, r_1050_kmp_s_0955r_1050, r_1050_kms_s_0209r_1050, r_1050_kms_s_0899r_1050, s_0185, s_0209, s_0899, s_0955);
  r_1059: s_0446 + s_1417 -> s_0400 + s_1411; intracellular*function_270(r_1059_Keq_r_1059, r_1059_Vmax_r_1059, intracellular, r_1059_kmp_s_0400r_1059, r_1059_kmp_s_1411r_1059, r_1059_kms_s_0446r_1059, r_1059_kms_s_1417r_1059, s_0400, s_0446, s_1411, s_1417);
  r_1066: s_0400 + s_0622 -> s_0446 + s_0624; intracellular*function_271(r_1066_Keq_r_1066, r_1066_Vmax_r_1066, intracellular, r_1066_kmp_s_0446r_1066, r_1066_kmp_s_0624r_1066, r_1066_kms_s_0400r_1066, r_1066_kms_s_0622r_1066, s_0400, s_0446, s_0622, s_0624);
  r_1072: s_0549 + $s_0763_b + s_1430 -> s_0605 + s_1415; intracellular*function_272(r_1072_Keq_r_1072, r_1072_Vmax_r_1072, intracellular, r_1072_kmp_s_0605r_1072, r_1072_kmp_s_1415r_1072, r_1072_kms_s_0549r_1072, r_1072_kms_s_0763_br_1072, r_1072_kms_s_1430r_1072, s_0549, s_0605, s_0763_b, s_1415, s_1430);
  r_1073: s_0238 + s_0899 -> s_0185 + s_0960; intracellular*function_273(r_1073_Keq_r_1073, r_1073_Vmax_r_1073, intracellular, r_1073_kmp_s_0185r_1073, r_1073_kmp_s_0960r_1073, r_1073_kms_s_0238r_1073, r_1073_kms_s_0899r_1073, s_0185, s_0238, s_0899, s_0960);
  r_1157: $s_0431_b -> s_0430; function_274(r_1157_Keq_r_1157, r_1157_Vmax_r_1157, r_1157_kmp_s_0430r_1157, r_1157_kms_s_0431_br_1157, s_0430, s_0431_b);
  r_1194: s_0470 -> $s_0472_b; function_275(r_1194_Keq_r_1194, r_1194_Vmax_r_1194, r_1194_kmp_s_0472_br_1194, r_1194_kms_s_0470r_1194, s_0470, s_0472_b);
  r_1247: s_0650 -> $s_0651_b; function_276(r_1247_Keq_r_1247, r_1247_Vmax_r_1247, r_1247_kmp_s_0651_br_1247, r_1247_kms_s_0650r_1247, s_0650, s_0651_b);
  r_1293: $s_0547_b -> s_0545; function_277(r_1293_Keq_r_1293, r_1293_Vmax_r_1293, r_1293_kmp_s_0545r_1293, r_1293_kms_s_0547_br_1293, s_0545, s_0547_b);
  r_1435: $s_1162_b -> s_1160; function_278(r_1435_Keq_r_1435, r_1435_Vmax_r_1435, r_1435_kmp_s_1160r_1435, r_1435_kms_s_1162_br_1435, s_1160, s_1162_b);
  r_1461: $s_0766_b + $s_1209_b -> $s_0763_b + $s_1207; function_279(r_1461_Keq_r_1461, r_1461_Vmax_r_1461, r_1461_kmp_s_0763_br_1461, r_1461_kmp_s_1207r_1461, r_1461_kms_s_0766_br_1461, r_1461_kms_s_1209_br_1461, s_0763_b, s_0766_b, s_1207, s_1209_b);
  r_1503: $s_0763_b + s_1338 -> $s_0766_b + $s_1339_b; function_280(r_1503_Keq_r_1503, r_1503_Vmax_r_1503, r_1503_kmp_s_0766_br_1503, r_1503_kmp_s_1339_br_1503, r_1503_kms_s_0763_br_1503, r_1503_kms_s_1338r_1503, s_0763_b, s_0766_b, s_1338, s_1339_b);
  r_1507: $s_1348_b -> s_1347; function_281(r_1507_Keq_r_1507, r_1507_Vmax_r_1507, r_1507_kmp_s_1347r_1507, r_1507_kms_s_1348_br_1507, s_1347, s_1348_b);
  r_1672: s_1342 => s_0386; intracellular*function_282(r_1672_Keq_r_1672, r_1672_Vmax_r_1672, intracellular, r_1672_kmp_s_0386r_1672, r_1672_kms_s_1342r_1672, s_0386, s_1342);
  r_1812: 1.1358s_0001 + 0.023371s_0416 + 0.051s_0434 + 59.276s_0446 + 0.05s_0511 + 0.003587s_0564 + 0.002432s_0569 + 0.002432s_0593 + 0.003587s_0619 + 0.32518s_0740 + 0.51852s_0743 + 0.051s_0752 + 0.35734s_0863 + 0.13579s_0873 + 0.17152s_0877 + 0.17152s_0881 + 0.04288s_0889 + 0.268s_0899 + 0.268s_0907 + 0.075041s_0911 + 0.17152s_0920 + 0.25014s_0925 + 0.23942s_0929 + 0.050027s_0933 + 0.11435s_0936 + 0.12864s_0939 + 0.25371s_0943 + 0.19653s_0949 + 0.028s_0952 + 0.096481s_0955 + 0.25728s_0960 + $s_1000 + 0.82099s_1011 + 0.02s_1347 + 0.067s_1417 + 0.0009s_1283 => 59.276s_0400 + s_0463 + 59.305$s_1207; intracellular*function_283(r_1812_V_o, r_1812_a_s_0001r_1812, r_1812_a_s_0416r_1812, r_1812_a_s_0434r_1812, r_1812_a_s_0446r_1812, r_1812_a_s_0511r_1812, r_1812_a_s_0564r_1812, r_1812_a_s_0569r_1812, r_1812_a_s_0593r_1812, r_1812_a_s_0619r_1812, r_1812_a_s_0740r_1812, r_1812_a_s_0743r_1812, r_1812_a_s_0752r_1812, r_1812_a_s_0863r_1812, r_1812_a_s_0873r_1812, r_1812_a_s_0877r_1812, r_1812_a_s_0881r_1812, r_1812_a_s_0889r_1812, r_1812_a_s_0899r_1812, r_1812_a_s_0907r_1812, r_1812_a_s_0911r_1812, r_1812_a_s_0920r_1812, r_1812_a_s_0925r_1812, r_1812_a_s_0929r_1812, r_1812_a_s_0933r_1812, r_1812_a_s_0936r_1812, r_1812_a_s_0939r_1812, r_1812_a_s_0943r_1812, r_1812_a_s_0949r_1812, r_1812_a_s_0952r_1812, r_1812_a_s_0955r_1812, r_1812_a_s_0960r_1812, r_1812_a_s_1000r_1812, r_1812_a_s_1011r_1812, r_1812_a_s_1283r_1812, r_1812_a_s_1347r_1812, r_1812_a_s_1417r_1812, intracellular, s_0001, r_1812_s_0001_or_1812, s_0416, r_1812_s_0416_or_1812, s_0434, r_1812_s_0434_or_1812, s_0446, r_1812_s_0446_or_1812, s_0511, r_1812_s_0511_or_1812, s_0564, r_1812_s_0564_or_1812, s_0569, r_1812_s_0569_or_1812, s_0593, r_1812_s_0593_or_1812, s_0619, r_1812_s_0619_or_1812, s_0740, r_1812_s_0740_or_1812, s_0743, r_1812_s_0743_or_1812, s_0752, r_1812_s_0752_or_1812, s_0863, r_1812_s_0863_or_1812, s_0873, r_1812_s_0873_or_1812, s_0877, r_1812_s_0877_or_1812, s_0881, r_1812_s_0881_or_1812, s_0889, r_1812_s_0889_or_1812, s_0899, r_1812_s_0899_or_1812, s_0907, r_1812_s_0907_or_1812, s_0911, r_1812_s_0911_or_1812, s_0920, r_1812_s_0920_or_1812, s_0925, r_1812_s_0925_or_1812, s_0929, r_1812_s_0929_or_1812, s_0933, r_1812_s_0933_or_1812, s_0936, r_1812_s_0936_or_1812, s_0939, r_1812_s_0939_or_1812, s_0943, r_1812_s_0943_or_1812, s_0949, r_1812_s_0949_or_1812, s_0952, r_1812_s_0952_or_1812, s_0955, r_1812_s_0955_or_1812, s_0960, r_1812_s_0960_or_1812, s_1000, r_1812_s_1000_or_1812, s_1011, r_1812_s_1011_or_1812, s_1283, r_1812_s_1283_or_1812, s_1347, r_1812_s_1347_or_1812, s_1417, r_1812_s_1417_or_1812, r_1812_zero_flux);
  r_1814: s_0463 => $s_0464_b; function_284(r_1814_V_o, r_1814_a_s_0463r_1814, s_0463, r_1814_s_0463_or_1814, r_1814_zero_flux);
  r_1816: 0.001531s_0090 + 5.6e-005s_0124 + 9.6e-005s_0627 + 0.000125s_0632 + 0.005603s_0635 + 0.000812s_0641 + 0.000206s_0663 + 0.000114s_0669 + 0.000417s_0824 + 3.2e-005s_0963 + 0.000373s_1219 + 0.002884s_1228 + 0.000697s_1233 + 0.000781$s_1399 + 1.5e-005s_1447 => $s_1000; intracellular*function_285(r_1816_V_o, r_1816_a_s_0090r_1816, r_1816_a_s_0124r_1816, r_1816_a_s_0627r_1816, r_1816_a_s_0632r_1816, r_1816_a_s_0635r_1816, r_1816_a_s_0641r_1816, r_1816_a_s_0663r_1816, r_1816_a_s_0669r_1816, r_1816_a_s_0824r_1816, r_1816_a_s_0963r_1816, r_1816_a_s_1219r_1816, r_1816_a_s_1228r_1816, r_1816_a_s_1233r_1816, r_1816_a_s_1399r_1816, r_1816_a_s_1447r_1816, intracellular, s_0090, r_1816_s_0090_or_1816, s_0124, r_1816_s_0124_or_1816, s_0627, r_1816_s_0627_or_1816, s_0632, r_1816_s_0632_or_1816, s_0635, r_1816_s_0635_or_1816, s_0641, r_1816_s_0641_or_1816, s_0663, r_1816_s_0663_or_1816, s_0669, r_1816_s_0669_or_1816, s_0824, r_1816_s_0824_or_1816, s_0963, r_1816_s_0963_or_1816, s_1219, r_1816_s_1219_or_1816, s_1228, r_1816_s_1228_or_1816, s_1233, r_1816_s_1233_or_1816, s_1399, r_1816_s_1399_or_1816, s_1447, r_1816_s_1447_or_1816, r_1816_zero_flux);

  // Events:
  event_1: at time > 1000: s_0547_b = 7.77;

  // Species initializations:
  s_0001 = 0.549000001186;
  s_0007 = 0.549000001219;
  s_0008 = 0.548999999216;
  s_0009 = 0.549000001219;
  s_0010 = 0.548999996568;
  s_0015 = 0.548999996435;
  s_0017 = 0.549000001219;
  s_0018 = 0.548999999216;
  s_0021 = 0.548999996063;
  s_0022 = 0.548999996395;
  s_0031 = 0.548999996568;
  s_0040 = 0.548999999216;
  s_0042 = 0.548999999216;
  s_0046 = 0.548999999216;
  s_0052 = 0.548999999216;
  s_0055 = 0.548999999216;
  s_0058 = 0.548999999216;
  s_0064 = 0.548999996435;
  s_0069 = 0.549000001219;
  s_0078 = 0.548999996529;
  s_0079 = 0.548999999216;
  s_0080 = 0.5489999965;
  s_0083 = 0.548999995995;
  s_0088 = 0.548999996529;
  s_0090 = 0.548999996262;
  s_0118 = 0.548999996262;
  s_0120 = 0.549000001186;
  s_0122 = 0.548999996383;
  s_0124 = 0.548999999216;
  s_0128 = 0.5489999965;
  s_0145 = 0.54900000196;
  s_0146 = 0.54900000196;
  s_0149 = 0.548999996435;
  s_0150 = 0.54900000196;
  s_0158 = 0.54899999593;
  s_0163 = 0.549000001186;
  s_0167 = 0.549000001219;
  s_0170 = 0.548999999216;
  s_0180 = 0.548999995536;
  s_0181 = 0.548999996435;
  s_0183 = 0.549000000846;
  s_0185 = 0.548999999216;
  s_0193 = 0.05150660046;
  s_0195 = 0.548999999216;
  s_0206 = 0.548999996343;
  s_0209 = 0.548999996529;
  s_0212 = 0.548999996435;
  s_0215 = 0.54899999551;
  s_0216 = 0.549000001219;
  s_0217 = 0.548999999216;
  s_0218 = 0.549000001826;
  s_0225 = 0.549000001866;
  s_0234 = 0.548999999216;
  s_0238 = 0.549000001999;
  s_0247 = 0.549000000915;
  s_0254 = 0.549000000915;
  s_0257 = 0.549000000915;
  s_0261 = 0.549000000915;
  s_0264 = 0.363387999607;
  s_0265 = 0.000108759000085;
  s_0267 = 0.548999997773;
  s_0268 = 0.54900000196;
  s_0297 = 0.548999999216;
  s_0301 = 0.548999999216;
  s_0302 = 0.548999999216;
  s_0303 = 0.54899999551;
  s_0304 = 0.548999996343;
  s_0306 = 0.549000002154;
  s_0307 = 0.549000001826;
  s_0309 = 0.548999999216;
  s_0315 = 0.548999999216;
  s_0316 = 0.548999996168;
  s_0317 = 0.548999999216;
  s_0318 = 0.548999999216;
  s_0319 = 0.548999999216;
  s_0320 = 0.548999999216;
  s_0325 = 0.549000001219;
  s_0328 = 0.548999999216;
  s_0330 = 0.548999999216;
  s_0331 = 0.548999996435;
  s_0333 = 0.548999996435;
  s_0334 = 0.548999999216;
  s_0335 = 0.548999996262;
  s_0356 = 0.548999999216;
  s_0366 = 0.120104000134;
  s_0369 = 0.54900000196;
  s_0374 = 0.548999999216;
  s_0380 = 0.548999996435;
  s_0386 = 0.548999995995;
  s_0393 = 0.548999996273999;
  s_0397 = 0.548999996619;
  s_0400 = 1.71906998614;
  s_0410 = 0.548999996395;
  s_0416 = 0.548999999216;
  s_0419 = 0.548999996395;
  s_0427 = 0.548999996273999;
  s_0430 = 0.548999999216;
  s_0434 = 1.25955999733;
  s_0438 = 0.549000001219;
  s_0439 = 0.548999996435;
  s_0446 = 1.09207999161;
  s_0455 = 0.496413999333;
  s_0458 = 0.548999996101;
  s_0463 = 0.548999999216;
  s_0468 = 0.548999999216;
  s_0469 = 0.548999996395;
  s_0470 = 0.99999999807;
  s_0481 = 0.54899999608;
  s_0485 = 0.548999999216;
  s_0500 = 0.548999995879;
  s_0501 = 0.5489999965;
  s_0507 = 0.548999996435;
  s_0511 = 0.548999999216;
  s_0514 = 0.548999995995;
  s_0521 = 0.54900000196;
  s_0529 = 0.549000000915;
  s_0530 = 0.548999999216;
  s_0532 = 0.548999996369;
  s_0533 = 0.549000000621;
  s_0537 = 1.34278000007;
  s_0539 = 0.104554999996;
  s_0545 = 0.09875869957;
  s_0549 = 0.548999999216;
  s_0553 = 0.54900000196;
  s_0554 = 0.548999999216;
  s_0557 = 0.549000001186;
  s_0561 = 0.548999999216;
  s_0562 = 0.54899999608;
  s_0564 = 0.548999999216;
  s_0566 = 0.548999996435;
  s_0569 = 0.548999996395;
  s_0574 = 0.54899999668;
  s_0582 = 0.54899999668;
  s_0591 = 0.54899999608;
  s_0593 = 0.548999999216;
  s_0596 = 0.548999995995;
  s_0601 = 0.54900000196;
  s_0605 = 0.548999996218;
  s_0615 = 0.548999999216;
  s_0616 = 0.548999996435;
  s_0619 = 0.548999999216;
  s_0622 = 0.548999996395;
  s_0624 = 0.548999996395;
  s_0627 = 0.548999999216;
  s_0632 = 0.54900000196;
  s_0635 = 0.548999999216;
  s_0641 = 0.548999999216;
  s_0650 = 49.9999997395;
  s_0657 = 0.548999999216;
  s_0659 = 0.548999996435;
  s_0663 = 0.548999996435;
  s_0669 = 0.548999999216;
  s_0689 = 0.548999999216;
  s_0692 = 0.548999999216;
  s_0706 = 0.548999996111;
  s_0710 = 0.548999996435;
  s_0712 = 0.548999999216;
  s_0731 = 0.0436363000303;
  s_0732 = 0.149999999336;
  s_0734 = 0.54899999611;
  s_0735 = 0.601872999094;
  s_0740 = 0.548999999216;
  s_0743 = 0.548999999216;
  s_0749 = 0.548999995944;
  s_0752 = 0.548999996279;
  s_0755 = 0.548999999216;
  s_0798 = 0.549000001219;
  s_0800 = 0.548999999216;
  s_0801 = 0.549000001219;
  s_0805 = 0.548999996395;
  s_0816 = 0.548999996273;
  s_0824 = 0.548999999216;
  s_0828 = 0.548999999216;
  s_0847 = 0.548999999216;
  s_0850 = 0.548999996435;
  s_0859 = 0.548999996435;
  s_0861 = 0.548999999216;
  s_0863 = 0.548999995944;
  s_0867 = 0.548999999216;
  s_0873 = 0.548999999216;
  s_0877 = 0.548999999216;
  s_0881 = 0.548999996273;
  s_0886 = 0.548999996435;
  s_0887 = 0.548999996406;
  s_0888 = 0.548999999216;
  s_0889 = 0.548999999216;
  s_0894 = 0.548999999216;
  s_0899 = 0.548999996435;
  s_0905 = 0.54899999748;
  s_0907 = 0.548999995879;
  s_0911 = 0.548999999216;
  s_0915 = 0.549000003759;
  s_0916 = 0.548999996435;
  s_0917 = 0.548999999216;
  s_0919 = 0.548999999216;
  s_0920 = 0.548999999216;
  s_0925 = 0.548999999216;
  s_0929 = 0.548999999216;
  s_0933 = 0.548999996434;
  s_0936 = 0.548999999216;
  s_0939 = 0.548999999216;
  s_0942 = 0.549000002886;
  s_0943 = 0.548999996435;
  s_0949 = 1.00000000123;
  s_0952 = 0.99999999807;
  s_0955 = 0.548999999216;
  s_0960 = 0.99999999807;
  s_0963 = 0.548999999685;
  s_0968 = 0.54899999668;
  s_0977 = 0.54899999668;
  s_0987 = 0.548999997213;
  s_1000 = 0.54900000371;
  s_1005 = 0.548999999216;
  s_1011 = 0.548999999216;
  s_1013 = 0.548999999216;
  s_1020 = 0.548999999216;
  s_1028 = 0.54899999668;
  s_1044 = 0.54899999668;
  s_1048 = 0.548999996395;
  s_1051 = 0.548999999216;
  s_1052 = 0.548999996413;
  s_1053 = 0.548999999216;
  s_1060 = 0.548999996463;
  s_1066 = 0.548999999216;
  s_1070 = 0.548999999216;
  s_1071 = 0.548999996383;
  s_1073 = 0.548999999216;
  s_1080 = 0.549000001971;
  s_1082 = 1.50325999658;
  s_1087 = 0.0867352997424;
  s_1091 = 0.548999999216;
  s_1096 = 0.548999996474;
  s_1117 = 0.548999996395;
  s_1122 = 0.548999999216;
  s_1132 = 0.54899999668;
  s_1140 = 0.54899999668;
  s_1151 = 0.548999996395;
  s_1154 = 0.548999999216;
  s_1155 = 0.548999999216;
  s_1156 = 0.548999996435;
  s_1160 = 0.548999996463;
  s_1170 = 0.548999999216;
  s_1187 = 0.548999999216;
  s_1207 = 0.548999999216;
  s_1215 = 0.548999999216;
  s_1219 = 0.549000001352;
  s_1225 = 0.548999996435;
  s_1226 = 0.548999999216;
  s_1228 = 0.548999999216;
  s_1233 = 0.548999996395;
  s_1243 = 0.0271092999605;
  s_1257 = 0.548999996435;
  s_1258 = 0.548999999216;
  s_1277 = 0.0605904998459;
  s_1283 = 0.548999999216;
  s_1290 = 0.548999996435;
  s_1293 = 0.548999996273;
  s_1304 = 0.548999999216;
  s_1306 = 0.548999999216;
  s_1315 = 12.8510998429;
  s_1325 = 0.548999999216;
  s_1327 = 0.548999996687;
  s_1329 = 0.548999999216;
  s_1334 = 0.548999996435;
  s_1338 = 0.548999999216;
  s_1342 = 0.548999999216;
  s_1347 = 0.548999996474;
  s_1349 = 0.548999999216;
  s_1355 = 0.548999996395;
  s_1379 = 0.548999996262;
  s_1399 = 0.548999999216;
  s_1411 = 0.548999999216;
  s_1415 = 0.549000001186;
  s_1417 = 0.548999999216;
  s_1430 = 0.548999995967;
  s_1447 = 0.548999999216;
  s_1455 = 0.548999999216;
  s_1456 = 0.548999999216;
  s_1457 = 0.548999996369;
  s_1458 = 0.548999999216;
  s_1517 = 0.548999999216;
  s_1521 = 0.548999996236;
  s_0763_b = 0.548999999216;
  s_1434_b = 0.548999999216;
  species_1 = 1;
  s_0431_b = 37.9999998108;
  s_0464_b = 24.499999887;
  s_0472_b = 1.00000027208e-005;
  s_0547_b = 11.1;
  s_0651_b = 24.49999989;
  s_0766_b = 0.1;
  s_1162_b = 24.49999989;
  s_1209_b = 24.49999974;
  s_1339_b = 0.9999999981;
  s_1348_b = 42.19999979;

  // Compartment initializations:
  intracellular = 1;
  extracellular = 1;

  // Variable initializations:
  r_0005_Keq_r_0005 = 0.331541;
  r_0005_Vmax_r_0005 = 6.24684;
  r_0005_kmp_s_0001r_0005 = 0.549;
  r_0005_kmp_s_0763_br_0005 = 0.549;
  r_0005_kmp_s_1411r_0005 = 0.549;
  r_0005_kms_s_1415r_0005 = 0.549;
  r_0006_Keq_r_0006 = 0.6039;
  r_0006_Vmax_r_0006 = 1.58399;
  r_0006_kmp_s_0743r_0006 = 0.549;
  r_0006_kmp_s_1434_br_0006 = 0.549;
  r_0006_kms_s_0438r_0006 = 0.549;
  r_0008_Keq_r_0008 = 1.1;
  r_0008_Vmax_r_0008 = 0.13761;
  r_0008_kmp_s_0315r_0008 = 0.549;
  r_0008_kms_s_0079r_0008 = 0.549;
  r_0009_Keq_r_0009 = 0.0999269;
  r_0009_Vmax_r_0009 = 0.0421078;
  r_0009_kmp_s_0514r_0009 = 0.549;
  r_0009_kmp_s_0763_br_0009 = 0.549;
  r_0009_kmp_s_1215r_0009 = 0.549;
  r_0009_kms_s_0083r_0009 = 0.549;
  r_0009_kms_s_0386r_0009 = 0.549;
  r_0014_Keq_r_0014 = 2.00364;
  r_0014_Vmax_r_0014 = 0.00605002;
  r_0014_kmp_s_0319r_0014 = 0.549;
  r_0014_kmp_s_0430r_0014 = 0.549;
  r_0014_kms_s_0146r_0014 = 0.549;
  r_0014_kms_s_0763_br_0014 = 0.549;
  r_0014_kms_s_1434_br_0014 = 0.549;
  r_0015_Keq_r_0015 = 2.00364;
  r_0015_Vmax_r_0015 = 0.00605002;
  r_0015_kmp_s_0146r_0015 = 0.549;
  r_0015_kmp_s_1091r_0015 = 0.549;
  r_0015_kms_s_0145r_0015 = 0.549;
  r_0015_kms_s_0763_br_0015 = 0.549;
  r_0015_kms_s_1096r_0015 = 0.549;
  r_0016_Keq_r_0016 = 33.0686;
  r_0016_Vmax_r_0016 = 1.15193;
  r_0016_kmp_s_0042r_0016 = 0.549;
  r_0016_kmp_s_0470r_0016 = 1;
  r_0016_kms_s_0183r_0016 = 0.549;
  r_0016_kms_s_0763_br_0016 = 0.549;
  r_0016_kms_s_1277r_0016 = 0.0605905;
  r_0018_Keq_r_0018 = 1.1;
  r_0018_Vmax_r_0018 = 1.0241;
  r_0018_kmp_s_0185r_0018 = 0.549;
  r_0018_kmp_s_0861r_0018 = 0.549;
  r_0018_kms_s_0181r_0018 = 0.549;
  r_0018_kms_s_0899r_0018 = 0.549;
  r_0021_Keq_r_0021 = 40.5765;
  r_0021_Vmax_r_0021 = 1.60931;
  r_0021_kmp_s_0356r_0021 = 0.549;
  r_0021_kmp_s_1207r_0021 = 0.549;
  r_0021_kms_s_0533r_0021 = 0.549;
  r_0021_kms_s_1243r_0021 = 0.0271093;
  r_0021_kms_s_1434_br_0021 = 0.549;
  r_0025_Keq_r_0025 = 0.6039;
  r_0025_Vmax_r_0025 = 0.764496;
  r_0025_kmp_s_0170r_0025 = 0.549;
  r_0025_kmp_s_1434_br_0025 = 0.549;
  r_0025_kms_s_0167r_0025 = 0.549;
  r_0026_Keq_r_0026 = 1.1;
  r_0026_Vmax_r_0026 = 2.2935;
  r_0026_kmp_s_0167r_0026 = 0.549;
  r_0026_kmp_s_0514r_0026 = 0.549;
  r_0026_kmp_s_0763_br_0026 = 0.549;
  r_0026_kms_s_0238r_0026 = 0.549;
  r_0026_kms_s_0380r_0026 = 0.549;
  r_0026_kms_s_1434_br_0026 = 0.549;
  r_0029_Keq_r_0029 = 0.6039;
  r_0029_Vmax_r_0029 = 0.731496;
  r_0029_kmp_s_0468r_0029 = 0.549;
  r_0029_kmp_s_1434_br_0029 = 0.549;
  r_0029_kms_s_0798r_0029 = 0.549;
  r_0031_Keq_r_0031 = 2.00364;
  r_0031_Vmax_r_0031 = 1.0703;
  r_0031_kmp_s_0297r_0031 = 0.549;
  r_0031_kmp_s_0470r_0031 = 1;
  r_0031_kms_s_0010r_0031 = 0.549;
  r_0031_kms_s_0763_br_0031 = 0.549;
  r_0034_Keq_r_0034 = 2.52371;
  r_0034_Vmax_r_0034 = 0.39732;
  r_0034_kmp_s_0434r_0034 = 1.25956;
  r_0034_kmp_s_1207r_0034 = 0.549;
  r_0034_kms_s_0397r_0034 = 0.549;
  r_0034_kms_s_1434_br_0034 = 0.549;
  r_0040_Keq_r_0040 = 0.331541;
  r_0040_Vmax_r_0040 = 0.00989001;
  r_0040_kmp_s_0163r_0040 = 0.549;
  r_0040_kmp_s_0689r_0040 = 0.549;
  r_0040_kmp_s_0763_br_0040 = 0.549;
  r_0040_kms_s_0557r_0040 = 0.549;
  r_0042_Keq_r_0042 = 0.6039;
  r_0042_Vmax_r_0042 = 0.731496;
  r_0042_kmp_s_0217r_0042 = 0.549;
  r_0042_kmp_s_1434_br_0042 = 0.549;
  r_0042_kms_s_0216r_0042 = 0.549;
  r_0043_Keq_r_0043 = 0.6039;
  r_0043_Vmax_r_0043 = 0.731496;
  r_0043_kmp_s_0216r_0043 = 0.549;
  r_0043_kmp_s_1207r_0043 = 0.549;
  r_0043_kms_s_0356r_0043 = 0.549;
  r_0044_Keq_r_0044 = 3.64962;
  r_0044_Vmax_r_0044 = 0.00279511;
  r_0044_kmp_s_1091r_0044 = 0.549;
  r_0044_kmp_s_1325r_0044 = 0.549;
  r_0044_kms_s_0218r_0044 = 0.549;
  r_0044_kms_s_0763_br_0044 = 0.549;
  r_0044_kms_s_1096r_0044 = 0.549;
  r_0057_Keq_r_0057 = 34.7263;
  r_0057_Vmax_r_0057 = 3.30332;
  r_0057_kmp_s_0046r_0057 = 0.549;
  r_0057_kmp_s_1082r_0057 = 1.50326;
  r_0057_kms_s_0247r_0057 = 0.549;
  r_0057_kms_s_0763_br_0057 = 0.549;
  r_0057_kms_s_1087r_0057 = 0.0867353;
  r_0058_Keq_r_0058 = 34.7263;
  r_0058_Vmax_r_0058 = 3.30332;
  r_0058_kmp_s_0052r_0058 = 0.549;
  r_0058_kmp_s_1082r_0058 = 1.50326;
  r_0058_kms_s_0257r_0058 = 0.549;
  r_0058_kms_s_0763_br_0058 = 0.549;
  r_0058_kms_s_1087r_0058 = 0.0867353;
  r_0059_Keq_r_0059 = 34.7263;
  r_0059_Vmax_r_0059 = 3.30332;
  r_0059_kmp_s_0234r_0059 = 0.549;
  r_0059_kmp_s_1082r_0059 = 1.50326;
  r_0059_kms_s_0254r_0059 = 0.549;
  r_0059_kms_s_0763_br_0059 = 0.549;
  r_0059_kms_s_1087r_0059 = 0.0867353;
  r_0060_Keq_r_0060 = 34.7263;
  r_0060_Vmax_r_0060 = 3.30332;
  r_0060_kmp_s_0055r_0060 = 0.549;
  r_0060_kmp_s_1082r_0060 = 1.50326;
  r_0060_kms_s_0261r_0060 = 0.549;
  r_0060_kms_s_0763_br_0060 = 0.549;
  r_0060_kms_s_1087r_0060 = 0.0867353;
  r_0063_Keq_r_0063 = 2.00364;
  r_0063_Vmax_r_0063 = 0.764505;
  r_0063_kmp_s_0008r_0063 = 0.549;
  r_0063_kms_s_0170r_0063 = 0.549;
  r_0063_kms_s_1434_br_0063 = 0.549;
  r_0064_Keq_r_0064 = 0.0348439;
  r_0064_Vmax_r_0064 = 1.68189;
  r_0064_kmp_s_0010r_0064 = 0.549;
  r_0064_kmp_s_0763_br_0064 = 0.549;
  r_0064_kmp_s_1087r_0064 = 0.0867353;
  r_0064_kms_s_0008r_0064 = 0.549;
  r_0064_kms_s_1082r_0064 = 1.50326;
  r_0068_Keq_r_0068 = 22.2765;
  r_0068_Vmax_r_0068 = 1.0241;
  r_0068_kmp_s_0330r_0068 = 0.549;
  r_0068_kmp_s_1207r_0068 = 0.549;
  r_0068_kms_s_0267r_0068 = 0.549;
  r_0068_kms_s_1243r_0068 = 0.0271093;
  r_0093_Keq_r_0093 = 3.64962;
  r_0093_Vmax_r_0093 = 0.439232;
  r_0093_kmp_s_0328r_0093 = 0.549;
  r_0093_kmp_s_1091r_0093 = 0.549;
  r_0093_kms_s_0307r_0093 = 0.549;
  r_0093_kms_s_0763_br_0093 = 0.549;
  r_0093_kms_s_1096r_0093 = 0.549;
  r_0111_Keq_r_0111 = 2.00364;
  r_0111_Vmax_r_0111 = 3.41221;
  r_0111_kmp_s_0018r_0111 = 0.549;
  r_0111_kmp_s_1091r_0111 = 0.549;
  r_0111_kms_s_0150r_0111 = 0.549;
  r_0111_kms_s_0763_br_0111 = 0.549;
  r_0111_kms_s_1096r_0111 = 0.549;
  r_0112_Keq_r_0112 = 299.629;
  r_0112_Vmax_r_0112 = 2.1714;
  r_0112_kmp_s_0150r_0112 = 0.549;
  r_0112_kmp_s_0470r_0112 = 1;
  r_0112_kms_s_0763_br_0112 = 0.549;
  r_0112_kms_s_1277r_0112 = 0.0605905;
  r_0118_Keq_r_0118 = 1.1;
  r_0118_Vmax_r_0118 = 0.125399;
  r_0118_kmp_s_0374r_0118 = 0.549;
  r_0118_kmp_s_0514r_0118 = 0.549;
  r_0118_kms_s_0380r_0118 = 0.549;
  r_0123_Keq_r_0123 = 0.950614;
  r_0123_Vmax_r_0123 = 0.105501;
  r_0123_kmp_s_0400r_0123 = 1.71907;
  r_0123_kmp_s_0763_br_0123 = 0.549;
  r_0123_kmp_s_1005r_0123 = 0.549;
  r_0123_kmp_s_1207r_0123 = 0.549;
  r_0123_kms_s_0380r_0123 = 0.549;
  r_0123_kms_s_0446r_0123 = 1.09208;
  r_0123_kms_s_0458r_0123 = 0.549;
  r_0125_Keq_r_0125 = 2.00364;
  r_0125_Vmax_r_0125 = 26.9831;
  r_0125_kmp_s_0380r_0125 = 0.549;
  r_0125_kmp_s_1434_br_0125 = 0.549;
  r_0125_kms_s_0369r_0125 = 0.549;
  r_0125_kms_s_0514r_0125 = 0.549;
  r_0125_kms_s_0763_br_0125 = 0.549;
  r_0127_Keq_r_0127 = 0.953736;
  r_0127_Vmax_r_0127 = 25.905;
  r_0127_kmp_s_0369r_0127 = 0.549;
  r_0127_kmp_s_0446r_0127 = 1.09208;
  r_0127_kmp_s_0514r_0127 = 0.549;
  r_0127_kms_s_0380r_0127 = 0.549;
  r_0127_kms_s_0434r_0127 = 1.25956;
  r_0127_kms_s_0605r_0127 = 0.549;
  r_0130_Keq_r_0130 = 1.73154;
  r_0130_Vmax_r_0130 = 0.58058;
  r_0130_kmp_s_0400r_0130 = 1.71907;
  r_0130_kmp_s_1070r_0130 = 0.549;
  r_0130_kms_s_0446r_0130 = 1.09208;
  r_0130_kms_s_1071r_0130 = 0.549;
  r_0133_Keq_r_0133 = 1.1;
  r_0133_Vmax_r_0133 = 0.58058;
  r_0133_kmp_s_0185r_0133 = 0.549;
  r_0133_kmp_s_1051r_0133 = 0.549;
  r_0133_kms_s_0149r_0133 = 0.549;
  r_0133_kms_s_0899r_0133 = 0.549;
  r_0157_Keq_r_0157 = 2.18098;
  r_0157_Vmax_r_0157 = 0.103455;
  r_0157_kmp_s_0400r_0157 = 1.71907;
  r_0157_kmp_s_0434r_0157 = 1.25956;
  r_0157_kmp_s_0763_br_0157 = 0.549;
  r_0157_kms_s_0393r_0157 = 0.549;
  r_0157_kms_s_0446r_0157 = 1.09208;
  r_0159_Keq_r_0159 = 1.1;
  r_0159_Vmax_r_0159 = 0.065835;
  r_0159_kmp_s_0393r_0159 = 0.549;
  r_0159_kmp_s_0917r_0159 = 0.549;
  r_0159_kms_s_1290r_0159 = 0.549;
  r_0159_kms_s_1434_br_0159 = 0.549;
  r_0163_Keq_r_0163 = 0.512011;
  r_0163_Vmax_r_0163 = 2.28799;
  r_0163_kmp_s_0434r_0163 = 1.25956;
  r_0163_kmp_s_0446r_0163 = 1.09208;
  r_0163_kms_s_0400r_0163 = 1.71907;
  r_0165_Keq_r_0165 = 0.805968;
  r_0165_Vmax_r_0165 = 4.0656;
  r_0165_kmp_s_0434r_0165 = 1.25956;
  r_0165_kmp_s_0755r_0165 = 0.549;
  r_0165_kms_s_0400r_0165 = 1.71907;
  r_0165_kms_s_0706r_0165 = 0.549;
  r_0169_Keq_r_0169 = 0.6039;
  r_0169_Vmax_r_0169 = 0.333848;
  r_0169_kmp_s_0317r_0169 = 0.549;
  r_0169_kmp_s_0692r_0169 = 0.549;
  r_0169_kms_s_0009r_0169 = 0.549;
  r_0170_Keq_r_0170 = 0.331541;
  r_0170_Vmax_r_0170 = 1.8216;
  r_0170_kmp_s_0706r_0170 = 0.549;
  r_0170_kmp_s_0763_br_0170 = 0.549;
  r_0170_kmp_s_1053r_0170 = 0.549;
  r_0170_kmp_s_1207r_0170 = 0.549;
  r_0170_kms_s_0755r_0170 = 0.549;
  r_0170_kms_s_0816r_0170 = 0.549;
  r_0170_kms_s_0881r_0170 = 0.549;
  r_0171_Keq_r_0171 = 1.38552;
  r_0171_Vmax_r_0171 = 0.395998;
  r_0171_kmp_s_0434r_0171 = 1.25956;
  r_0171_kmp_s_0692r_0171 = 0.549;
  r_0171_kms_s_1053r_0171 = 0.549;
  r_0172_Keq_r_0172 = 0.950614;
  r_0172_Vmax_r_0172 = 0.624358;
  r_0172_kmp_s_0206r_0172 = 0.549;
  r_0172_kmp_s_0400r_0172 = 1.71907;
  r_0172_kmp_s_0763_br_0172 = 0.549;
  r_0172_kms_s_0304r_0172 = 0.549;
  r_0172_kms_s_0446r_0172 = 1.09208;
  r_0174_Keq_r_0174 = 0.121402;
  r_0174_Vmax_r_0174 = 1.7171;
  r_0174_kmp_s_0740r_0174 = 0.549;
  r_0174_kmp_s_1277r_0174 = 0.0605905;
  r_0174_kms_s_0749r_0174 = 0.549;
  r_0174_kms_s_0863r_0174 = 0.549;
  r_0183_Keq_r_0183 = 14456.7;
  r_0183_Vmax_r_0183 = 99.1;
  r_0183_kmp_s_0650r_0183 = 50;
  r_0183_kmp_s_1082r_0183 = 1.50326;
  r_0183_kms_s_0366r_0183 = 0.120104;
  r_0183_kms_s_0763_br_0183 = 0.549;
  r_0183_kms_s_1087r_0183 = 0.0867353;
  r_0191_Keq_r_0191 = 2.76045;
  r_0191_Vmax_r_0191 = 9.45451;
  r_0191_kmp_s_0369r_0191 = 0.549;
  r_0191_kmp_s_0763_br_0191 = 0.549;
  r_0191_kmp_s_1096r_0191 = 0.549;
  r_0191_kms_s_0366r_0191 = 0.120104;
  r_0191_kms_s_1091r_0191 = 0.549;
  r_0191_kms_s_1434_br_0191 = 0.549;
  r_0213_Keq_r_0213 = 0.6039;
  r_0213_Vmax_r_0213 = 0.157299;
  r_0213_kmp_s_0419r_0213 = 0.549;
  r_0213_kmp_s_0763_br_0213 = 0.549;
  r_0213_kmp_s_1411r_0213 = 0.549;
  r_0213_kms_s_0410r_0213 = 0.549;
  r_0213_kms_s_1415r_0213 = 0.549;
  r_0220_Keq_r_0220 = 1.1;
  r_0220_Vmax_r_0220 = 0.11935;
  r_0220_kmp_s_0605r_0220 = 0.549;
  r_0220_kmp_s_1066r_0220 = 0.549;
  r_0220_kms_s_0331r_0220 = 0.549;
  r_0220_kms_s_0439r_0220 = 0.549;
  r_0221_Keq_r_0221 = 0.0365906;
  r_0221_Vmax_r_0221 = 0.323947;
  r_0221_kmp_s_0439r_0221 = 0.549;
  r_0221_kmp_s_0763_br_0221 = 0.549;
  r_0221_kmp_s_0899r_0221 = 0.549;
  r_0221_kmp_s_1277r_0221 = 0.0605905;
  r_0221_kms_s_0500r_0221 = 0.549;
  r_0221_kms_s_0907r_0221 = 0.549;
  r_0225_Keq_r_0225 = 0.6039;
  r_0225_Vmax_r_0225 = 0.414697;
  r_0225_kmp_s_0692r_0225 = 0.549;
  r_0225_kmp_s_0873r_0225 = 0.549;
  r_0225_kms_s_0017r_0225 = 0.549;
  r_0226_Keq_r_0226 = 0.696513;
  r_0226_Vmax_r_0226 = 1.90762;
  r_0226_kmp_s_0017r_0226 = 0.549;
  r_0226_kmp_s_0434r_0226 = 1.25956;
  r_0226_kmp_s_0605r_0226 = 0.549;
  r_0226_kmp_s_0763_br_0226 = 0.549;
  r_0226_kms_s_0446r_0226 = 1.09208;
  r_0226_kms_s_0881r_0226 = 0.549;
  r_0226_kms_s_0887r_0226 = 0.549;
  r_0229_Keq_r_0229 = 0.696513;
  r_0229_Vmax_r_0229 = 4.92183;
  r_0229_kmp_s_0434r_0229 = 1.25956;
  r_0229_kmp_s_0605r_0229 = 0.549;
  r_0229_kmp_s_0763_br_0229 = 0.549;
  r_0229_kmp_s_0877r_0229 = 0.549;
  r_0229_kmp_s_0899r_0229 = 0.549;
  r_0229_kms_s_0446r_0229 = 1.09208;
  r_0229_kms_s_0881r_0229 = 0.549;
  r_0229_kms_s_0907r_0229 = 0.549;
  r_0229_kms_s_1434_br_0229 = 0.549;
  r_0232_Keq_r_0232 = 0.6039;
  r_0232_Vmax_r_0232 = 0.826427;
  r_0232_kmp_s_0763_br_0232 = 0.549;
  r_0232_kmp_s_1073r_0232 = 0.549;
  r_0232_kmp_s_1207r_0232 = 0.549;
  r_0232_kms_s_0469r_0232 = 0.549;
  r_0232_kms_s_0881r_0232 = 0.549;
  r_0233_Keq_r_0233 = 1.73154;
  r_0233_Vmax_r_0233 = 6.2447;
  r_0233_kmp_s_0301r_0233 = 0.549;
  r_0233_kmp_s_0400r_0233 = 1.71907;
  r_0233_kms_s_0446r_0233 = 1.09208;
  r_0233_kms_s_0881r_0233 = 0.549;
  r_0235_Keq_r_0235 = 1.1;
  r_0235_Vmax_r_0235 = 9.856;
  r_0235_kmp_s_0185r_0235 = 0.549;
  r_0235_kmp_s_0881r_0235 = 0.549;
  r_0235_kms_s_0899r_0235 = 0.549;
  r_0235_kms_s_1156r_0235 = 0.549;
  r_0238_Keq_r_0238 = 1.1;
  r_0238_Vmax_r_0238 = 13.3815;
  r_0238_kmp_s_0886r_0238 = 0.549;
  r_0238_kmp_s_1091r_0238 = 0.549;
  r_0238_kmp_s_1207r_0238 = 0.549;
  r_0238_kms_s_0301r_0238 = 0.549;
  r_0238_kms_s_0763_br_0238 = 0.549;
  r_0238_kms_s_1096r_0238 = 0.549;
  r_0245_Keq_r_0245 = 0.552981;
  r_0245_Vmax_r_0245 = 0.32109;
  r_0245_kmp_s_0334r_0245 = 0.549;
  r_0245_kmp_s_0605r_0245 = 0.549;
  r_0245_kms_s_0331r_0245 = 0.549;
  r_0245_kms_s_0446r_0245 = 1.09208;
  r_0246_Keq_r_0246 = 3.47564;
  r_0246_Vmax_r_0246 = 76.0041;
  r_0246_kmp_s_0446r_0246 = 1.09208;
  r_0246_kmp_s_0763_br_0246 = 0.549;
  r_0246_kmp_s_1434_br_0246 = 0.549;
  r_0246_kms_s_0400r_0246 = 1.71907;
  r_0246_kms_s_0763_br_0246 = 0.549;
  r_0246_kms_s_1207r_0246 = 0.549;
  r_0249_Keq_r_0249 = 0.173154;
  r_0249_Vmax_r_0249 = 50.4568;
  r_0249_kmp_s_0400r_0249 = 1.71907;
  r_0249_kmp_s_0766_br_0249 = 0.1;
  r_0249_kmp_s_1207r_0249 = 0.549;
  r_0249_kms_s_0446r_0249 = 1.09208;
  r_0249_kms_s_1434_br_0249 = 0.549;
  r_0251_Keq_r_0251 = 0.6039;
  r_0251_Vmax_r_0251 = 20.097;
  r_0251_kmp_s_0458r_0251 = 0.549;
  r_0251_kmp_s_0763_br_0251 = 0.549;
  r_0251_kms_s_0470r_0251 = 1;
  r_0251_kms_s_1434_br_0251 = 0.549;
  r_0258_Keq_r_0258 = 2.00364;
  r_0258_Vmax_r_0258 = 0.0458592;
  r_0258_kmp_s_0124r_0258 = 0.549;
  r_0258_kmp_s_1091r_0258 = 0.549;
  r_0258_kms_s_0268r_0258 = 0.549;
  r_0258_kms_s_0763_br_0258 = 0.549;
  r_0258_kms_s_1096r_0258 = 0.549;
  r_0261_Keq_r_0261 = 0.6039;
  r_0261_Vmax_r_0261 = 0.0785835;
  r_0261_kmp_s_0470r_0261 = 1;
  r_0261_kmp_s_0763_br_0261 = 0.549;
  r_0261_kmp_s_1096r_0261 = 0.549;
  r_0261_kmp_s_1458r_0261 = 0.549;
  r_0261_kms_s_1091r_0261 = 0.549;
  r_0261_kms_s_1457r_0261 = 0.549;
  r_0262_Keq_r_0262 = 0.0348439;
  r_0262_Vmax_r_0262 = 0.0785834;
  r_0262_kmp_s_0215r_0262 = 0.549;
  r_0262_kmp_s_0470r_0262 = 1;
  r_0262_kmp_s_0763_br_0262 = 0.549;
  r_0262_kmp_s_1087r_0262 = 0.0867353;
  r_0262_kms_s_0303r_0262 = 0.549;
  r_0262_kms_s_1082r_0262 = 1.50326;
  r_0263_Keq_r_0263 = 2.00364;
  r_0263_Vmax_r_0263 = 0.0454962;
  r_0263_kmp_s_0302r_0263 = 0.549;
  r_0263_kmp_s_1091r_0263 = 0.549;
  r_0263_kms_s_0215r_0263 = 0.549;
  r_0263_kms_s_0763_br_0263 = 0.549;
  r_0263_kms_s_1096r_0263 = 0.549;
  r_0264_Keq_r_0264 = 2.00364;
  r_0264_Vmax_r_0264 = 0.0454962;
  r_0264_kmp_s_1091r_0264 = 0.549;
  r_0264_kmp_s_1447r_0264 = 0.549;
  r_0264_kms_s_0763_br_0264 = 0.549;
  r_0264_kms_s_1096r_0264 = 0.549;
  r_0264_kms_s_1458r_0264 = 0.549;
  r_0265_Keq_r_0265 = 2.00364;
  r_0265_Vmax_r_0265 = 0.0951282;
  r_0265_kmp_s_1091r_0265 = 0.549;
  r_0265_kmp_s_1434_br_0265 = 0.549;
  r_0265_kmp_s_1455r_0265 = 0.549;
  r_0265_kms_s_0302r_0265 = 0.549;
  r_0265_kms_s_0763_br_0265 = 0.549;
  r_0265_kms_s_1096r_0265 = 0.549;
  r_0265_kms_s_1160r_0265 = 0.549;
  r_0266_Keq_r_0266 = 1.1;
  r_0266_Vmax_r_0266 = 0.0951282;
  r_0266_kmp_s_1091r_0266 = 0.549;
  r_0266_kmp_s_1434_br_0266 = 0.549;
  r_0266_kmp_s_1456r_0266 = 0.549;
  r_0266_kms_s_0763_br_0266 = 0.549;
  r_0266_kms_s_1096r_0266 = 0.549;
  r_0266_kms_s_1160r_0266 = 0.549;
  r_0266_kms_s_1455r_0266 = 0.549;
  r_0267_Keq_r_0267 = 2.00364;
  r_0267_Vmax_r_0267 = 0.0951282;
  r_0267_kmp_s_1091r_0267 = 0.549;
  r_0267_kmp_s_1434_br_0267 = 0.549;
  r_0267_kmp_s_1457r_0267 = 0.549;
  r_0267_kms_s_0763_br_0267 = 0.549;
  r_0267_kms_s_1096r_0267 = 0.549;
  r_0267_kms_s_1160r_0267 = 0.549;
  r_0267_kms_s_1456r_0267 = 0.549;
  r_0268_Keq_r_0268 = 3.64962;
  r_0268_Vmax_r_0268 = 0.0951282;
  r_0268_kmp_s_0303r_0268 = 0.549;
  r_0268_kmp_s_1091r_0268 = 0.549;
  r_0268_kmp_s_1434_br_0268 = 0.549;
  r_0268_kms_s_0124r_0268 = 0.549;
  r_0268_kms_s_0763_br_0268 = 0.549;
  r_0268_kms_s_1096r_0268 = 0.549;
  r_0268_kms_s_1160r_0268 = 0.549;
  r_0270_Keq_r_0270 = 1.1;
  r_0270_Vmax_r_0270 = 0.00017589;
  r_0270_kmp_s_0627r_0270 = 0.549;
  r_0270_kms_s_0669r_0270 = 0.549;
  r_0271_Keq_r_0271 = 2.00364;
  r_0271_Vmax_r_0271 = 0.0430762;
  r_0271_kmp_s_0635r_0271 = 0.549;
  r_0271_kmp_s_1091r_0271 = 0.549;
  r_0271_kms_s_0632r_0271 = 0.549;
  r_0271_kms_s_0763_br_0271 = 0.549;
  r_0271_kms_s_1096r_0271 = 0.549;
  r_0277_Keq_r_0277 = 0.821515;
  r_0277_Vmax_r_0277 = 7.44478;
  r_0277_kmp_s_0400r_0277 = 1.71907;
  r_0277_kmp_s_0469r_0277 = 0.549;
  r_0277_kmp_s_0763_br_0277 = 0.549;
  r_0277_kmp_s_0899r_0277 = 0.549;
  r_0277_kmp_s_1207r_0277 = 0.549;
  r_0277_kms_s_0446r_0277 = 1.09208;
  r_0277_kms_s_0458r_0277 = 0.549;
  r_0277_kms_s_0907r_0277 = 0.549;
  r_0277_kms_s_1434_br_0277 = 0.549;
  r_0282_Keq_r_0282 = 0.6039;
  r_0282_Vmax_r_0282 = 0.187549;
  r_0282_kmp_s_1160r_0282 = 0.549;
  r_0282_kmp_s_1434_br_0282 = 0.549;
  r_0282_kms_s_0801r_0282 = 0.549;
  r_0284_Keq_r_0284 = 2.00364;
  r_0284_Vmax_r_0284 = 0.0367841;
  r_0284_kmp_s_0485r_0284 = 0.549;
  r_0284_kmp_s_0605r_0284 = 0.549;
  r_0284_kms_s_0521r_0284 = 0.549;
  r_0284_kms_s_0763_br_0284 = 0.549;
  r_0284_kms_s_1215r_0284 = 0.549;
  r_0287_Keq_r_0287 = 2.00364;
  r_0287_Vmax_r_0287 = 0.00584431;
  r_0287_kmp_s_1060r_0287 = 0.549;
  r_0287_kmp_s_1091r_0287 = 0.549;
  r_0287_kmp_s_1434_br_0287 = 0.549;
  r_0287_kms_s_0763_br_0287 = 0.549;
  r_0287_kms_s_1080r_0287 = 0.549;
  r_0287_kms_s_1096r_0287 = 0.549;
  r_0287_kms_s_1160r_0287 = 0.549;
  r_0290_Keq_r_0290 = 0.6039;
  r_0290_Vmax_r_0290 = 0.00279509;
  r_0290_kmp_s_0514r_0290 = 0.549;
  r_0290_kmp_s_0763_br_0290 = 0.549;
  r_0290_kmp_s_1080r_0290 = 0.549;
  r_0290_kms_s_1325r_0290 = 0.549;
  r_0290_kms_s_1355r_0290 = 0.549;
  r_0298_Keq_r_0298 = 0.331541;
  r_0298_Vmax_r_0298 = 0.0918388;
  r_0298_kmp_s_0632r_0298 = 0.549;
  r_0298_kmp_s_0763_br_0298 = 0.549;
  r_0298_kmp_s_1290r_0298 = 0.549;
  r_0298_kmp_s_1434_br_0298 = 0.549;
  r_0298_kms_s_1160r_0298 = 0.549;
  r_0298_kms_s_1293r_0298 = 0.549;
  r_0298_kms_s_1447r_0298 = 0.549;
  r_0304_Keq_r_0304 = 1.1;
  r_0304_Vmax_r_0304 = 0.3861;
  r_0304_kmp_s_1258r_0304 = 0.549;
  r_0304_kms_s_0500r_0304 = 0.549;
  r_0306_Keq_r_0306 = 0.6039;
  r_0306_Vmax_r_0306 = 0.731496;
  r_0306_kmp_s_0500r_0306 = 0.549;
  r_0306_kmp_s_1207r_0306 = 0.549;
  r_0306_kms_s_0330r_0306 = 0.549;
  r_0307_Keq_r_0307 = 2.00364;
  r_0307_Vmax_r_0307 = 4.40553;
  r_0307_kmp_s_0847r_0307 = 0.549;
  r_0307_kms_s_0501r_0307 = 0.549;
  r_0307_kms_s_1434_br_0307 = 0.549;
  r_0328_Keq_r_0328 = 1.1;
  r_0328_Vmax_r_0328 = 13.2165;
  r_0328_kmp_s_0507r_0328 = 0.549;
  r_0328_kmp_s_0514r_0328 = 0.549;
  r_0328_kmp_s_0763_br_0328 = 0.549;
  r_0328_kms_s_0380r_0328 = 0.549;
  r_0328_kms_s_1156r_0328 = 0.549;
  r_0328_kms_s_1434_br_0328 = 0.549;
  r_0330_Keq_r_0330 = 0.6039;
  r_0330_Vmax_r_0330 = 4.40547;
  r_0330_kmp_s_0501r_0330 = 0.549;
  r_0330_kmp_s_1434_br_0330 = 0.549;
  r_0330_kms_s_0507r_0330 = 0.549;
  r_0336_Keq_r_0336 = 0.521887;
  r_0336_Vmax_r_0336 = 0.703339;
  r_0336_kmp_s_0400r_0336 = 1.71907;
  r_0336_kmp_s_0521r_0336 = 0.549;
  r_0336_kmp_s_0763_br_0336 = 0.549;
  r_0336_kmp_s_1207r_0336 = 0.549;
  r_0336_kms_s_0430r_0336 = 0.549;
  r_0336_kms_s_0446r_0336 = 1.09208;
  r_0336_kms_s_1430r_0336 = 0.549;
  r_0338_Keq_r_0338 = 1.1;
  r_0338_Vmax_r_0338 = 0.18326;
  r_0338_kmp_s_0888r_0338 = 0.549;
  r_0338_kmp_s_1434_br_0338 = 0.549;
  r_0338_kms_s_0917r_0338 = 0.549;
  r_0338_kms_s_0943r_0338 = 0.549;
  r_0339_Keq_r_0339 = 0.6039;
  r_0339_Vmax_r_0339 = 0.719947;
  r_0339_kmp_s_0183r_0339 = 0.549;
  r_0339_kmp_s_0430r_0339 = 0.549;
  r_0339_kmp_s_0889r_0339 = 0.549;
  r_0339_kms_s_0888r_0339 = 0.549;
  r_0339_kms_s_1434_br_0339 = 0.549;
  r_0340_Keq_r_0340 = 0.6039;
  r_0340_Vmax_r_0340 = 0.431968;
  r_0340_kmp_s_0369r_0340 = 0.549;
  r_0340_kmp_s_0763_br_0340 = 0.549;
  r_0340_kmp_s_0888r_0340 = 0.549;
  r_0340_kms_s_0889r_0340 = 0.549;
  r_0340_kms_s_1117r_0340 = 0.549;
  r_0345_Keq_r_0345 = 0.698801;
  r_0345_Vmax_r_0345 = 0.19019;
  r_0345_kmp_s_0446r_0345 = 1.09208;
  r_0345_kmp_s_0511r_0345 = 0.549;
  r_0345_kms_s_0400r_0345 = 1.71907;
  r_0345_kms_s_0481r_0345 = 0.549;
  r_0347_Keq_r_0347 = 5726.73;
  r_0347_Vmax_r_0347 = 0.12924;
  r_0347_kmp_s_0268r_0347 = 0.549;
  r_0347_kmp_s_0689r_0347 = 0.549;
  r_0347_kmp_s_1082r_0347 = 1.50326;
  r_0347_kmp_s_1434_br_0347 = 0.549;
  r_0347_kms_s_0763_br_0347 = 0.549;
  r_0347_kms_s_0963r_0347 = 0.549;
  r_0347_kms_s_1087r_0347 = 0.0867353;
  r_0347_kms_s_1160r_0347 = 0.549;
  r_0351_Keq_r_0351 = 34.7263;
  r_0351_Vmax_r_0351 = 3.30331;
  r_0351_kmp_s_0530r_0351 = 0.549;
  r_0351_kmp_s_1082r_0351 = 1.50326;
  r_0351_kms_s_0529r_0351 = 0.549;
  r_0351_kms_s_0763_br_0351 = 0.549;
  r_0351_kms_s_1087r_0351 = 0.0867353;
  r_0352_Keq_r_0352 = 0.6039;
  r_0352_Vmax_r_0352 = 3.30329;
  r_0352_kmp_s_0529r_0352 = 0.549;
  r_0352_kmp_s_0763_br_0352 = 0.549;
  r_0352_kmp_s_1096r_0352 = 0.549;
  r_0352_kms_s_0530r_0352 = 0.549;
  r_0352_kms_s_1091r_0352 = 0.549;
  r_0357_Keq_r_0357 = 0.6039;
  r_0357_Vmax_r_0357 = 0.0163349;
  r_0357_kmp_s_0569r_0357 = 0.549;
  r_0357_kmp_s_0763_br_0357 = 0.549;
  r_0357_kmp_s_1434_br_0357 = 0.549;
  r_0357_kms_s_0430r_0357 = 0.549;
  r_0357_kms_s_0624r_0357 = 0.549;
  r_0360_Keq_r_0360 = 0.698801;
  r_0360_Vmax_r_0360 = 0.015323;
  r_0360_kmp_s_0446r_0360 = 1.09208;
  r_0360_kmp_s_0564r_0360 = 0.549;
  r_0360_kms_s_0400r_0360 = 1.71907;
  r_0360_kms_s_0562r_0360 = 0.549;
  r_0362_Keq_r_0362 = 0.698801;
  r_0362_Vmax_r_0362 = 0.010395;
  r_0362_kmp_s_0446r_0362 = 1.09208;
  r_0362_kmp_s_0593r_0362 = 0.549;
  r_0362_kms_s_0400r_0362 = 1.71907;
  r_0362_kms_s_0591r_0362 = 0.549;
  r_0370_Keq_r_0370 = 0.0999269;
  r_0370_Vmax_r_0370 = 0.0120878;
  r_0370_kmp_s_0514r_0370 = 0.549;
  r_0370_kmp_s_0763_br_0370 = 0.549;
  r_0370_kmp_s_1399r_0370 = 0.549;
  r_0370_kms_s_0386r_0370 = 0.549;
  r_0370_kms_s_0596r_0370 = 0.549;
  r_0371_Keq_r_0371 = 0.331541;
  r_0371_Vmax_r_0371 = 0.00525138;
  r_0371_kmp_s_0596r_0371 = 0.549;
  r_0371_kmp_s_0763_br_0371 = 0.549;
  r_0371_kmp_s_1207r_0371 = 0.549;
  r_0371_kms_s_1215r_0371 = 0.549;
  r_0371_kms_s_1434_br_0371 = 0.549;
  r_0374_Keq_r_0374 = 1.1;
  r_0374_Vmax_r_0374 = 0.52591;
  r_0374_kmp_s_0801r_0374 = 0.549;
  r_0374_kmp_s_1154r_0374 = 0.549;
  r_0374_kms_s_0064r_0374 = 0.549;
  r_0374_kms_s_1160r_0374 = 0.549;
  r_0375_Keq_r_0375 = 2.00364;
  r_0375_Vmax_r_0375 = 0.0240791;
  r_0375_kmp_s_0309r_0375 = 0.549;
  r_0375_kmp_s_1091r_0375 = 0.549;
  r_0375_kms_s_0601r_0375 = 0.549;
  r_0375_kms_s_0763_br_0375 = 0.549;
  r_0375_kms_s_1096r_0375 = 0.549;
  r_0381_Keq_r_0381 = 1.1;
  r_0381_Vmax_r_0381 = 0.52591;
  r_0381_kmp_s_0064r_0381 = 0.549;
  r_0381_kmp_s_1434_br_0381 = 0.549;
  r_0381_kms_s_0763_br_0381 = 0.549;
  r_0381_kms_s_1073r_0381 = 0.549;
  r_0384_Keq_r_0384 = 0.6039;
  r_0384_Vmax_r_0384 = 1.55099;
  r_0384_kmp_s_0238r_0384 = 0.549;
  r_0384_kmp_s_1434_br_0384 = 0.549;
  r_0384_kms_s_0018r_0384 = 0.549;
  r_0385_Keq_r_0385 = 0.6039;
  r_0385_Vmax_r_0385 = 0.523597;
  r_0385_kmp_s_0058r_0385 = 0.549;
  r_0385_kmp_s_1434_br_0385 = 0.549;
  r_0385_kms_s_0007r_0385 = 0.549;
  r_0386_Keq_r_0386 = 1.04217;
  r_0386_Vmax_r_0386 = 5.48128;
  r_0386_kmp_s_0400r_0386 = 1.71907;
  r_0386_kmp_s_0735r_0386 = 0.601873;
  r_0386_kmp_s_0763_br_0386 = 0.549;
  r_0386_kms_s_0446r_0386 = 1.09208;
  r_0386_kms_s_0734r_0386 = 0.549;
  r_0387_Keq_r_0387 = 1.1;
  r_0387_Vmax_r_0387 = 0.058597;
  r_0387_kmp_s_0605r_0387 = 0.549;
  r_0387_kmp_s_0712r_0387 = 0.549;
  r_0387_kms_s_0850r_0387 = 0.549;
  r_0387_kms_s_1257r_0387 = 0.549;
  r_0393_Keq_r_0393 = 1.1;
  r_0393_Vmax_r_0393 = 3.5112;
  r_0393_kmp_s_0615r_0393 = 0.549;
  r_0393_kmp_s_0706r_0393 = 0.549;
  r_0393_kms_s_0616r_0393 = 0.549;
  r_0393_kms_s_0710r_0393 = 0.549;
  r_0394_Keq_r_0394 = 0.331541;
  r_0394_Vmax_r_0394 = 4.51436;
  r_0394_kmp_s_0616r_0394 = 0.549;
  r_0394_kmp_s_0763_br_0394 = 0.549;
  r_0394_kmp_s_1011r_0394 = 0.549;
  r_0394_kms_s_0615r_0394 = 0.549;
  r_0398_Keq_r_0398 = 6500;
  r_0398_Vmax_r_0398 = 6.15027;
  r_0398_kmp_s_1243r_0398 = 0.0271093;
  r_0398_kmp_s_1434_br_0398 = 0.549;
  r_0398_kms_s_0193r_0398 = 0.0515066;
  r_0417_Keq_r_0417 = 3.64962;
  r_0417_Vmax_r_0417 = 0.00599719;
  r_0417_kmp_s_0470r_0417 = 1;
  r_0417_kmp_s_0514r_0417 = 0.549;
  r_0417_kmp_s_0574r_0417 = 0.549;
  r_0417_kmp_s_1091r_0417 = 0.549;
  r_0417_kmp_s_1434_br_0417 = 0.549;
  r_0417_kms_s_0763_br_0417 = 0.549;
  r_0417_kms_s_1005r_0417 = 0.549;
  r_0417_kms_s_1096r_0417 = 0.549;
  r_0417_kms_s_1132r_0417 = 0.549;
  r_0418_Keq_r_0418 = 3.64962;
  r_0418_Vmax_r_0418 = 0.00599719;
  r_0418_kmp_s_0470r_0418 = 1;
  r_0418_kmp_s_0514r_0418 = 0.549;
  r_0418_kmp_s_0968r_0418 = 0.549;
  r_0418_kmp_s_1091r_0418 = 0.549;
  r_0418_kmp_s_1434_br_0418 = 0.549;
  r_0418_kms_s_0574r_0418 = 0.549;
  r_0418_kms_s_0763_br_0418 = 0.549;
  r_0418_kms_s_1005r_0418 = 0.549;
  r_0418_kms_s_1096r_0418 = 0.549;
  r_0419_Keq_r_0419 = 3.64962;
  r_0419_Vmax_r_0419 = 0.00599719;
  r_0419_kmp_s_0470r_0419 = 1;
  r_0419_kmp_s_0514r_0419 = 0.549;
  r_0419_kmp_s_1028r_0419 = 0.549;
  r_0419_kmp_s_1091r_0419 = 0.549;
  r_0419_kmp_s_1434_br_0419 = 0.549;
  r_0419_kms_s_0763_br_0419 = 0.549;
  r_0419_kms_s_0968r_0419 = 0.549;
  r_0419_kms_s_1005r_0419 = 0.549;
  r_0419_kms_s_1096r_0419 = 0.549;
  r_0421_Keq_r_0421 = 3.64962;
  r_0421_Vmax_r_0421 = 0.00599719;
  r_0421_kmp_s_0470r_0421 = 1;
  r_0421_kmp_s_0514r_0421 = 0.549;
  r_0421_kmp_s_1091r_0421 = 0.549;
  r_0421_kmp_s_1170r_0421 = 0.549;
  r_0421_kmp_s_1434_br_0421 = 0.549;
  r_0421_kms_s_0763_br_0421 = 0.549;
  r_0421_kms_s_1005r_0421 = 0.549;
  r_0421_kms_s_1028r_0421 = 0.549;
  r_0421_kms_s_1096r_0421 = 0.549;
  r_0423_Keq_r_0423 = 3.64962;
  r_0423_Vmax_r_0423 = 0.00599718;
  r_0423_kmp_s_0470r_0423 = 1;
  r_0423_kmp_s_0514r_0423 = 0.549;
  r_0423_kmp_s_1091r_0423 = 0.549;
  r_0423_kmp_s_1329r_0423 = 0.549;
  r_0423_kmp_s_1434_br_0423 = 0.549;
  r_0423_kms_s_0763_br_0423 = 0.549;
  r_0423_kms_s_1005r_0423 = 0.549;
  r_0423_kms_s_1096r_0423 = 0.549;
  r_0423_kms_s_1170r_0423 = 0.549;
  r_0425_Keq_r_0425 = 40.2;
  r_0425_Vmax_r_0425 = 0.0118696;
  r_0425_kmp_s_0470r_0425 = 1;
  r_0425_kmp_s_0514r_0425 = 0.549;
  r_0425_kmp_s_0987r_0425 = 0.549;
  r_0425_kmp_s_1091r_0425 = 0.549;
  r_0425_kmp_s_1434_br_0425 = 0.549;
  r_0425_kms_s_0763_br_0425 = 0.549;
  r_0425_kms_s_1005r_0425 = 0.549;
  r_0425_kms_s_1096r_0425 = 0.549;
  r_0425_kms_s_1329r_0425 = 0.549;
  r_0429_Keq_r_0429 = 3.64962;
  r_0429_Vmax_r_0429 = 0.0179399;
  r_0429_kmp_s_0470r_0429 = 1;
  r_0429_kmp_s_0514r_0429 = 0.549;
  r_0429_kmp_s_0582r_0429 = 0.549;
  r_0429_kmp_s_1091r_0429 = 0.549;
  r_0429_kmp_s_1434_br_0429 = 0.549;
  r_0429_kms_s_0763_br_0429 = 0.549;
  r_0429_kms_s_1005r_0429 = 0.549;
  r_0429_kms_s_1096r_0429 = 0.549;
  r_0429_kms_s_1140r_0429 = 0.549;
  r_0430_Keq_r_0430 = 40.2;
  r_0430_Vmax_r_0430 = 0.0237906;
  r_0430_kmp_s_0470r_0430 = 1;
  r_0430_kmp_s_0514r_0430 = 0.549;
  r_0430_kmp_s_1091r_0430 = 0.549;
  r_0430_kmp_s_1140r_0430 = 0.549;
  r_0430_kmp_s_1434_br_0430 = 0.549;
  r_0430_kms_s_0380r_0430 = 0.549;
  r_0430_kms_s_0763_br_0430 = 0.549;
  r_0430_kms_s_1005r_0430 = 0.549;
  r_0430_kms_s_1096r_0430 = 0.549;
  r_0437_Keq_r_0437 = 1.26869;
  r_0437_Vmax_r_0437 = 0.0038115;
  r_0437_kmp_s_0434r_0437 = 1.25956;
  r_0437_kmp_s_0605r_0437 = 0.549;
  r_0437_kmp_s_1355r_0437 = 0.549;
  r_0437_kms_s_0446r_0437 = 1.09208;
  r_0437_kms_s_0514r_0437 = 0.549;
  r_0437_kms_s_0987r_0437 = 0.549;
  r_0439_Keq_r_0439 = 0.953736;
  r_0439_Vmax_r_0439 = 0.001914;
  r_0439_kmp_s_0446r_0439 = 1.09208;
  r_0439_kmp_s_0514r_0439 = 0.549;
  r_0439_kmp_s_1329r_0439 = 0.549;
  r_0439_kms_s_0434r_0439 = 1.25956;
  r_0439_kms_s_0605r_0439 = 0.549;
  r_0439_kms_s_1334r_0439 = 0.549;
  r_0442_Keq_r_0442 = 0.953736;
  r_0442_Vmax_r_0442 = 0.001914;
  r_0442_kmp_s_0446r_0442 = 1.09208;
  r_0442_kmp_s_0514r_0442 = 0.549;
  r_0442_kmp_s_1132r_0442 = 0.549;
  r_0442_kms_s_0434r_0442 = 1.25956;
  r_0442_kms_s_0605r_0442 = 0.549;
  r_0442_kms_s_1140r_0442 = 0.549;
  r_0464_Keq_r_0464 = 3.64962;
  r_0464_Vmax_r_0464 = 0.0179399;
  r_0464_kmp_s_0470r_0464 = 1;
  r_0464_kmp_s_0514r_0464 = 0.549;
  r_0464_kmp_s_0977r_0464 = 0.549;
  r_0464_kmp_s_1091r_0464 = 0.549;
  r_0464_kmp_s_1434_br_0464 = 0.549;
  r_0464_kms_s_0582r_0464 = 0.549;
  r_0464_kms_s_0763_br_0464 = 0.549;
  r_0464_kms_s_1005r_0464 = 0.549;
  r_0464_kms_s_1096r_0464 = 0.549;
  r_0465_Keq_r_0465 = 3.64962;
  r_0465_Vmax_r_0465 = 0.0179399;
  r_0465_kmp_s_0470r_0465 = 1;
  r_0465_kmp_s_0514r_0465 = 0.549;
  r_0465_kmp_s_1044r_0465 = 0.549;
  r_0465_kmp_s_1091r_0465 = 0.549;
  r_0465_kmp_s_1434_br_0465 = 0.549;
  r_0465_kms_s_0763_br_0465 = 0.549;
  r_0465_kms_s_0977r_0465 = 0.549;
  r_0465_kms_s_1005r_0465 = 0.549;
  r_0465_kms_s_1096r_0465 = 0.549;
  r_0466_Keq_r_0466 = 3.64962;
  r_0466_Vmax_r_0466 = 0.0179399;
  r_0466_kmp_s_0470r_0466 = 1;
  r_0466_kmp_s_0514r_0466 = 0.549;
  r_0466_kmp_s_1091r_0466 = 0.549;
  r_0466_kmp_s_1187r_0466 = 0.549;
  r_0466_kmp_s_1434_br_0466 = 0.549;
  r_0466_kms_s_0763_br_0466 = 0.549;
  r_0466_kms_s_1005r_0466 = 0.549;
  r_0466_kms_s_1044r_0466 = 0.549;
  r_0466_kms_s_1096r_0466 = 0.549;
  r_0467_Keq_r_0467 = 3.64962;
  r_0467_Vmax_r_0467 = 0.00599719;
  r_0467_kmp_s_0470r_0467 = 1;
  r_0467_kmp_s_0514r_0467 = 0.549;
  r_0467_kmp_s_1091r_0467 = 0.549;
  r_0467_kmp_s_1334r_0467 = 0.549;
  r_0467_kmp_s_1434_br_0467 = 0.549;
  r_0467_kms_s_0763_br_0467 = 0.549;
  r_0467_kms_s_1005r_0467 = 0.549;
  r_0467_kms_s_1096r_0467 = 0.549;
  r_0467_kms_s_1187r_0467 = 0.549;
  r_0479_Keq_r_0479 = 1.73154;
  r_0479_Vmax_r_0479 = 0.087285;
  r_0479_kmp_s_0122r_0479 = 0.549;
  r_0479_kmp_s_0400r_0479 = 1.71907;
  r_0479_kmp_s_1207r_0479 = 0.549;
  r_0479_kms_s_0309r_0479 = 0.549;
  r_0479_kms_s_0446r_0479 = 1.09208;
  r_0479_kms_s_0689r_0479 = 0.549;
  r_0484_Keq_r_0484 = 0.045;
  r_0484_Vmax_r_0484 = 5.50982;
  r_0484_kmp_s_0731r_0484 = 0.0436363;
  r_0484_kmp_s_0735r_0484 = 0.601873;
  r_0484_kms_s_0537r_0484 = 1.34278;
  r_0485_Keq_r_0485 = 0.6039;
  r_0485_Vmax_r_0485 = 2.08449;
  r_0485_kmp_s_0692r_0485 = 0.549;
  r_0485_kmp_s_1434_br_0485 = 0.549;
  r_0485_kms_s_0069r_0485 = 0.549;
  r_0488_Keq_r_0488 = 1.1;
  r_0488_Vmax_r_0488 = 4.5199;
  r_0488_kmp_s_0657r_0488 = 0.549;
  r_0488_kmp_s_1338r_0488 = 0.549;
  r_0488_kms_s_0659r_0488 = 0.549;
  r_0488_kms_s_0692r_0488 = 0.549;
  r_0496_Keq_r_0496 = 1.1;
  r_0496_Vmax_r_0496 = 0.058597;
  r_0496_kmp_s_0195r_0496 = 0.549;
  r_0496_kmp_s_0605r_0496 = 0.549;
  r_0496_kms_s_0712r_0496 = 0.549;
  r_0496_kms_s_0850r_0496 = 0.549;
  r_0499_Keq_r_0499 = 4.77829;
  r_0499_Vmax_r_0499 = 72.4789;
  r_0499_kmp_s_0400r_0499 = 1.71907;
  r_0499_kmp_s_0455r_0499 = 0.496414;
  r_0499_kmp_s_0763_br_0499 = 0.549;
  r_0499_kms_s_0446r_0499 = 1.09208;
  r_0499_kms_s_0545r_0499 = 0.0987587;
  r_0504_Keq_r_0504 = 0.29;
  r_0504_Vmax_r_0504 = 6.56505;
  r_0504_kmp_s_0539r_0504 = 0.104555;
  r_0504_kms_s_0455r_0504 = 0.496414;
  r_0505_Keq_r_0505 = 0.29;
  r_0505_Vmax_r_0505 = 0.753302;
  r_0505_kmp_s_0539r_0505 = 0.104555;
  r_0505_kms_s_0410r_0505 = 0.549;
  r_0506_Keq_r_0506 = 1.73154;
  r_0506_Vmax_r_0506 = 0.54978;
  r_0506_kmp_s_0400r_0506 = 1.71907;
  r_0506_kmp_s_0894r_0506 = 0.549;
  r_0506_kms_s_0446r_0506 = 1.09208;
  r_0506_kms_s_0899r_0506 = 0.549;
  r_0509_Keq_r_0509 = 2.00364;
  r_0509_Vmax_r_0509 = 38.2031;
  r_0509_kmp_s_0899r_0509 = 0.549;
  r_0509_kmp_s_1091r_0509 = 0.549;
  r_0509_kmp_s_1434_br_0509 = 0.549;
  r_0509_kms_s_0185r_0509 = 0.549;
  r_0509_kms_s_0430r_0509 = 0.549;
  r_0509_kms_s_0763_br_0509 = 0.549;
  r_0509_kms_s_1096r_0509 = 0.549;
  r_0510_Keq_r_0510 = 34.7263;
  r_0510_Vmax_r_0510 = 31.5593;
  r_0510_kmp_s_0899r_0510 = 0.549;
  r_0510_kmp_s_1082r_0510 = 1.50326;
  r_0510_kms_s_0185r_0510 = 0.549;
  r_0510_kms_s_0763_br_0510 = 0.549;
  r_0510_kms_s_0907r_0510 = 0.549;
  r_0510_kms_s_1087r_0510 = 0.0867353;
  r_0512_Keq_r_0512 = 19.0647;
  r_0512_Vmax_r_0512 = 1.1781;
  r_0512_kmp_s_0905r_0512 = 0.549;
  r_0512_kmp_s_1082r_0512 = 1.50326;
  r_0512_kmp_s_1207r_0512 = 0.549;
  r_0512_kms_s_0763_br_0512 = 0.549;
  r_0512_kms_s_0894r_0512 = 0.549;
  r_0512_kms_s_1087r_0512 = 0.0867353;
  r_0514_Keq_r_0514 = 1.1;
  r_0514_Vmax_r_0514 = 1.00155;
  r_0514_kmp_s_0333r_0514 = 0.549;
  r_0514_kmp_s_0605r_0514 = 0.549;
  r_0514_kmp_s_0899r_0514 = 0.549;
  r_0514_kms_s_0331r_0514 = 0.549;
  r_0514_kms_s_0907r_0514 = 0.549;
  r_0514_kms_s_1434_br_0514 = 0.549;
  r_0515_Keq_r_0515 = 0.950614;
  r_0515_Vmax_r_0515 = 53.3829;
  r_0515_kmp_s_0400r_0515 = 1.71907;
  r_0515_kmp_s_0763_br_0515 = 0.549;
  r_0515_kmp_s_0907r_0515 = 0.549;
  r_0515_kmp_s_1207r_0515 = 0.549;
  r_0515_kms_s_0430r_0515 = 0.549;
  r_0515_kms_s_0446r_0515 = 1.09208;
  r_0515_kms_s_0899r_0515 = 0.549;
  r_0525_Keq_r_0525 = 3200;
  r_0525_Vmax_r_0525 = 18.45;
  r_0525_kmp_s_0265r_0525 = 0.000108759;
  r_0525_kmp_s_0763_br_0525 = 0.549;
  r_0525_kmp_s_1087r_0525 = 0.0867353;
  r_0525_kms_s_0731r_0525 = 0.0436363;
  r_0525_kms_s_1082r_0525 = 1.50326;
  r_0525_kms_s_1207r_0525 = 0.549;
  r_0526_Keq_r_0526 = 2.21027;
  r_0526_Vmax_r_0526 = 5.48128;
  r_0526_kmp_s_0734r_0526 = 0.549;
  r_0526_kmp_s_0763_br_0526 = 0.549;
  r_0526_kmp_s_1096r_0526 = 0.549;
  r_0526_kms_s_0732r_0526 = 0.15;
  r_0526_kms_s_1091r_0526 = 0.549;
  r_0528_Keq_r_0528 = 0.0128394;
  r_0528_Vmax_r_0528 = 3.48809;
  r_0528_kmp_s_0732r_0528 = 0.15;
  r_0528_kmp_s_1207r_0528 = 0.549;
  r_0528_kms_s_1315r_0528 = 12.8511;
  r_0528_kms_s_1434_br_0528 = 0.549;
  r_0529_Keq_r_0529 = 0.0515178;
  r_0529_Vmax_r_0529 = 4.51989;
  r_0529_kmp_s_0659r_0529 = 0.549;
  r_0529_kmp_s_0735r_0529 = 0.601873;
  r_0529_kms_s_0657r_0529 = 0.549;
  r_0529_kms_s_1315r_0529 = 12.8511;
  r_0530_Keq_r_0530 = 741.47;
  r_0530_Vmax_r_0530 = 12.5841;
  r_0530_kmp_s_1082r_0530 = 1.50326;
  r_0530_kmp_s_1315r_0530 = 12.8511;
  r_0530_kms_s_0735r_0530 = 0.601873;
  r_0530_kms_s_0763_br_0530 = 0.549;
  r_0530_kms_s_1087r_0530 = 0.0867353;
  r_0534_Keq_r_0534 = 0.0141635;
  r_0534_Vmax_r_0534 = 0.0421077;
  r_0534_kmp_s_0083r_0534 = 0.549;
  r_0534_kmp_s_0514r_0534 = 0.549;
  r_0534_kmp_s_0763_br_0534 = 0.549;
  r_0534_kms_s_0386r_0534 = 0.549;
  r_0534_kms_s_1315r_0534 = 12.8511;
  r_0538_Keq_r_0538 = 0.063468;
  r_0538_Vmax_r_0538 = 9.5887;
  r_0538_kmp_s_0307r_0538 = 0.549;
  r_0538_kmp_s_0430r_0538 = 0.549;
  r_0538_kmp_s_0470r_0538 = 1;
  r_0538_kmp_s_1087r_0538 = 0.0867353;
  r_0538_kms_s_0309r_0538 = 0.549;
  r_0538_kms_s_0740r_0538 = 0.549;
  r_0538_kms_s_1082r_0538 = 1.50326;
  r_0539_Keq_r_0539 = 2.00364;
  r_0539_Vmax_r_0539 = 2.21431;
  r_0539_kmp_s_0309r_0539 = 0.549;
  r_0539_kmp_s_0943r_0539 = 0.549;
  r_0539_kms_s_0307r_0539 = 0.549;
  r_0539_kms_s_0740r_0539 = 0.549;
  r_0539_kms_s_1434_br_0539 = 0.549;
  r_0547_Keq_r_0547 = 0.6039;
  r_0547_Vmax_r_0547 = 3.48479;
  r_0547_kmp_s_0438r_0547 = 0.549;
  r_0547_kmp_s_0763_br_0547 = 0.549;
  r_0547_kmp_s_1411r_0547 = 0.549;
  r_0547_kms_s_1415r_0547 = 0.549;
  r_0547_kms_s_1434_br_0547 = 0.549;
  r_0551_Keq_r_0551 = 0.382386;
  r_0551_Vmax_r_0551 = 1.57168;
  r_0551_kmp_s_0434r_0551 = 1.25956;
  r_0551_kmp_s_0605r_0551 = 0.549;
  r_0551_kmp_s_0752r_0551 = 0.549;
  r_0551_kmp_s_0763_br_0551 = 0.549;
  r_0551_kmp_s_0899r_0551 = 0.549;
  r_0551_kms_s_0306r_0551 = 0.549;
  r_0551_kms_s_0446r_0551 = 1.09208;
  r_0551_kms_s_0907r_0551 = 0.549;
  r_0551_kms_s_1434_br_0551 = 0.549;
  r_0562_Keq_r_0562 = 0.6039;
  r_0562_Vmax_r_0562 = 0.0104499;
  r_0562_kmp_s_0145r_0562 = 0.549;
  r_0562_kmp_s_0605r_0562 = 0.549;
  r_0562_kmp_s_0689r_0562 = 0.549;
  r_0562_kmp_s_0763_br_0562 = 0.549;
  r_0562_kms_s_0755r_0562 = 0.549;
  r_0562_kms_s_1434_br_0562 = 0.549;
  r_0567_Keq_r_0567 = 1.73154;
  r_0567_Vmax_r_0567 = 0.008393;
  r_0567_kmp_s_0400r_0567 = 1.71907;
  r_0567_kmp_s_0706r_0567 = 0.549;
  r_0567_kms_s_0446r_0567 = 1.09208;
  r_0567_kms_s_0752r_0567 = 0.549;
  r_0568_Keq_r_0568 = 1.1;
  r_0568_Vmax_r_0568 = 0.0076692;
  r_0568_kmp_s_0562r_0568 = 0.549;
  r_0568_kmp_s_0706r_0568 = 0.549;
  r_0568_kms_s_0566r_0568 = 0.549;
  r_0568_kms_s_0752r_0568 = 0.549;
  r_0573_Keq_r_0573 = 2000;
  r_0573_Vmax_r_0573 = 1.99579;
  r_0573_kmp_s_0400r_0573 = 1.71907;
  r_0573_kmp_s_0410r_0573 = 0.549;
  r_0573_kmp_s_0763_br_0573 = 0.549;
  r_0573_kms_s_0446r_0573 = 1.09208;
  r_0573_kms_s_0545r_0573 = 0.0987587;
  r_0575_Keq_r_0575 = 0.00110373;
  r_0575_Vmax_r_0575 = 0.688047;
  r_0575_kmp_s_0763_br_0575 = 0.549;
  r_0575_kmp_s_0911r_0575 = 0.549;
  r_0575_kmp_s_1087r_0575 = 0.0867353;
  r_0575_kms_s_0915r_0575 = 0.549;
  r_0575_kms_s_1082r_0575 = 1.50326;
  r_0575_kms_s_1434_br_0575 = 0.549;
  r_0576_Keq_r_0576 = 1.1;
  r_0576_Vmax_r_0576 = 0.32109;
  r_0576_kmp_s_0915r_0576 = 0.549;
  r_0576_kmp_s_1207r_0576 = 0.549;
  r_0576_kms_s_0916r_0576 = 0.549;
  r_0576_kms_s_1434_br_0576 = 0.549;
  r_0577_Keq_r_0577 = 1.1;
  r_0577_Vmax_r_0577 = 0.32109;
  r_0577_kmp_s_0185r_0577 = 0.549;
  r_0577_kmp_s_0916r_0577 = 0.549;
  r_0577_kms_s_0212r_0577 = 0.549;
  r_0577_kms_s_0899r_0577 = 0.549;
  r_0581_Keq_r_0581 = 2.00364;
  r_0581_Vmax_r_0581 = 0.731504;
  r_0581_kmp_s_0800r_0581 = 0.549;
  r_0581_kms_s_0468r_0581 = 0.549;
  r_0581_kms_s_1434_br_0581 = 0.549;
  r_0582_Keq_r_0582 = 1.1;
  r_0582_Vmax_r_0582 = 2.1945;
  r_0582_kmp_s_0514r_0582 = 0.549;
  r_0582_kmp_s_0763_br_0582 = 0.549;
  r_0582_kmp_s_0798r_0582 = 0.549;
  r_0582_kms_s_0185r_0582 = 0.549;
  r_0582_kms_s_0380r_0582 = 0.549;
  r_0582_kms_s_1434_br_0582 = 0.549;
  r_0585_Keq_r_0585 = 0.0348439;
  r_0585_Vmax_r_0585 = 1.60929;
  r_0585_kmp_s_0180r_0585 = 0.549;
  r_0585_kmp_s_0763_br_0585 = 0.549;
  r_0585_kmp_s_1087r_0585 = 0.0867353;
  r_0585_kms_s_0800r_0585 = 0.549;
  r_0585_kms_s_1082r_0585 = 1.50326;
  r_0586_Keq_r_0586 = 34.7263;
  r_0586_Vmax_r_0586 = 9.81316;
  r_0586_kmp_s_0919r_0586 = 0.549;
  r_0586_kmp_s_1082r_0586 = 1.50326;
  r_0586_kms_s_0763_br_0586 = 0.549;
  r_0586_kms_s_0886r_0586 = 0.549;
  r_0586_kms_s_1087r_0586 = 0.0867353;
  r_0588_Keq_r_0588 = 0.950614;
  r_0588_Vmax_r_0588 = 8.76037;
  r_0588_kmp_s_0400r_0588 = 1.71907;
  r_0588_kmp_s_0763_br_0588 = 0.549;
  r_0588_kmp_s_1122r_0588 = 0.549;
  r_0588_kms_s_0446r_0588 = 1.09208;
  r_0588_kms_s_0919r_0588 = 0.549;
  r_0589_Keq_r_0589 = 1.1;
  r_0589_Vmax_r_0589 = 0.67221;
  r_0589_kmp_s_0514r_0589 = 0.549;
  r_0589_kmp_s_1117r_0589 = 0.549;
  r_0589_kms_s_0380r_0589 = 0.549;
  r_0589_kms_s_0919r_0589 = 0.549;
  r_0598_Keq_r_0598 = 2.00364;
  r_0598_Vmax_r_0598 = 0.3762;
  r_0598_kmp_s_0031r_0598 = 0.549;
  r_0598_kmp_s_0514r_0598 = 0.549;
  r_0598_kmp_s_1091r_0598 = 0.549;
  r_0598_kms_s_0225r_0598 = 0.549;
  r_0598_kms_s_0763_br_0598 = 0.549;
  r_0598_kms_s_1096r_0598 = 0.549;
  r_0599_Keq_r_0599 = 1.1;
  r_0599_Vmax_r_0599 = 0.3762;
  r_0599_kmp_s_0225r_0599 = 0.549;
  r_0599_kmp_s_0514r_0599 = 0.549;
  r_0599_kmp_s_0763_br_0599 = 0.549;
  r_0599_kms_s_0374r_0599 = 0.549;
  r_0599_kms_s_0380r_0599 = 0.549;
  r_0599_kms_s_1434_br_0599 = 0.549;
  r_0604_Keq_r_0604 = 0.331541;
  r_0604_Vmax_r_0604 = 0.871524;
  r_0604_kmp_s_0317r_0604 = 0.549;
  r_0604_kmp_s_0532r_0604 = 0.549;
  r_0604_kmp_s_0763_br_0604 = 0.549;
  r_0604_kmp_s_0899r_0604 = 0.549;
  r_0604_kms_s_0315r_0604 = 0.549;
  r_0604_kms_s_0907r_0604 = 0.549;
  r_0605_Keq_r_0605 = 0.6039;
  r_0605_Vmax_r_0605 = 0.229349;
  r_0605_kmp_s_0212r_0605 = 0.549;
  r_0605_kmp_s_1434_br_0605 = 0.549;
  r_0605_kms_s_0532r_0605 = 0.549;
  r_0606_Keq_r_0606 = 0.6039;
  r_0606_Vmax_r_0606 = 0.560996;
  r_0606_kmp_s_0816r_0606 = 0.549;
  r_0606_kmp_s_1434_br_0606 = 0.549;
  r_0606_kms_s_0325r_0606 = 0.549;
  r_0607_Keq_r_0607 = 0.063468;
  r_0607_Vmax_r_0607 = 0.501598;
  r_0607_kmp_s_0306r_0607 = 0.549;
  r_0607_kmp_s_0763_br_0607 = 0.549;
  r_0607_kmp_s_1087r_0607 = 0.0867353;
  r_0607_kms_s_0816r_0607 = 0.549;
  r_0607_kms_s_1082r_0607 = 1.50326;
  r_0607_kms_s_1434_br_0607 = 0.549;
  r_0608_Keq_r_0608 = 1.1;
  r_0608_Vmax_r_0608 = 0.187549;
  r_0608_kmp_s_0088r_0608 = 0.549;
  r_0608_kmp_s_0470r_0608 = 1;
  r_0608_kmp_s_1434_br_0608 = 0.549;
  r_0608_kms_s_0078r_0608 = 0.549;
  r_0608_kms_s_0763_br_0608 = 0.549;
  r_0610_Keq_r_0610 = 0.6039;
  r_0610_Vmax_r_0610 = 3.2032;
  r_0610_kmp_s_0763_br_0610 = 0.549;
  r_0610_kmp_s_1207r_0610 = 0.549;
  r_0610_kms_s_0605r_0610 = 0.549;
  r_0610_kms_s_1434_br_0610 = 0.549;
  r_0618_Keq_r_0618 = 2.00364;
  r_0618_Vmax_r_0618 = 0.00127051;
  r_0618_kmp_s_0824r_0618 = 0.549;
  r_0618_kms_s_0128r_0618 = 0.549;
  r_0618_kms_s_1013r_0618 = 0.549;
  r_0621_Keq_r_0621 = 2.00364;
  r_0621_Vmax_r_0621 = 0.00127051;
  r_0621_kmp_s_0828r_0621 = 0.549;
  r_0621_kms_s_0128r_0621 = 0.549;
  r_0621_kms_s_1060r_0621 = 0.549;
  r_0630_Keq_r_0630 = 1.1;
  r_0630_Vmax_r_0630 = 6.98167;
  r_0630_kmp_s_0185r_0630 = 0.549;
  r_0630_kmp_s_0470r_0630 = 1;
  r_0630_kmp_s_1096r_0630 = 0.549;
  r_0630_kms_s_0847r_0630 = 0.549;
  r_0630_kms_s_1091r_0630 = 0.549;
  r_0633_Keq_r_0633 = 0.6039;
  r_0633_Vmax_r_0633 = 1.22649;
  r_0633_kmp_s_0749r_0633 = 0.549;
  r_0633_kmp_s_1338r_0633 = 0.549;
  r_0633_kms_s_0847r_0633 = 0.549;
  r_0634_Keq_r_0634 = 1.1;
  r_0634_Vmax_r_0634 = 0.73304;
  r_0634_kmp_s_0185r_0634 = 0.549;
  r_0634_kmp_s_0920r_0634 = 0.549;
  r_0634_kms_s_0058r_0634 = 0.549;
  r_0634_kms_s_0899r_0634 = 0.549;
  r_0638_Keq_r_0638 = 1.1;
  r_0638_Vmax_r_0638 = 0.025113;
  r_0638_kmp_s_1257r_0638 = 0.549;
  r_0638_kms_s_0850r_0638 = 0.549;
  r_0640_Keq_r_0640 = 2.00364;
  r_0640_Vmax_r_0640 = 1.15192;
  r_0640_kmp_s_0007r_0640 = 0.549;
  r_0640_kmp_s_1091r_0640 = 0.549;
  r_0640_kms_s_0042r_0640 = 0.549;
  r_0640_kms_s_0763_br_0640 = 0.549;
  r_0640_kms_s_1096r_0640 = 0.549;
  r_0647_Keq_r_0647 = 9.96691;
  r_0647_Vmax_r_0647 = 3.2494;
  r_0647_kmp_s_0185r_0647 = 0.549;
  r_0647_kmp_s_0863r_0647 = 0.549;
  r_0647_kms_s_0899r_0647 = 0.549;
  r_0647_kms_s_1277r_0647 = 0.0605905;
  r_0650_Keq_r_0650 = 21.9885;
  r_0650_Vmax_r_0650 = 4.53532;
  r_0650_kmp_s_0434r_0650 = 1.25956;
  r_0650_kmp_s_0605r_0650 = 0.549;
  r_0650_kmp_s_0867r_0650 = 0.549;
  r_0650_kmp_s_1082r_0650 = 1.50326;
  r_0650_kms_s_0446r_0650 = 1.09208;
  r_0650_kms_s_0763_br_0650 = 0.549;
  r_0650_kms_s_0861r_0650 = 0.549;
  r_0650_kms_s_1087r_0650 = 0.0867353;
  r_0657_Keq_r_0657 = 0.331541;
  r_0657_Vmax_r_0657 = 0.706853;
  r_0657_kmp_s_0120r_0657 = 0.549;
  r_0657_kmp_s_0763_br_0657 = 0.549;
  r_0657_kmp_s_1434_br_0657 = 0.549;
  r_0657_kms_s_0905r_0657 = 0.549;
  r_0660_Keq_r_0660 = 0.331541;
  r_0660_Vmax_r_0660 = 3.30329;
  r_0660_kmp_s_0118r_0660 = 0.549;
  r_0660_kmp_s_0763_br_0660 = 0.549;
  r_0660_kmp_s_1096r_0660 = 0.549;
  r_0660_kms_s_1091r_0660 = 0.549;
  r_0660_kms_s_1379r_0660 = 0.549;
  r_0661_Keq_r_0661 = 63.2537;
  r_0661_Vmax_r_0661 = 3.30332;
  r_0661_kmp_s_1082r_0661 = 1.50326;
  r_0661_kmp_s_1379r_0661 = 0.549;
  r_0661_kms_s_0118r_0661 = 0.549;
  r_0661_kms_s_0763_br_0661 = 0.549;
  r_0661_kms_s_1087r_0661 = 0.0867353;
  r_0667_Keq_r_0667 = 0.331541;
  r_0667_Vmax_r_0667 = 0.196349;
  r_0667_kmp_s_0183r_0667 = 0.549;
  r_0667_kmp_s_0430r_0667 = 0.549;
  r_0667_kms_s_0949r_0667 = 1;
  r_0673_Keq_r_0673 = 1.1;
  r_0673_Vmax_r_0673 = 0.01254;
  r_0673_kmp_s_0963r_0673 = 0.549;
  r_0673_kms_s_0040r_0673 = 0.549;
  r_0674_Keq_r_0674 = 1.1;
  r_0674_Vmax_r_0674 = 1.0703;
  r_0674_kmp_s_0185r_0674 = 0.549;
  r_0674_kmp_s_0925r_0674 = 0.549;
  r_0674_kms_s_0297r_0674 = 0.549;
  r_0674_kms_s_0899r_0674 = 0.549;
  r_0688_Keq_r_0688 = 34.7263;
  r_0688_Vmax_r_0688 = 4.58593;
  r_0688_kmp_s_0069r_0688 = 0.549;
  r_0688_kmp_s_1082r_0688 = 1.50326;
  r_0688_kms_s_0763_br_0688 = 0.549;
  r_0688_kms_s_1087r_0688 = 0.0867353;
  r_0688_kms_s_1156r_0688 = 0.549;
  r_0697_Keq_r_0697 = 2.00364;
  r_0697_Vmax_r_0697 = 5.51762;
  r_0697_kmp_s_0605r_0697 = 0.549;
  r_0697_kmp_s_0710r_0697 = 0.549;
  r_0697_kms_s_0553r_0697 = 0.549;
  r_0697_kms_s_0755r_0697 = 0.549;
  r_0697_kms_s_0763_br_0697 = 0.549;
  r_0698_Keq_r_0698 = 5.77591;
  r_0698_Vmax_r_0698 = 1.5048;
  r_0698_kmp_s_0554r_0698 = 0.549;
  r_0698_kms_s_0539r_0698 = 0.104555;
  r_0699_Keq_r_0699 = 1.1;
  r_0699_Vmax_r_0699 = 1.2166;
  r_0699_kmp_s_0122r_0699 = 0.549;
  r_0699_kmp_s_0763_br_0699 = 0.549;
  r_0699_kms_s_0015r_0699 = 0.549;
  r_0699_kms_s_1434_br_0699 = 0.549;
  r_0701_Keq_r_0701 = 0.552982;
  r_0701_Vmax_r_0701 = 0.141075;
  r_0701_kmp_s_0605r_0701 = 0.549;
  r_0701_kmp_s_1207r_0701 = 0.549;
  r_0701_kmp_s_1293r_0701 = 0.549;
  r_0701_kms_s_0446r_0701 = 1.09208;
  r_0701_kms_s_0933r_0701 = 0.549;
  r_0701_kms_s_1434_br_0701 = 0.549;
  r_0702_Keq_r_0702 = 0.6039;
  r_0702_Vmax_r_0702 = 0.439228;
  r_0702_kmp_s_0309r_0702 = 0.549;
  r_0702_kmp_s_0763_br_0702 = 0.549;
  r_0702_kmp_s_0933r_0702 = 0.549;
  r_0702_kms_s_0328r_0702 = 0.549;
  r_0702_kms_s_0917r_0702 = 0.549;
  r_0707_Keq_r_0707 = 1.1;
  r_0707_Vmax_r_0707 = 1.2166;
  r_0707_kmp_s_0015r_0707 = 0.549;
  r_0707_kmp_s_1096r_0707 = 0.549;
  r_0707_kms_s_0307r_0707 = 0.549;
  r_0707_kms_s_1091r_0707 = 0.549;
  r_0712_Keq_r_0712 = 0.6039;
  r_0712_Vmax_r_0712 = 0.275879;
  r_0712_kmp_s_0022r_0712 = 0.549;
  r_0712_kmp_s_0481r_0712 = 0.549;
  r_0712_kmp_s_0763_br_0712 = 0.549;
  r_0712_kms_s_0031r_0712 = 0.549;
  r_0712_kms_s_0521r_0712 = 0.549;
  r_0715_Keq_r_0715 = 0.950614;
  r_0715_Vmax_r_0715 = 0.476517;
  r_0715_kmp_s_0400r_0715 = 1.71907;
  r_0715_kmp_s_0470r_0715 = 1;
  r_0715_kmp_s_0850r_0715 = 0.549;
  r_0715_kmp_s_1207r_0715 = 0.549;
  r_0715_kms_s_0021r_0715 = 0.549;
  r_0715_kms_s_0446r_0715 = 1.09208;
  r_0719_Keq_r_0719 = 0.6039;
  r_0719_Vmax_r_0719 = 3.30329;
  r_0719_kmp_s_0247r_0719 = 0.549;
  r_0719_kmp_s_0763_br_0719 = 0.549;
  r_0719_kmp_s_1096r_0719 = 0.549;
  r_0719_kms_s_0046r_0719 = 0.549;
  r_0719_kms_s_1091r_0719 = 0.549;
  r_0720_Keq_r_0720 = 0.6039;
  r_0720_Vmax_r_0720 = 3.30329;
  r_0720_kmp_s_0257r_0720 = 0.549;
  r_0720_kmp_s_0763_br_0720 = 0.549;
  r_0720_kmp_s_1096r_0720 = 0.549;
  r_0720_kms_s_0052r_0720 = 0.549;
  r_0720_kms_s_1091r_0720 = 0.549;
  r_0721_Keq_r_0721 = 0.6039;
  r_0721_Vmax_r_0721 = 3.30329;
  r_0721_kmp_s_0254r_0721 = 0.549;
  r_0721_kmp_s_0763_br_0721 = 0.549;
  r_0721_kmp_s_1096r_0721 = 0.549;
  r_0721_kms_s_0234r_0721 = 0.549;
  r_0721_kms_s_1091r_0721 = 0.549;
  r_0722_Keq_r_0722 = 0.6039;
  r_0722_Vmax_r_0722 = 3.30329;
  r_0722_kmp_s_0261r_0722 = 0.549;
  r_0722_kmp_s_0763_br_0722 = 0.549;
  r_0722_kmp_s_1096r_0722 = 0.549;
  r_0722_kms_s_0055r_0722 = 0.549;
  r_0722_kms_s_1091r_0722 = 0.549;
  r_0723_Keq_r_0723 = 2.00364;
  r_0723_Vmax_r_0723 = 0.00127051;
  r_0723_kmp_s_1013r_0723 = 0.549;
  r_0723_kms_s_0710r_0723 = 0.549;
  r_0723_kms_s_0828r_0723 = 0.549;
  r_0725_Keq_r_0725 = 1.1;
  r_0725_Vmax_r_0725 = 0.006545;
  r_0725_kmp_s_1020r_0725 = 0.549;
  r_0725_kmp_s_1207r_0725 = 0.549;
  r_0725_kms_s_0128r_0725 = 0.549;
  r_0725_kms_s_1434_br_0725 = 0.549;
  r_0726_Keq_r_0726 = 1.1;
  r_0726_Vmax_r_0726 = 0.004323;
  r_0726_kmp_s_0128r_0726 = 0.549;
  r_0726_kms_s_0410r_0726 = 0.549;
  r_0728_Keq_r_0728 = 1.1;
  r_0728_Vmax_r_0728 = 1.2441;
  r_0728_kmp_s_0149r_0728 = 0.549;
  r_0728_kmp_s_1091r_0728 = 0.549;
  r_0728_kmp_s_1207r_0728 = 0.549;
  r_0728_kms_s_0763_br_0728 = 0.549;
  r_0728_kms_s_1070r_0728 = 0.549;
  r_0728_kms_s_1096r_0728 = 0.549;
  r_0765_Keq_r_0765 = 2.00364;
  r_0765_Vmax_r_0765 = 1.0241;
  r_0765_kmp_s_0181r_0765 = 0.549;
  r_0765_kmp_s_0470r_0765 = 1;
  r_0765_kms_s_0180r_0765 = 0.549;
  r_0765_kms_s_0763_br_0765 = 0.549;
  r_0771_Keq_r_0771 = 0.698801;
  r_0771_Vmax_r_0771 = 0.014553;
  r_0771_kmp_s_0446r_0771 = 1.09208;
  r_0771_kmp_s_0481r_0771 = 0.549;
  r_0771_kms_s_0400r_0771 = 1.71907;
  r_0771_kms_s_0521r_0771 = 0.549;
  r_0779_Keq_r_0779 = 1.73154;
  r_0779_Vmax_r_0779 = 7.3843;
  r_0779_kmp_s_0400r_0779 = 1.71907;
  r_0779_kmp_s_1430r_0779 = 0.549;
  r_0779_kms_s_0446r_0779 = 1.09208;
  r_0779_kms_s_1411r_0779 = 0.549;
  r_0783_Keq_r_0783 = 0.6039;
  r_0783_Vmax_r_0783 = 0.624358;
  r_0783_kmp_s_0369r_0783 = 0.549;
  r_0783_kmp_s_0763_br_0783 = 0.549;
  r_0783_kmp_s_0917r_0783 = 0.549;
  r_0783_kms_s_0805r_0783 = 0.549;
  r_0783_kms_s_1117r_0783 = 0.549;
  r_0789_Keq_r_0789 = 0.6039;
  r_0789_Vmax_r_0789 = 0.912336;
  r_0789_kmp_s_0763_br_0789 = 0.549;
  r_0789_kmp_s_0887r_0789 = 0.549;
  r_0789_kmp_s_1207r_0789 = 0.549;
  r_0789_kms_s_0469r_0789 = 0.549;
  r_0789_kms_s_1151r_0789 = 0.549;
  r_0791_Keq_r_0791 = 1.1;
  r_0791_Vmax_r_0791 = 0.58058;
  r_0791_kmp_s_1071r_0791 = 0.549;
  r_0791_kmp_s_1151r_0791 = 0.549;
  r_0791_kms_s_0899r_0791 = 0.549;
  r_0791_kms_s_1051r_0791 = 0.549;
  r_0793_Keq_r_0793 = 1.1;
  r_0793_Vmax_r_0793 = 0.52591;
  r_0793_kmp_s_0605r_0793 = 0.549;
  r_0793_kmp_s_1155r_0793 = 0.549;
  r_0793_kms_s_0331r_0793 = 0.549;
  r_0793_kms_s_1154r_0793 = 0.549;
  r_0794_Keq_r_0794 = 2.00364;
  r_0794_Vmax_r_0794 = 0.52591;
  r_0794_kmp_s_0470r_0794 = 1;
  r_0794_kmp_s_1417r_0794 = 0.549;
  r_0794_kms_s_0763_br_0794 = 0.549;
  r_0794_kms_s_1155r_0794 = 0.549;
  r_0825_Keq_r_0825 = 1.1;
  r_0825_Vmax_r_0825 = 0.48895;
  r_0825_kmp_s_0185r_0825 = 0.549;
  r_0825_kmp_s_0936r_0825 = 0.549;
  r_0825_kms_s_0859r_0825 = 0.549;
  r_0825_kms_s_0899r_0825 = 0.549;
  r_0831_Keq_r_0831 = 0.6039;
  r_0831_Vmax_r_0831 = 0.0193599;
  r_0831_kmp_s_0763_br_0831 = 0.549;
  r_0831_kmp_s_1226r_0831 = 0.549;
  r_0831_kmp_s_1290r_0831 = 0.549;
  r_0831_kms_s_1233r_0831 = 0.549;
  r_0831_kms_s_1293r_0831 = 0.549;
  r_0847_Keq_r_0847 = 0.331541;
  r_0847_Vmax_r_0847 = 0.010285;
  r_0847_kmp_s_0090r_0847 = 0.549;
  r_0847_kmp_s_0511r_0847 = 0.549;
  r_0847_kmp_s_0763_br_0847 = 0.549;
  r_0847_kms_s_0485r_0847 = 0.549;
  r_0847_kms_s_1020r_0847 = 0.549;
  r_0850_Keq_r_0850 = 1.1;
  r_0850_Vmax_r_0850 = 0.0109449;
  r_0850_kmp_s_0470r_0850 = 1;
  r_0850_kmp_s_1233r_0850 = 0.549;
  r_0850_kms_s_1219r_0850 = 0.549;
  r_0853_Keq_r_0853 = 0.331541;
  r_0853_Vmax_r_0853 = 0.0266199;
  r_0853_kmp_s_0511r_0853 = 0.549;
  r_0853_kmp_s_0763_br_0853 = 0.549;
  r_0853_kmp_s_1219r_0853 = 0.549;
  r_0853_kms_s_0485r_0853 = 0.549;
  r_0853_kms_s_0943r_0853 = 0.549;
  r_0856_Keq_r_0856 = 0.182016;
  r_0856_Vmax_r_0856 = 1.07843;
  r_0856_kmp_s_0397r_0856 = 0.549;
  r_0856_kmp_s_0763_br_0856 = 0.549;
  r_0856_kmp_s_1349r_0856 = 0.549;
  r_0856_kmp_s_1517r_0856 = 0.549;
  r_0856_kms_s_0206r_0856 = 0.549;
  r_0856_kms_s_1521r_0856 = 0.549;
  r_0859_Keq_r_0859 = 12.2086;
  r_0859_Vmax_r_0859 = 75.3828;
  r_0859_kmp_s_0400r_0859 = 1.71907;
  r_0859_kmp_s_0537r_0859 = 1.34278;
  r_0859_kmp_s_0763_br_0859 = 0.549;
  r_0859_kms_s_0446r_0859 = 1.09208;
  r_0859_kms_s_0539r_0859 = 0.104555;
  r_0861_Keq_r_0861 = 1.1;
  r_0861_Vmax_r_0861 = 3.0723;
  r_0861_kmp_s_0549r_0861 = 0.549;
  r_0861_kms_s_0410r_0861 = 0.549;
  r_0865_Keq_r_0865 = 2334.85;
  r_0865_Vmax_r_0865 = 94.7102;
  r_0865_kmp_s_0264r_0865 = 0.363388;
  r_0865_kmp_s_0446r_0865 = 1.09208;
  r_0865_kms_s_0265r_0865 = 0.000108759;
  r_0865_kms_s_0400r_0865 = 1.71907;
  r_0866_Keq_r_0866 = 6.7;
  r_0866_Vmax_r_0866 = 3.76975;
  r_0866_kmp_s_0193r_0866 = 0.0515066;
  r_0866_kms_s_0264r_0866 = 0.363388;
  r_0873_Keq_r_0873 = 1.1;
  r_0873_Vmax_r_0873 = 0.01232;
  r_0873_kmp_s_1228r_0873 = 0.549;
  r_0873_kmp_s_1290r_0873 = 0.549;
  r_0873_kms_s_1225r_0873 = 0.549;
  r_0873_kms_s_1293r_0873 = 0.549;
  r_0874_Keq_r_0874 = 0.6039;
  r_0874_Vmax_r_0874 = 0.0193599;
  r_0874_kmp_s_0763_br_0874 = 0.549;
  r_0874_kmp_s_1225r_0874 = 0.549;
  r_0874_kmp_s_1290r_0874 = 0.549;
  r_0874_kms_s_1226r_0874 = 0.549;
  r_0874_kms_s_1293r_0874 = 0.549;
  r_0875_Keq_r_0875 = 1.1;
  r_0875_Vmax_r_0875 = 1.5048;
  r_0875_kmp_s_0553r_0875 = 0.549;
  r_0875_kms_s_0554r_0875 = 0.549;
  r_0877_Keq_r_0877 = 1.73154;
  r_0877_Vmax_r_0877 = 0.17556;
  r_0877_kmp_s_0021r_0877 = 0.549;
  r_0877_kmp_s_0400r_0877 = 1.71907;
  r_0877_kms_s_0022r_0877 = 0.549;
  r_0877_kms_s_0446r_0877 = 1.09208;
  r_0881_Keq_r_0881 = 2.00364;
  r_0881_Vmax_r_0881 = 0.229351;
  r_0881_kmp_s_0079r_0881 = 0.549;
  r_0881_kms_s_0080r_0881 = 0.549;
  r_0881_kms_s_1434_br_0881 = 0.549;
  r_0882_Keq_r_0882 = 0.6039;
  r_0882_Vmax_r_0882 = 0.504568;
  r_0882_kmp_s_0080r_0882 = 0.549;
  r_0882_kmp_s_0605r_0882 = 0.549;
  r_0882_kmp_s_0763_br_0882 = 0.549;
  r_0882_kms_s_0334r_0882 = 0.549;
  r_0882_kms_s_1434_br_0882 = 0.549;
  r_0883_Keq_r_0883 = 0.6039;
  r_0883_Vmax_r_0883 = 0.46739;
  r_0883_kmp_s_0318r_0883 = 0.549;
  r_0883_kmp_s_0763_br_0883 = 0.549;
  r_0883_kms_s_0316r_0883 = 0.549;
  r_0883_kms_s_0470r_0883 = 1;
  r_0884_Keq_r_0884 = 0.286516;
  r_0884_Vmax_r_0884 = 1.26862;
  r_0884_kmp_s_0316r_0884 = 0.549;
  r_0884_kmp_s_0400r_0884 = 1.71907;
  r_0884_kmp_s_0763_br_0884 = 0.549;
  r_0884_kmp_s_1207r_0884 = 0.549;
  r_0884_kms_s_0158r_0884 = 0.549;
  r_0884_kms_s_0446r_0884 = 1.09208;
  r_0885_Keq_r_0885 = 1.1;
  r_0885_Vmax_r_0885 = 0.7854;
  r_0885_kmp_s_0309r_0885 = 0.549;
  r_0885_kmp_s_0325r_0885 = 0.549;
  r_0885_kms_s_0122r_0885 = 0.549;
  r_0885_kms_s_0317r_0885 = 0.549;
  r_0886_Keq_r_0886 = 0.950614;
  r_0886_Vmax_r_0886 = 1.53571;
  r_0886_kmp_s_0009r_0886 = 0.549;
  r_0886_kmp_s_0400r_0886 = 1.71907;
  r_0886_kmp_s_0763_br_0886 = 0.549;
  r_0886_kmp_s_1207r_0886 = 0.549;
  r_0886_kms_s_0318r_0886 = 0.549;
  r_0886_kms_s_0446r_0886 = 1.09208;
  r_0886_kms_s_0881r_0886 = 0.549;
  r_0887_Keq_r_0887 = 1.1;
  r_0887_Vmax_r_0887 = 0.05115;
  r_0887_kmp_s_0078r_0887 = 0.549;
  r_0887_kms_s_1066r_0887 = 0.549;
  r_0888_Keq_r_0888 = 0.950614;
  r_0888_Vmax_r_0888 = 3.13818;
  r_0888_kmp_s_0158r_0888 = 0.549;
  r_0888_kmp_s_0400r_0888 = 1.71907;
  r_0888_kmp_s_0763_br_0888 = 0.549;
  r_0888_kmp_s_0899r_0888 = 0.549;
  r_0888_kmp_s_1207r_0888 = 0.549;
  r_0888_kms_s_0446r_0888 = 1.09208;
  r_0888_kms_s_0907r_0888 = 0.549;
  r_0888_kms_s_1052r_0888 = 0.549;
  r_0888_kms_s_1434_br_0888 = 0.549;
  r_0889_Keq_r_0889 = 0.6039;
  r_0889_Vmax_r_0889 = 0.734467;
  r_0889_kmp_s_0309r_0889 = 0.549;
  r_0889_kmp_s_0763_br_0889 = 0.549;
  r_0889_kmp_s_1052r_0889 = 0.549;
  r_0889_kms_s_0122r_0889 = 0.549;
  r_0889_kms_s_1048r_0889 = 0.549;
  r_0890_Keq_r_0890 = 0.950614;
  r_0890_Vmax_r_0890 = 1.53571;
  r_0890_kmp_s_0400r_0890 = 1.71907;
  r_0890_kmp_s_0763_br_0890 = 0.549;
  r_0890_kmp_s_1048r_0890 = 0.549;
  r_0890_kmp_s_1207r_0890 = 0.549;
  r_0890_kms_s_0333r_0890 = 0.549;
  r_0890_kms_s_0446r_0890 = 1.09208;
  r_0890_kms_s_0740r_0890 = 0.549;
  r_0891_Keq_r_0891 = 0.696514;
  r_0891_Vmax_r_0891 = 2.25059;
  r_0891_kmp_s_0331r_0891 = 0.549;
  r_0891_kmp_s_0434r_0891 = 1.25956;
  r_0891_kmp_s_0763_br_0891 = 0.549;
  r_0891_kms_s_0427r_0891 = 0.549;
  r_0891_kms_s_0446r_0891 = 1.09208;
  r_0911_Keq_r_0911 = 1.1;
  r_0911_Vmax_r_0911 = 0.768347;
  r_0911_kmp_s_0470r_0911 = 1;
  r_0911_kmp_s_0859r_0911 = 0.549;
  r_0911_kmp_s_1434_br_0911 = 0.549;
  r_0911_kms_s_0763_br_0911 = 0.549;
  r_0911_kms_s_1258r_0911 = 0.549;
  r_0913_Keq_r_0913 = 1.1;
  r_0913_Vmax_r_0913 = 0.648558;
  r_0913_kmp_s_0209r_0913 = 0.549;
  r_0913_kmp_s_0470r_0913 = 1;
  r_0913_kmp_s_1096r_0913 = 0.549;
  r_0913_kms_s_1091r_0913 = 0.549;
  r_0913_kms_s_1258r_0913 = 0.549;
  r_0934_Keq_r_0934 = 1.1;
  r_0934_Vmax_r_0934 = 0.00385;
  r_0934_kmp_s_0320r_0934 = 0.549;
  r_0934_kmp_s_1207r_0934 = 0.549;
  r_0934_kms_s_0319r_0934 = 0.549;
  r_0934_kms_s_1434_br_0934 = 0.549;
  r_0936_Keq_r_0936 = 3.64962;
  r_0936_Vmax_r_0936 = 0.863944;
  r_0936_kmp_s_0939r_0936 = 0.549;
  r_0936_kmp_s_1091r_0936 = 0.549;
  r_0936_kms_s_0120r_0936 = 0.549;
  r_0936_kms_s_0763_br_0936 = 0.549;
  r_0936_kms_s_1096r_0936 = 0.549;
  r_0937_Keq_r_0937 = 8.61335;
  r_0937_Vmax_r_0937 = 62.2377;
  r_0937_kmp_s_0400r_0937 = 1.71907;
  r_0937_kmp_s_0763_br_0937 = 0.549;
  r_0937_kmp_s_1156r_0937 = 0.549;
  r_0937_kmp_s_1207r_0937 = 0.549;
  r_0937_kms_s_0446r_0937 = 1.09208;
  r_0937_kms_s_0458r_0937 = 0.549;
  r_0937_kms_s_1277r_0937 = 0.0605905;
  r_0938_Keq_r_0938 = 3.97167;
  r_0938_Vmax_r_0938 = 62.986;
  r_0938_kmp_s_0366r_0938 = 0.120104;
  r_0938_kmp_s_0470r_0938 = 1;
  r_0938_kms_s_0763_br_0938 = 0.549;
  r_0938_kms_s_1277r_0938 = 0.0605905;
  r_0940_Keq_r_0940 = 1.04749;
  r_0940_Vmax_r_0940 = 9.4545;
  r_0940_kmp_s_0380r_0940 = 0.549;
  r_0940_kmp_s_0470r_0940 = 1;
  r_0940_kmp_s_1087r_0940 = 0.0867353;
  r_0940_kms_s_0514r_0940 = 0.549;
  r_0940_kms_s_1082r_0940 = 1.50326;
  r_0940_kms_s_1277r_0940 = 0.0605905;
  r_0941_Keq_r_0941 = 2.8449;
  r_0941_Vmax_r_0941 = 146.411;
  r_0941_kmp_s_0446r_0941 = 1.09208;
  r_0941_kmp_s_1277r_0941 = 0.0605905;
  r_0941_kms_s_0400r_0941 = 1.71907;
  r_0941_kms_s_0763_br_0941 = 0.549;
  r_0941_kms_s_1243r_0941 = 0.0271093;
  r_0948_Keq_r_0948 = 0.331541;
  r_0948_Vmax_r_0948 = 0.0120878;
  r_0948_kmp_s_0335r_0948 = 0.549;
  r_0948_kmp_s_1207r_0948 = 0.549;
  r_0948_kmp_s_1434_br_0948 = 0.549;
  r_0948_kms_s_0163r_0948 = 0.549;
  r_0948_kms_s_0320r_0948 = 0.549;
  r_0949_Keq_r_0949 = 1.1;
  r_0949_Vmax_r_0949 = 0.00274998;
  r_0949_kmp_s_0320r_0949 = 0.549;
  r_0949_kmp_s_1283r_0949 = 0.549;
  r_0949_kms_s_0335r_0949 = 0.549;
  r_0951_Keq_r_0951 = 0.192861;
  r_0951_Vmax_r_0951 = 0.0120515;
  r_0951_kmp_s_0562r_0951 = 0.549;
  r_0951_kmp_s_1434_br_0951 = 0.549;
  r_0951_kmp_s_1517r_0951 = 0.549;
  r_0951_kms_s_0400r_0951 = 1.71907;
  r_0951_kms_s_1521r_0951 = 0.549;
  r_0955_Keq_r_0955 = 0.6039;
  r_0955_Vmax_r_0955 = 0.0163349;
  r_0955_kmp_s_0591r_0955 = 0.549;
  r_0955_kmp_s_1434_br_0955 = 0.549;
  r_0955_kmp_s_1517r_0955 = 0.549;
  r_0955_kms_s_0706r_0955 = 0.549;
  r_0955_kms_s_1521r_0955 = 0.549;
  r_0957_Keq_r_0957 = 0.6039;
  r_0957_Vmax_r_0957 = 0.0404138;
  r_0957_kmp_s_0622r_0957 = 0.549;
  r_0957_kmp_s_1434_br_0957 = 0.549;
  r_0957_kmp_s_1517r_0957 = 0.549;
  r_0957_kms_s_1411r_0957 = 0.549;
  r_0957_kms_s_1521r_0957 = 0.549;
  r_0959_Keq_r_0959 = 0.303587;
  r_0959_Vmax_r_0959 = 0.0120516;
  r_0959_kmp_s_0566r_0959 = 0.549;
  r_0959_kmp_s_1434_br_0959 = 0.549;
  r_0959_kmp_s_1517r_0959 = 0.549;
  r_0959_kms_s_0446r_0959 = 1.09208;
  r_0959_kms_s_1521r_0959 = 0.549;
  r_0963_Keq_r_0963 = 1.1;
  r_0963_Vmax_r_0963 = 0.5544;
  r_0963_kmp_s_0427r_0963 = 0.549;
  r_0963_kms_s_0557r_0963 = 0.549;
  r_0965_Keq_r_0965 = 1.1;
  r_0965_Vmax_r_0965 = 0.5577;
  r_0965_kmp_s_0557r_0965 = 0.549;
  r_0965_kms_s_0561r_0965 = 0.549;
  r_0967_Keq_r_0967 = 0.6039;
  r_0967_Vmax_r_0967 = 0.00141569;
  r_0967_kmp_s_0669r_0967 = 0.549;
  r_0967_kmp_s_0763_br_0967 = 0.549;
  r_0967_kmp_s_1290r_0967 = 0.549;
  r_0967_kms_s_1293r_0967 = 0.549;
  r_0967_kms_s_1447r_0967 = 0.549;
  r_0969_Keq_r_0969 = 0.0348439;
  r_0969_Vmax_r_0969 = 3.3649;
  r_0969_kmp_s_0185r_0969 = 0.549;
  r_0969_kmp_s_0763_br_0969 = 0.549;
  r_0969_kmp_s_0929r_0969 = 0.549;
  r_0969_kmp_s_1087r_0969 = 0.0867353;
  r_0969_kms_s_0942r_0969 = 0.549;
  r_0969_kms_s_1082r_0969 = 1.50326;
  r_0969_kms_s_1434_br_0969 = 0.549;
  r_0970_Keq_r_0970 = 2.00364;
  r_0970_Vmax_r_0970 = 3.3649;
  r_0970_kmp_s_0942r_0970 = 0.549;
  r_0970_kmp_s_1091r_0970 = 0.549;
  r_0970_kmp_s_1434_br_0970 = 0.549;
  r_0970_kms_s_0763_br_0970 = 0.549;
  r_0970_kms_s_0867r_0970 = 0.549;
  r_0970_kms_s_0899r_0970 = 0.549;
  r_0970_kms_s_1096r_0970 = 0.549;
  r_0972_Keq_r_0972 = 1.1;
  r_0972_Vmax_r_0972 = 0.00279509;
  r_0972_kmp_s_0218r_0972 = 0.549;
  r_0972_kmp_s_0470r_0972 = 1;
  r_0972_kmp_s_0514r_0972 = 0.549;
  r_0972_kms_s_0943r_0972 = 0.549;
  r_0972_kms_s_1187r_0972 = 0.549;
  r_0976_Keq_r_0976 = 2.00364;
  r_0976_Vmax_r_0976 = 1.60931;
  r_0976_kmp_s_1091r_0976 = 0.549;
  r_0976_kmp_s_1306r_0976 = 0.549;
  r_0976_kms_s_0217r_0976 = 0.549;
  r_0976_kms_s_0763_br_0976 = 0.549;
  r_0976_kms_s_1096r_0976 = 0.549;
  r_0977_Keq_r_0977 = 0.950614;
  r_0977_Vmax_r_0977 = 1.60929;
  r_0977_kmp_s_0267r_0977 = 0.549;
  r_0977_kmp_s_0400r_0977 = 1.71907;
  r_0977_kmp_s_0763_br_0977 = 0.549;
  r_0977_kms_s_0446r_0977 = 1.09208;
  r_0977_kms_s_1306r_0977 = 0.549;
  r_0991_Keq_r_0991 = 34.7263;
  r_0991_Vmax_r_0991 = 0.0961402;
  r_0991_kmp_s_0040r_0991 = 0.549;
  r_0991_kmp_s_1082r_0991 = 1.50326;
  r_0991_kmp_s_1434_br_0991 = 0.549;
  r_0991_kms_s_0763_br_0991 = 0.549;
  r_0991_kms_s_1087r_0991 = 0.0867353;
  r_0991_kms_s_1160r_0991 = 0.549;
  r_0991_kms_s_1327r_0991 = 0.549;
  r_0993_Keq_r_0993 = 1.1;
  r_0993_Vmax_r_0993 = 0.0627;
  r_0993_kmp_s_0605r_0993 = 0.549;
  r_0993_kmp_s_1091r_0993 = 0.549;
  r_0993_kmp_s_1327r_0993 = 0.549;
  r_0993_kms_s_0195r_0993 = 0.549;
  r_0993_kms_s_0763_br_0993 = 0.549;
  r_0993_kms_s_1096r_0993 = 0.549;
  r_0995_Keq_r_0995 = 1.1;
  r_0995_Vmax_r_0995 = 0.0034727;
  r_0995_kmp_s_0641r_0995 = 0.549;
  r_0995_kmp_s_1434_br_0995 = 0.549;
  r_0995_kms_s_0635r_0995 = 0.549;
  r_0995_kms_s_0663r_0995 = 0.549;
  r_1003_Keq_r_1003 = 1.73154;
  r_1003_Vmax_r_1003 = 0.13134;
  r_1003_kmp_s_0400r_1003 = 1.71907;
  r_1003_kmp_s_1207r_1003 = 0.549;
  r_1003_kmp_s_1342r_1003 = 0.549;
  r_1003_kms_s_0446r_1003 = 1.09208;
  r_1003_kms_s_0514r_1003 = 0.549;
  r_1003_kms_s_1338r_1003 = 0.549;
  r_1007_Keq_r_1007 = 0.639881;
  r_1007_Vmax_r_1007 = 0.624362;
  r_1007_kmp_s_0304r_1007 = 0.549;
  r_1007_kmp_s_1207r_1007 = 0.549;
  r_1007_kms_s_0400r_1007 = 1.71907;
  r_1007_kms_s_0763_br_1007 = 0.549;
  r_1007_kms_s_1347r_1007 = 0.549;
  r_1008_Keq_r_1008 = 3.64962;
  r_1008_Vmax_r_1008 = 0.851402;
  r_1008_kmp_s_0805r_1008 = 0.549;
  r_1008_kmp_s_1091r_1008 = 0.549;
  r_1008_kmp_s_1434_br_1008 = 0.549;
  r_1008_kms_s_0763_br_1008 = 0.549;
  r_1008_kms_s_1096r_1008 = 0.549;
  r_1008_kms_s_1349r_1008 = 0.549;
  r_1024_Keq_r_1024 = 2.00364;
  r_1024_Vmax_r_1024 = 0.705433;
  r_1024_kmp_s_1091r_1024 = 0.549;
  r_1024_kmp_s_1521r_1024 = 0.549;
  r_1024_kms_s_0763_br_1024 = 0.549;
  r_1024_kms_s_1096r_1024 = 0.549;
  r_1024_kms_s_1517r_1024 = 0.549;
  r_1026_Keq_r_1026 = 0.0725309;
  r_1026_Vmax_r_1026 = 3.18448;
  r_1026_kmp_s_0366r_1026 = 0.120104;
  r_1026_kmp_s_0740r_1026 = 0.549;
  r_1026_kms_s_0949r_1026 = 1;
  r_1027_Keq_r_1027 = 2.00364;
  r_1027_Vmax_r_1027 = 5.5748;
  r_1027_kmp_s_0949r_1027 = 1;
  r_1027_kmp_s_1207r_1027 = 0.549;
  r_1027_kms_s_1122r_1027 = 0.549;
  r_1027_kms_s_1434_br_1027 = 0.549;
  r_1032_Keq_r_1032 = 1.1;
  r_1032_Vmax_r_1032 = 0.015323;
  r_1032_kmp_s_0601r_1032 = 0.549;
  r_1032_kmp_s_0619r_1032 = 0.549;
  r_1032_kms_s_0307r_1032 = 0.549;
  r_1032_kms_s_0624r_1032 = 0.549;
  r_1035_Keq_r_1035 = 0.459088;
  r_1035_Vmax_r_1035 = 0.14014;
  r_1035_kmp_s_0731r_1035 = 0.0436363;
  r_1035_kmp_s_1304r_1035 = 0.549;
  r_1035_kms_s_0533r_1035 = 0.549;
  r_1035_kms_s_0539r_1035 = 0.104555;
  r_1036_Keq_r_1036 = 13.8394;
  r_1036_Vmax_r_1036 = 0.14014;
  r_1036_kmp_s_0427r_1036 = 0.549;
  r_1036_kmp_s_0561r_1036 = 0.549;
  r_1036_kms_s_0731r_1036 = 0.0436363;
  r_1036_kms_s_1304r_1036 = 0.549;
  r_1037_Keq_r_1037 = 72.6682;
  r_1037_Vmax_r_1037 = 1.1627;
  r_1037_kmp_s_0533r_1037 = 0.549;
  r_1037_kmp_s_0561r_1037 = 0.549;
  r_1037_kms_s_0539r_1037 = 0.104555;
  r_1037_kms_s_0731r_1037 = 0.0436363;
  r_1038_Keq_r_1038 = 1.1;
  r_1038_Vmax_r_1038 = 0.1001;
  r_1038_kmp_s_0416r_1038 = 0.549;
  r_1038_kmp_s_1207r_1038 = 0.549;
  r_1038_kms_s_0419r_1038 = 0.549;
  r_1038_kms_s_1434_br_1038 = 0.549;
  r_1040_Keq_r_1040 = 1.1;
  r_1040_Vmax_r_1040 = 0.0043505;
  r_1040_kmp_s_0596r_1040 = 0.549;
  r_1040_kmp_s_0663r_1040 = 0.549;
  r_1040_kms_s_1399r_1040 = 0.549;
  r_1040_kms_s_1434_br_1040 = 0.549;
  r_1041_Keq_r_1041 = 0.0797509;
  r_1041_Vmax_r_1041 = 20.559;
  r_1041_kmp_s_0731r_1041 = 0.0436363;
  r_1041_kms_s_0735r_1041 = 0.601873;
  r_1042_Keq_r_1042 = 0.0874316;
  r_1042_Vmax_r_1042 = 0.187549;
  r_1042_kmp_s_0731r_1042 = 0.0436363;
  r_1042_kmp_s_0952r_1042 = 1;
  r_1042_kmp_s_1434_br_1042 = 0.549;
  r_1042_kms_s_0088r_1042 = 0.549;
  r_1042_kms_s_0943r_1042 = 0.549;
  r_1050_Keq_r_1050 = 1.1;
  r_1050_Vmax_r_1050 = 0.41272;
  r_1050_kmp_s_0185r_1050 = 0.549;
  r_1050_kmp_s_0955r_1050 = 0.549;
  r_1050_kms_s_0209r_1050 = 0.549;
  r_1050_kms_s_0899r_1050 = 0.549;
  r_1059_Keq_r_1059 = 1.73154;
  r_1059_Vmax_r_1059 = 0.23947;
  r_1059_kmp_s_0400r_1059 = 1.71907;
  r_1059_kmp_s_1411r_1059 = 0.549;
  r_1059_kms_s_0446r_1059 = 1.09208;
  r_1059_kms_s_1417r_1059 = 0.549;
  r_1066_Keq_r_1066 = 0.698801;
  r_1066_Vmax_r_1066 = 0.025718;
  r_1066_kmp_s_0446r_1066 = 1.09208;
  r_1066_kmp_s_0624r_1066 = 0.549;
  r_1066_kms_s_0400r_1066 = 1.71907;
  r_1066_kms_s_0622r_1066 = 0.549;
  r_1072_Keq_r_1072 = 2.00364;
  r_1072_Vmax_r_1072 = 11.2651;
  r_1072_kmp_s_0605r_1072 = 0.549;
  r_1072_kmp_s_1415r_1072 = 0.549;
  r_1072_kms_s_0549r_1072 = 0.549;
  r_1072_kms_s_0763_br_1072 = 0.549;
  r_1072_kms_s_1430r_1072 = 0.549;
  r_1073_Keq_r_1073 = 2.00364;
  r_1073_Vmax_r_1073 = 1.1011;
  r_1073_kmp_s_0185r_1073 = 0.549;
  r_1073_kmp_s_0960r_1073 = 1;
  r_1073_kms_s_0238r_1073 = 0.549;
  r_1073_kms_s_0899r_1073 = 0.549;
  r_1157_Keq_r_1157 = 1;
  r_1157_Vmax_r_1157 = 0.964941;
  r_1157_kmp_s_0430r_1157 = 0.549;
  r_1157_kms_s_0431_br_1157 = 38;
  r_1194_Keq_r_1194 = 1;
  r_1194_Vmax_r_1194 = 2.37902;
  r_1194_kmp_s_0472_br_1194 = 1e-005;
  r_1194_kms_s_0470r_1194 = 1;
  r_1247_Keq_r_1247 = 1;
  r_1247_Vmax_r_1247 = 4.81765;
  r_1247_kmp_s_0651_br_1247 = 24.5;
  r_1247_kms_s_0650r_1247 = 50;
  r_1293_Keq_r_1293 = 1;
  r_1293_Vmax_r_1293 = 2.36101;
  r_1293_kmp_s_0545r_1293 = 0.0987587;
  r_1293_kms_s_0547_br_1293 = 11.1;
  r_1435_Keq_r_1435 = 1;
  r_1435_Vmax_r_1435 = 0.0232306;
  r_1435_kmp_s_1160r_1435 = 0.549;
  r_1435_kms_s_1162_br_1435 = 24.5;
  r_1461_Keq_r_1461 = 1;
  r_1461_Vmax_r_1461 = 0.0925906;
  r_1461_kmp_s_0763_br_1461 = 0.549;
  r_1461_kmp_s_1207r_1461 = 0.549;
  r_1461_kms_s_0766_br_1461 = 0.1;
  r_1461_kms_s_1209_br_1461 = 24.5;
  r_1503_Keq_r_1503 = 1;
  r_1503_Vmax_r_1503 = 0.840147;
  r_1503_kmp_s_0766_br_1503 = 0.1;
  r_1503_kmp_s_1339_br_1503 = 1;
  r_1503_kms_s_0763_br_1503 = 0.549;
  r_1503_kms_s_1338r_1503 = 0.549;
  r_1507_Keq_r_1507 = 1;
  r_1507_Vmax_r_1507 = 0.0190579;
  r_1507_kmp_s_1347r_1507 = 0.549;
  r_1507_kms_s_1348_br_1507 = 42.2;
  r_1672_Keq_r_1672 = 1.1;
  r_1672_Vmax_r_1672 = 0.026268;
  r_1672_kmp_s_0386r_1672 = 0.549;
  r_1672_kms_s_1342r_1672 = 0.549;
  r_1812_V_o = 0.0555;
  r_1812_a_s_0001r_1812 = 1.1358;
  r_1812_a_s_0416r_1812 = 0.023371;
  r_1812_a_s_0434r_1812 = 0.051;
  r_1812_a_s_0446r_1812 = 59.276;
  r_1812_a_s_0511r_1812 = 0.05;
  r_1812_a_s_0564r_1812 = 0.003587;
  r_1812_a_s_0569r_1812 = 0.002432;
  r_1812_a_s_0593r_1812 = 0.002432;
  r_1812_a_s_0619r_1812 = 0.003587;
  r_1812_a_s_0740r_1812 = 0.32518;
  r_1812_a_s_0743r_1812 = 0.51852;
  r_1812_a_s_0752r_1812 = 0.051;
  r_1812_a_s_0863r_1812 = 0.35734;
  r_1812_a_s_0873r_1812 = 0.13579;
  r_1812_a_s_0877r_1812 = 0.17152;
  r_1812_a_s_0881r_1812 = 0.17152;
  r_1812_a_s_0889r_1812 = 0.04288;
  r_1812_a_s_0899r_1812 = 0.268;
  r_1812_a_s_0907r_1812 = 0.268;
  r_1812_a_s_0911r_1812 = 0.075041;
  r_1812_a_s_0920r_1812 = 0.17152;
  r_1812_a_s_0925r_1812 = 0.25014;
  r_1812_a_s_0929r_1812 = 0.23942;
  r_1812_a_s_0933r_1812 = 0.050027;
  r_1812_a_s_0936r_1812 = 0.11435;
  r_1812_a_s_0939r_1812 = 0.12864;
  r_1812_a_s_0943r_1812 = 0.25371;
  r_1812_a_s_0949r_1812 = 0.19653;
  r_1812_a_s_0952r_1812 = 0.028;
  r_1812_a_s_0955r_1812 = 0.096481;
  r_1812_a_s_0960r_1812 = 0.25728;
  r_1812_a_s_1000r_1812 = 1;
  r_1812_a_s_1011r_1812 = 0.82099;
  r_1812_a_s_1283r_1812 = 0.0009;
  r_1812_a_s_1347r_1812 = 0.02;
  r_1812_a_s_1417r_1812 = 0.067;
  r_1812_s_0001_or_1812 = 0.549;
  r_1812_s_0416_or_1812 = 0.549;
  r_1812_s_0434_or_1812 = 1.25956;
  r_1812_s_0446_or_1812 = 1.09208;
  r_1812_s_0511_or_1812 = 0.549;
  r_1812_s_0564_or_1812 = 0.549;
  r_1812_s_0569_or_1812 = 0.549;
  r_1812_s_0593_or_1812 = 0.549;
  r_1812_s_0619_or_1812 = 0.549;
  r_1812_s_0740_or_1812 = 0.549;
  r_1812_s_0743_or_1812 = 0.549;
  r_1812_s_0752_or_1812 = 0.549;
  r_1812_s_0863_or_1812 = 0.549;
  r_1812_s_0873_or_1812 = 0.549;
  r_1812_s_0877_or_1812 = 0.549;
  r_1812_s_0881_or_1812 = 0.549;
  r_1812_s_0889_or_1812 = 0.549;
  r_1812_s_0899_or_1812 = 0.549;
  r_1812_s_0907_or_1812 = 0.549;
  r_1812_s_0911_or_1812 = 0.549;
  r_1812_s_0920_or_1812 = 0.549;
  r_1812_s_0925_or_1812 = 0.549;
  r_1812_s_0929_or_1812 = 0.549;
  r_1812_s_0933_or_1812 = 0.549;
  r_1812_s_0936_or_1812 = 0.549;
  r_1812_s_0939_or_1812 = 0.549;
  r_1812_s_0943_or_1812 = 0.549;
  r_1812_s_0949_or_1812 = 1;
  r_1812_s_0952_or_1812 = 1;
  r_1812_s_0955_or_1812 = 0.549;
  r_1812_s_0960_or_1812 = 1;
  r_1812_s_1000_or_1812 = 0.549;
  r_1812_s_1011_or_1812 = 0.549;
  r_1812_s_1283_or_1812 = 0.549;
  r_1812_s_1347_or_1812 = 0.549;
  r_1812_s_1417_or_1812 = 0.549;
  r_1812_zero_flux = 0;
  r_1814_V_o = 0.0555;
  r_1814_a_s_0463r_1814 = 1;
  r_1814_s_0463_or_1814 = 0.549;
  r_1814_zero_flux = 0;
  r_1816_V_o = 0.0555;
  r_1816_a_s_0090r_1816 = 0.001531;
  r_1816_a_s_0124r_1816 = 5.6e-005;
  r_1816_a_s_0627r_1816 = 9.6e-005;
  r_1816_a_s_0632r_1816 = 0.000125;
  r_1816_a_s_0635r_1816 = 0.005603;
  r_1816_a_s_0641r_1816 = 0.000812;
  r_1816_a_s_0663r_1816 = 0.000206;
  r_1816_a_s_0669r_1816 = 0.000114;
  r_1816_a_s_0824r_1816 = 0.000417;
  r_1816_a_s_0963r_1816 = 3.2e-005;
  r_1816_a_s_1219r_1816 = 0.000373;
  r_1816_a_s_1228r_1816 = 0.002884;
  r_1816_a_s_1233r_1816 = 0.000697;
  r_1816_a_s_1399r_1816 = 0.000781;
  r_1816_a_s_1447r_1816 = 1.5e-005;
  r_1816_s_0090_or_1816 = 0.549;
  r_1816_s_0124_or_1816 = 0.549;
  r_1816_s_0627_or_1816 = 0.549;
  r_1816_s_0632_or_1816 = 0.549;
  r_1816_s_0635_or_1816 = 0.549;
  r_1816_s_0641_or_1816 = 0.549;
  r_1816_s_0663_or_1816 = 0.549;
  r_1816_s_0669_or_1816 = 0.549;
  r_1816_s_0824_or_1816 = 0.549;
  r_1816_s_0963_or_1816 = 0.549;
  r_1816_s_1219_or_1816 = 0.549;
  r_1816_s_1228_or_1816 = 0.549;
  r_1816_s_1233_or_1816 = 0.549;
  r_1816_s_1399_or_1816 = 0.549;
  r_1816_s_1447_or_1816 = 0.549;
  r_1816_zero_flux = 0;

  // Other declarations:
  const intracellular, extracellular;

  // Display Names:
  s_0001 is "(1->3)-beta-D-glucan [intracellular]";
  s_0007 is "(2R,3R)-2,3-dihydroxy-3-methylpentanoate [intracellular]";
  s_0008 is "(2R,3S)-3-isopropylmalate(2-) [intracellular]";
  s_0009 is "(2S)-2-[5-amino-1-(5-phospho-beta-D-ribosyl)imidazole-4-carboxamido]succinic acid [intracellular]";
  s_0010 is "(2S)-2-isopropyl-3-oxosuccinate(2-) [intracellular]";
  s_0015 is "(6R)-5,10-methenyltetrahydrofolic acid [intracellular]";
  s_0017 is "(N(omega)-L-arginino)succinic acid [intracellular]";
  s_0018 is "(R)-2,3-dihydroxy-3-methylbutanoate [intracellular]";
  s_0021 is "(R)-5-diphosphomevalonic acid [intracellular]";
  s_0022 is "(R)-5-phosphomevalonic acid [intracellular]";
  s_0031 is "(R)-mevalonate [intracellular]";
  s_0040 is "(S)-2,3-epoxysqualene [intracellular]";
  s_0042 is "(S)-2-acetyl-2-hydroxybutanoate [intracellular]";
  s_0046 is "(S)-3-hydroxyhexacosanoyl-CoA [intracellular]";
  s_0052 is "(S)-3-hydroxypalmitoyl-CoA [intracellular]";
  s_0055 is "(S)-3-hydroxytetradecanoyl-CoA [intracellular]";
  s_0058 is "(S)-3-methyl-2-oxopentanoate [intracellular]";
  s_0064 is "(S)-dihydroorotate [intracellular]";
  s_0069 is "(S)-malate(2-) [intracellular]";
  s_0078 is "1-(2-carboxyphenylamino)-1-deoxy-D-ribulose 5-phosphate [intracellular]";
  s_0079 is "1-(5-phospho-D-ribosyl)-5-[(5-phospho-D-ribosylamino)methylideneamino]imidazole-4-carboxamide [intracellular]";
  s_0080 is "1-(5-phosphoribosyl)-5'-AMP [intracellular]";
  s_0083 is "1-acyl-sn-glycerol 3-phosphate [intracellular]";
  s_0088 is "1-C-(indol-3-yl)glycerol 3-phosphate [intracellular]";
  s_0090 is "1-phosphatidyl-1D-myo-inositol [intracellular]";
  s_0118 is "1-pyrroline-3-hydroxy-5-carboxylic acid [intracellular]";
  s_0120 is "1-pyrroline-5-carboxylate [intracellular]";
  s_0122 is "10-formyltetrahydrofolic acid [intracellular]";
  s_0124 is "14-demethyllanosterol [intracellular]";
  s_0128 is "1D-myo-inositol 1-phosphate [intracellular]";
  s_0145 is "2,5-diamino-4-hydroxy-6-(5-phosphoribosylamino)pyrimidine [intracellular]";
  s_0146 is "2,5-diamino-6-(5-phosphono)ribitylamino-4(3H)-pyrimidinone [intracellular]";
  s_0149 is "2-acetamido-5-oxopentanoate [intracellular]";
  s_0150 is "2-acetyllactic acid [intracellular]";
  s_0158 is "2-formamido-N(1)-(5-phospho-D-ribosyl)acetamidine [intracellular]";
  s_0163 is "2-hydroxy-3-oxobutyl phosphate [intracellular]";
  s_0167 is "2-isopropylmalate(2-) [intracellular]";
  s_0170 is "2-isopropylmaleic acid [intracellular]";
  s_0180 is "2-oxaloglutaric acid [intracellular]";
  s_0181 is "2-oxoadipic acid [intracellular]";
  s_0183 is "2-oxobutanoate [intracellular]";
  s_0185 is "2-oxoglutarate [intracellular]";
  s_0193 is "2-phospho-D-glyceric acid [intracellular]";
  s_0195 is "2-trans,6-trans-farnesyl diphosphate [intracellular]";
  s_0206 is "3'-phospho-5'-adenylyl sulfate [intracellular]";
  s_0209 is "3-(4-hydroxyphenyl)pyruvate [intracellular]";
  s_0212 is "3-(imidazol-4-yl)-2-oxopropyl dihydrogen phosphate [intracellular]";
  s_0215 is "3-dehydro-4-methylzymosterol [intracellular]";
  s_0216 is "3-dehydroquinate [intracellular]";
  s_0217 is "3-dehydroshikimate [intracellular]";
  s_0218 is "3-dehydrosphinganine [intracellular]";
  s_0225 is "3-hydroxy-3-methylglutaryl-CoA [intracellular]";
  s_0234 is "3-hydroxyoctadecanoyl-CoA [intracellular]";
  s_0238 is "3-methyl-2-oxobutanoate [intracellular]";
  s_0247 is "3-oxohexacosanoyl-CoA [intracellular]";
  s_0254 is "3-oxooctadecanoyl-CoA [intracellular]";
  s_0257 is "3-oxopalmitoyl-CoA [intracellular]";
  s_0261 is "3-oxotetradecanoyl-CoA [intracellular]";
  s_0264 is "3-phospho-D-glyceric acid [intracellular]";
  s_0265 is "3-phospho-D-glyceroyl dihydrogen phosphate [intracellular]";
  s_0267 is "3-phosphoshikimic acid [intracellular]";
  s_0268 is "4,4-dimethyl-5alpha-cholesta-8,14,24-trien-3beta-ol [intracellular]";
  s_0297 is "4-methyl-2-oxopentanoate [intracellular]";
  s_0301 is "4-phospho-L-aspartate [intracellular]";
  s_0302 is "4alpha-methylzymosterol [intracellular]";
  s_0303 is "4beta-methylzymosterol-4alpha-carboxylic acid [intracellular]";
  s_0304 is "5'-adenylyl sulfate [intracellular]";
  s_0306 is "5'-xanthylic acid [intracellular]";
  s_0307 is "5,10-methylenetetrahydrofolate(2-) [intracellular]";
  s_0309 is "5,6,7,8-tetrahydrofolic acid [intracellular]";
  s_0315 is "5-[(5-phospho-1-deoxy-D-ribulos-1-ylamino)methylideneamino]-1-(5-phospho-D-ribosyl)imidazole-4-carboxamide [intracellular]";
  s_0316 is "5-amino-1-(5-phospho-D-ribosyl)imidazole [intracellular]";
  s_0317 is "5-amino-1-(5-phospho-D-ribosyl)imidazole-4-carboxamide [intracellular]";
  s_0318 is "5-amino-1-(5-phospho-D-ribosyl)imidazole-4-carboxylic acid [intracellular]";
  s_0319 is "5-amino-6-(5-phosphoribitylamino)uracil [intracellular]";
  s_0320 is "5-amino-6-(D-ribitylamino)uracil [intracellular]";
  s_0325 is "5-formamido-1-(5-phospho-D-ribosyl)imidazole-4-carboxamide [intracellular]";
  s_0328 is "5-methyltetrahydrofolate(2-) [intracellular]";
  s_0330 is "5-O-(1-carboxyvinyl)-3-phosphoshikimic acid [intracellular]";
  s_0331 is "5-O-phosphono-alpha-D-ribofuranosyl diphosphate [intracellular]";
  s_0333 is "5-phospho-beta-D-ribosylamine [intracellular]";
  s_0334 is "5-phosphoribosyl-ATP [intracellular]";
  s_0335 is "6,7-dimethyl-8-(1-D-ribityl)lumazine [intracellular]";
  s_0356 is "7-phospho-2-dehydro-3-deoxy-D-arabino-heptonic acid [intracellular]";
  s_0366 is "acetaldehyde [intracellular]";
  s_0369 is "acetate [intracellular]";
  s_0374 is "acetoacetyl-CoA [intracellular]";
  s_0380 is "acetyl-CoA [intracellular]";
  s_0386 is "acyl-CoA [intracellular]";
  s_0393 is "adenosine [intracellular]";
  s_0397 is "adenosine 3',5'-bismonophosphate [intracellular]";
  s_0400 is "ADP [intracellular]";
  s_0410 is "aldehydo-D-glucose 6-phosphate [intracellular]";
  s_0416 is "alpha,alpha-trehalose [intracellular]";
  s_0419 is "alpha,alpha-trehalose 6-phosphate [intracellular]";
  s_0427 is "alpha-D-ribose 5-phosphate [intracellular]";
  s_0430 is "ammonium [intracellular]";
  s_0434 is "AMP [intracellular]";
  s_0438 is "amylose [intracellular]";
  s_0439 is "anthranilate [intracellular]";
  s_0446 is "ATP [intracellular]";
  s_0455 is "beta-D-glucose 6-phosphate [intracellular]";
  s_0458 is "bicarbonate [intracellular]";
  s_0463 is "biomass [intracellular]";
  s_0468 is "but-1-ene-1,2,4-tricarboxylic acid [intracellular]";
  s_0469 is "carbamoyl phosphate [intracellular]";
  s_0470 is "carbon dioxide [intracellular]";
  s_0481 is "CDP [intracellular]";
  s_0485 is "CDP-diacylglycerol [intracellular]";
  s_0500 is "chorismate(2-) [intracellular]";
  s_0501 is "cis-aconitate(3-) [intracellular]";
  s_0507 is "citrate(3-) [intracellular]";
  s_0511 is "CMP [intracellular]";
  s_0514 is "coenzyme A [intracellular]";
  s_0521 is "CTP [intracellular]";
  s_0529 is "D-arabinono-1,4-lactone [intracellular]";
  s_0530 is "D-arabinose [intracellular]";
  s_0532 is "D-erythro-1-(imidazol-4-yl)glycerol 3-phosphate [intracellular]";
  s_0533 is "D-erythrose 4-phosphate(2-) [intracellular]";
  s_0537 is "D-fructose 1,6-bisphosphate [intracellular]";
  s_0539 is "D-fructose 6-phosphate [intracellular]";
  s_0545 is "D-glucose [intracellular]";
  s_0549 is "D-glucose 1-phosphate [intracellular]";
  s_0553 is "D-mannose 1-phosphate [intracellular]";
  s_0554 is "D-mannose 6-phosphate [intracellular]";
  s_0557 is "D-ribulose 5-phosphate [intracellular]";
  s_0561 is "D-xylulose 5-phosphate [intracellular]";
  s_0562 is "dADP [intracellular]";
  s_0564 is "dAMP [intracellular]";
  s_0566 is "dATP [intracellular]";
  s_0569 is "dCMP [intracellular]";
  s_0574 is "decanoate [intracellular]";
  s_0582 is "decanoyl-CoA [intracellular]";
  s_0591 is "dGDP [intracellular]";
  s_0593 is "dGMP [intracellular]";
  s_0596 is "diglyceride [intracellular]";
  s_0601 is "dihydrofolic acid [intracellular]";
  s_0605 is "diphosphate [intracellular]";
  s_0615 is "dolichyl D-mannosyl phosphate [intracellular]";
  s_0616 is "dolichyl phosphate [intracellular]";
  s_0619 is "dTMP [intracellular]";
  s_0622 is "dUDP [intracellular]";
  s_0624 is "dUMP [intracellular]";
  s_0627 is "episterol [intracellular]";
  s_0632 is "ergosta-5,7,22,24(28)-tetraen-3beta-ol [intracellular]";
  s_0635 is "ergosterol [intracellular]";
  s_0641 is "ergosterol ester [intracellular]";
  s_0650 is "ethanol [intracellular]";
  s_0657 is "FAD [intracellular]";
  s_0659 is "FADH2 [intracellular]";
  s_0663 is "fatty acid [intracellular]";
  s_0669 is "fecosterol [intracellular]";
  s_0689 is "formate [intracellular]";
  s_0692 is "fumarate(2-) [intracellular]";
  s_0706 is "GDP [intracellular]";
  s_0710 is "GDP-alpha-D-mannose [intracellular]";
  s_0712 is "geranyl diphosphate [intracellular]";
  s_0731 is "glyceraldehyde 3-phosphate [intracellular]";
  s_0732 is "glycerol [intracellular]";
  s_0734 is "glycerone [intracellular]";
  s_0735 is "glycerone phosphate [intracellular]";
  s_0740 is "glycine [intracellular]";
  s_0743 is "glycogen [intracellular]";
  s_0749 is "glyoxylate [intracellular]";
  s_0752 is "GMP [intracellular]";
  s_0755 is "GTP [intracellular]";
  s_0798 is "homocitrate(3-) [intracellular]";
  s_0800 is "homoisocitrate(3-) [intracellular]";
  s_0801 is "hydrogen peroxide [intracellular]";
  s_0805 is "hydrogen sulfide [intracellular]";
  s_0816 is "IMP [intracellular]";
  s_0824 is "inositol phosphomannosylinositol phosphoceramide [intracellular]";
  s_0828 is "inositol-P-ceramide B [intracellular]";
  s_0847 is "isocitrate(3-) [intracellular]";
  s_0850 is "isopentenyl diphosphate [intracellular]";
  s_0859 is "keto-phenylpyruvate [intracellular]";
  s_0861 is "L-2-aminoadipate(2-) [intracellular]";
  s_0863 is "L-alanine [intracellular]";
  s_0867 is "L-allysine [intracellular]";
  s_0873 is "L-arginine [intracellular]";
  s_0877 is "L-asparagine [intracellular]";
  s_0881 is "L-aspartate [intracellular]";
  s_0886 is "L-aspartate 4-semialdehyde [intracellular]";
  s_0887 is "L-citrulline [intracellular]";
  s_0888 is "L-cystathionine [intracellular]";
  s_0889 is "L-cysteine [intracellular]";
  s_0894 is "L-gamma-glutamyl phosphate [intracellular]";
  s_0899 is "L-glutamate [intracellular]";
  s_0905 is "L-glutamic 5-semialdehyde [intracellular]";
  s_0907 is "L-glutamine [intracellular]";
  s_0911 is "L-histidine [intracellular]";
  s_0915 is "L-histidinol [intracellular]";
  s_0916 is "L-histidinol phosphate [intracellular]";
  s_0917 is "L-homocysteine [intracellular]";
  s_0919 is "L-homoserine [intracellular]";
  s_0920 is "L-isoleucine [intracellular]";
  s_0925 is "L-leucine [intracellular]";
  s_0929 is "L-lysine [intracellular]";
  s_0933 is "L-methionine [intracellular]";
  s_0936 is "L-phenylalanine [intracellular]";
  s_0939 is "L-proline [intracellular]";
  s_0942 is "L-saccharopine [intracellular]";
  s_0943 is "L-serine [intracellular]";
  s_0949 is "L-threonine [intracellular]";
  s_0952 is "L-tryptophan [intracellular]";
  s_0955 is "L-tyrosine [intracellular]";
  s_0960 is "L-valine [intracellular]";
  s_0963 is "lanosterol [intracellular]";
  s_0968 is "laurate [intracellular]";
  s_0977 is "lauroyl-CoA [intracellular]";
  s_0987 is "lignocerate [intracellular]";
  s_1000 is "lipid [intracellular]";
  s_1005 is "malonyl-CoA [intracellular]";
  s_1011 is "mannan [intracellular]";
  s_1013 is "mannosylinositol phosphorylceramide [intracellular]";
  s_1020 is "myo-inositol [intracellular]";
  s_1028 is "myristate [intracellular]";
  s_1044 is "myristoyl-CoA [intracellular]";
  s_1048 is "N(1)-(5-phospho-D-ribosyl)glycinamide [intracellular]";
  s_1051 is "N(2)-acetyl-L-ornithine [intracellular]";
  s_1052 is "N(2)-formyl-N(1)-(5-phospho-D-ribosyl)glycinamide [intracellular]";
  s_1053 is "N(6)-(1,2-dicarboxyethyl)-AMP [intracellular]";
  s_1060 is "N-(24-hydroxytetracosanyl)sphinganine [intracellular]";
  s_1066 is "N-(5-phospho-beta-D-ribosyl)anthranilate [intracellular]";
  s_1070 is "N-acetyl-L-gamma-glutamyl phosphate [intracellular]";
  s_1071 is "N-acetyl-L-glutamate(2-) [intracellular]";
  s_1073 is "N-carbamoyl-L-aspartate [intracellular]";
  s_1080 is "N-tetracosanylsphinganine [intracellular]";
  s_1082 is "NAD(+) [intracellular]";
  s_1087 is "NADH [intracellular]";
  s_1091 is "NADP(+) [intracellular]";
  s_1096 is "NADPH [intracellular]";
  s_1117 is "O-acetyl-L-homoserine [intracellular]";
  s_1122 is "O-phospho-L-homoserine [intracellular]";
  s_1132 is "octanoate [intracellular]";
  s_1140 is "octanoyl-CoA [intracellular]";
  s_1151 is "ornithine [intracellular]";
  s_1154 is "orotate [intracellular]";
  s_1155 is "orotidine 5'-(dihydrogen phosphate) [intracellular]";
  s_1156 is "oxaloacetate(2-) [intracellular]";
  s_1160 is "oxygen [intracellular]";
  s_1170 is "palmitate [intracellular]";
  s_1187 is "palmitoyl-CoA [intracellular]";
  s_1207 is "phosphate [intracellular]";
  s_1215 is "phosphatidate [intracellular]";
  s_1219 is "phosphatidyl-L-serine [intracellular]";
  s_1225 is "phosphatidyl-N,N-dimethylethanolamine [intracellular]";
  s_1226 is "phosphatidyl-N-methylethanolamine [intracellular]";
  s_1228 is "phosphatidylcholine [intracellular]";
  s_1233 is "phosphatidylethanolamine [intracellular]";
  s_1243 is "phosphoenolpyruvate [intracellular]";
  s_1257 is "prenyl diphosphate [intracellular]";
  s_1258 is "prephenate(2-) [intracellular]";
  s_1277 is "pyruvate [intracellular]";
  s_1283 is "riboflavin [intracellular]";
  s_1290 is "S-adenosyl-L-homocysteine [intracellular]";
  s_1293 is "S-adenosyl-L-methionine [intracellular]";
  s_1304 is "sedoheptulose 7-phosphate [intracellular]";
  s_1306 is "shikimate [intracellular]";
  s_1315 is "sn-glycerol 3-phosphate [intracellular]";
  s_1325 is "sphinganine [intracellular]";
  s_1327 is "squalene [intracellular]";
  s_1329 is "stearate [intracellular]";
  s_1334 is "stearoyl-CoA [intracellular]";
  s_1338 is "succinate(2-) [intracellular]";
  s_1342 is "succinyl-CoA [intracellular]";
  s_1347 is "sulphate [intracellular]";
  s_1349 is "sulphite [intracellular]";
  s_1355 is "tetracosanoyl-CoA [intracellular]";
  s_1379 is "trans-4-hydroxy-L-proline [intracellular]";
  s_1399 is "triglyceride [intracellular]";
  s_1411 is "UDP [intracellular]";
  s_1415 is "UDP-D-glucose [intracellular]";
  s_1417 is "UMP [intracellular]";
  s_1430 is "UTP [intracellular]";
  s_1447 is "zymosterol [intracellular]";
  s_1455 is "zymosterol intermediate 1a [intracellular]";
  s_1456 is "zymosterol intermediate 1b [intracellular]";
  s_1457 is "zymosterol intermediate 1c [intracellular]";
  s_1458 is "zymosterol intermediate 2 [intracellular]";
  s_1517 is "thioredoxin disulfide [intracellular]";
  s_1521 is "thioredoxin dithiol [intracellular]";
  s_0763_b is "H+ [intracellular]";
  s_1434_b is "water [intracellular]";
  species_1 is "glucose [extracellular]";
  s_0431_b is "ammonium [extracellular]";
  s_0464_b is "biomass [extracellular]";
  s_0472_b is "carbon dioxide [extracellular]";
  s_0547_b is "D-glucose [extracellular]";
  s_0651_b is "ethanol [extracellular]";
  s_0766_b is "H+ [extracellular]";
  s_1162_b is "oxygen [extracellular]";
  s_1209_b is "phosphate [extracellular]";
  s_1339_b is "succinate(2-) [extracellular]";
  s_1348_b is "sulphate [extracellular]";
  r_0005 is "1,3-beta-glucan synthase";
  r_0006 is "1,4-alpha-glucan branching enzyme";
  r_0008 is "1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino)imidazole-4-carboxamide isomerase";
  r_0009 is "1-acyl-sn-gylcerol-3-phosphate acyltransferase";
  r_0014 is "2,5-diamino-6-ribitylamino-4(3H)-pyrimidinone 5'-phosphate deaminase";
  r_0015 is "2,5-diamino-6-ribosylamino-4(3H)-pyrimidinone 5'-phosphate reductase (NADPH)";
  r_0016 is "2-aceto-2-hydroxybutanoate synthase";
  r_0018 is "2-aminoadipate transaminase";
  r_0021 is "2-deoxy-D-arabino-heptulosonate 7-phosphate synthetase";
  r_0025 is "2-isopropylmalate hydratase";
  r_0026 is "2-isopropylmalate synthase";
  r_0029 is "2-methylcitrate dehydratase";
  r_0031 is "2-oxo-4-methyl-3-carboxypentanoate decarboxylation";
  r_0034 is "3',5'-bisphosphate nucleotidase";
  r_0040 is "3,4-dihydroxy-2-butanone-4-phosphate synthase";
  r_0042 is "3-dehydroquinate dehydratase";
  r_0043 is "3-dehydroquinate synthase";
  r_0044 is "3-dehydrosphinganine reductase";
  r_0057 is "3-hydroxyacyl-CoA dehydrogenase (3-oxohexacosyl-CoA)";
  r_0058 is "3-hydroxyacyl-CoA dehydrogenase (3-oxohexadecanoyl-CoA)";
  r_0059 is "3-hydroxyacyl-CoA dehydrogenase (3-oxooctadecanoyl-CoA)";
  r_0060 is "3-hydroxyacyl-CoA dehydrogenase (3-oxotetradecanoyl-CoA)";
  r_0063 is "3-isopropylmalate dehydratase";
  r_0064 is "3-isopropylmalate dehydrogenase";
  r_0068 is "3-phosphoshikimate 1-carboxyvinyltransferase";
  r_0093 is "5,10-methylenetetrahydrofolatereductase (NADPH)";
  r_0111 is "acetohydroxy acid isomeroreductase";
  r_0112 is "acetolactate synthase";
  r_0118 is "acetyl-CoA C-acetyltransferase";
  r_0123 is "acetyl-Coa carboxylase";
  r_0125 is "acetyl-CoA hydrolase";
  r_0127 is "acetyl-CoA synthetase";
  r_0130 is "acetylglutamate kinase";
  r_0133 is "acteylornithine transaminase";
  r_0157 is "adenosine kinase";
  r_0159 is "adenosylhomocysteinase";
  r_0163 is "adenylate kinase";
  r_0165 is "adenylate kinase (GTP)";
  r_0169 is "adenylosuccinate lyase";
  r_0170 is "adenylosuccinate synthase";
  r_0171 is "adenylsuccinate lyase";
  r_0172 is "adenylyl-sulfate kinase";
  r_0174 is "alanine glyoxylate aminotransferase";
  r_0183 is "alcohol dehydrogenase, reverse rxn (acetaldehyde -> ethanol)";
  r_0191 is "aldehyde dehydrogenase (acetaldehyde, NADP)";
  r_0213 is "alpha,alpha-trehalose-phosphate synthase (UDP-forming)";
  r_0220 is "anthranilate phosphoribosyltransferase";
  r_0221 is "anthranilate synthase";
  r_0225 is "argininosuccinate lyase";
  r_0226 is "argininosuccinate synthase";
  r_0229 is "asparagine synthase (glutamine-hydrolysing)";
  r_0232 is "aspartate carbamoyltransferase";
  r_0233 is "aspartate kinase";
  r_0235 is "aspartate transaminase";
  r_0238 is "aspartate-semialdehyde dehydrogenase";
  r_0245 is "ATP phosphoribosyltransferase";
  r_0246 is "ATP synthase";
  r_0249 is "ATPase, cytosolic";
  r_0251 is "bicarbonate formation";
  r_0258 is "C-14 sterol reductase";
  r_0261 is "C-3 sterol dehydrogenase";
  r_0262 is "C-3 sterol dehydrogenase (4-methylzymosterol)";
  r_0263 is "C-3 sterol keto reductase (4-methylzymosterol)";
  r_0264 is "C-3 sterol keto reductase (zymosterol)";
  r_0265 is "C-4 methyl sterol oxidase";
  r_0266 is "C-4 methyl sterol oxidase_2";
  r_0267 is "C-4 methyl sterol oxidase_3";
  r_0268 is "C-4 sterol methyl oxidase (4,4-dimethylzymosterol)";
  r_0270 is "C-8 sterol isomerase";
  r_0271 is "C-s24 sterol reductase";
  r_0277 is "carbamoyl-phosphate synthase (glutamine-hydrolysing)";
  r_0282 is "catalase";
  r_0284 is "CDP-diacylglycerol synthase";
  r_0287 is "ceramide-1 hydroxylase (24C)";
  r_0290 is "ceramide-1 synthase (24C)";
  r_0298 is "cholestenol delta-isomerase, lumped reaction";
  r_0304 is "chorismate mutase";
  r_0306 is "chorismate synthase";
  r_0307 is "cis-aconitate(3-) to isocitrate";
  r_0328 is "citrate synthase";
  r_0330 is "citrate to cis-aconitate(3-)";
  r_0336 is "CTP synthase (NH3)";
  r_0338 is "cystathionine beta-synthase";
  r_0339 is "cystathionine g-lyase";
  r_0340 is "cystathionine gamma-synthase";
  r_0345 is "cytidylate kinase (CMP)";
  r_0347 is "cytochrome P450 lanosterol 14-alpha-demethylase (NAD)";
  r_0351 is "D-arabinose 1-dehydrogenase (NAD)";
  r_0352 is "D-arabinose 1-dehydrogenase (NADP)";
  r_0357 is "dCMP deaminase";
  r_0360 is "deoxyadenylate kinase";
  r_0362 is "deoxyguanylate kinase (dGMP:ATP)";
  r_0370 is "diacylglycerol acyltransferase";
  r_0371 is "diacylglycerol pyrophosphate phosphatase";
  r_0374 is "dihydoorotic acid dehydrogenase";
  r_0375 is "dihydrofolate reductase";
  r_0381 is "dihydroorotase";
  r_0384 is "dihydroxy-acid dehydratase (2,3-dihydroxy-3-methylbutanoate)";
  r_0385 is "dihydroxy-acid dehydratase (2,3-dihydroxy-3-methylpentanoate)";
  r_0386 is "dihydroxyacetone kinase";
  r_0387 is "dimethylallyltranstransferase";
  r_0393 is "dolichyl-phosphate D-mannosyltransferase";
  r_0394 is "dolichyl-phosphate-mannose--protein mannosyltransferase";
  r_0398 is "enolase";
  r_0417 is "fatty acid synthase (n-C10:0)";
  r_0418 is "fatty acid synthase (n-C12:0)";
  r_0419 is "fatty acid synthase (n-C14:0)";
  r_0421 is "fatty acid synthase (n-C16:0)";
  r_0423 is "fatty acid synthase (n-C18:0)";
  r_0425 is "fatty acid synthase (n-C24:0), lumped reaction";
  r_0429 is "fatty acyl-CoA synthase (n-C10:0CoA)";
  r_0430 is "fatty acyl-CoA synthase (n-C8:0CoA), lumped reaction";
  r_0437 is "fatty-acid--CoA ligase (n-C24:0)";
  r_0439 is "fatty-acid--CoA ligase (octadecanoate)";
  r_0442 is "fatty-acid--CoA ligase (octanoate)";
  r_0464 is "fatty-acyl-CoA synthase (n-C12:0CoA)";
  r_0465 is "fatty-acyl-CoA synthase (n-C14:0CoA)";
  r_0466 is "fatty-acyl-CoA synthase (n-C16:0CoA)";
  r_0467 is "fatty-acyl-CoA synthase (n-C18:0CoA)";
  r_0479 is "formate-tetrahydrofolate ligase";
  r_0484 is "fructose-bisphosphate aldolase";
  r_0485 is "fumarase";
  r_0488 is "fumarate reductase";
  r_0496 is "geranyltranstransferase";
  r_0499 is "glucokinase";
  r_0504 is "glucose-6-phosphate isomerase";
  r_0505 is "glucose-6-phosphate isomerase_2";
  r_0506 is "glutamate 5-kinase";
  r_0509 is "glutamate dehydrogenase (NADP)";
  r_0510 is "glutamate synthase (NADH2)";
  r_0512 is "glutamate-5-semialdehyde dehydrogenase";
  r_0514 is "glutamine phosphoribosyldiphosphate amidotransferase";
  r_0515 is "glutamine synthetase";
  r_0525 is "glyceraldehyde-3-phosphate dehydrogenase";
  r_0526 is "glycerol dehydrogenase (NADP-dependent)";
  r_0528 is "glycerol-3-phosphatase";
  r_0529 is "glycerol-3-phosphate dehydrogenase (fad)";
  r_0530 is "glycerol-3-phosphate dehydrogenase (NAD)";
  r_0534 is "glycerol-3-phosphate/dihydroxyacetone phosphate acyltransferase";
  r_0538 is "glycine cleavage system";
  r_0539 is "glycine hydroxymethyltransferase";
  r_0547 is "glycogen (starch) synthase";
  r_0551 is "GMP synthase";
  r_0562 is "GTP cyclohydrolase II";
  r_0567 is "guanylate kinase (GMP:ATP)";
  r_0568 is "guanylate kinase (GMP:dATP)";
  r_0573 is "hexokinase (D-glucose:ATP)";
  r_0575 is "histidinol dehydrogenase";
  r_0576 is "histidinol-phosphatase";
  r_0577 is "histidinol-phosphate transaminase";
  r_0581 is "homoacontinate hydratase";
  r_0582 is "homocitrate synthase";
  r_0585 is "homoisocitrate dehydrogenase";
  r_0586 is "homoserine dehydrogenase (NADH)";
  r_0588 is "homoserine kinase";
  r_0589 is "homoserine O-trans-acetylase";
  r_0598 is "hydroxymethylglutaryl CoA reductase";
  r_0599 is "hydroxymethylglutaryl CoA synthase";
  r_0604 is "Imidazole-glycerol-3-phosphate synthase";
  r_0605 is "imidazoleglycerol-phosphate dehydratase";
  r_0606 is "IMP cyclohydrolase";
  r_0607 is "IMP dehydrogenase";
  r_0608 is "indole-3-glycerol-phosphate synthase";
  r_0610 is "inorganic diphosphatase";
  r_0618 is "inositolphosphotransferase";
  r_0621 is "IPC synthase";
  r_0630 is "isocitrate dehydrogenase (NADP)";
  r_0633 is "isocitrate lyase";
  r_0634 is "isoleucine transaminase";
  r_0638 is "isopentenyl-diphosphate D-isomerase";
  r_0640 is "ketol-acid reductoisomerase (2-aceto-2-hydroxybutanoate)";
  r_0647 is "L-alanine transaminase";
  r_0650 is "L-aminoadipate-semialdehyde dehydrogenase (NADH)";
  r_0657 is "L-glutamate 5-semialdehyde dehydratase";
  r_0660 is "L-hydroxyproline dehydrogenase (NADP)";
  r_0661 is "L-hydroxyproline reductase (NAD)";
  r_0667 is "L-threonine deaminase";
  r_0673 is "lanosterol synthase";
  r_0674 is "leucine transaminase";
  r_0688 is "malate dehydrogenase";
  r_0697 is "mannose-1-phosphate guanylyltransferase";
  r_0698 is "mannose-6-phosphate isomerase";
  r_0699 is "methenyltetrahydrifikate cyclohydrolase";
  r_0701 is "methionine adenosyltransferase";
  r_0702 is "methionine synthase";
  r_0707 is "methylenetetrahydrofolate dehydrogenase (NADP)";
  r_0712 is "mevalonate kinase (ctp)";
  r_0715 is "mevalonate pyrophoshate decarboxylase";
  r_0719 is "microsomal beta-keto-reductase";
  r_0720 is "microsomal beta-keto-reductase_2";
  r_0721 is "microsomal beta-keto-reductase_3";
  r_0722 is "microsomal beta-keto-reductase_4";
  r_0723 is "MIPC synthase";
  r_0725 is "myo-inositol 1-phosphatase";
  r_0726 is "myo-inositol-1-phosphate synthase";
  r_0728 is "N-acetyl-g-glutamyl-phosphate reductase";
  r_0765 is "non-enzymatic reaction";
  r_0771 is "nucleoside-diphosphate kinase (ATP:CDP)";
  r_0779 is "nucleoside-diphosphate kinase (ATP:UDP)";
  r_0783 is "O-acetylhomoserine (thiol)-lyase";
  r_0789 is "ornithine carbamoyltransferase";
  r_0791 is "ornithine transacetylase";
  r_0793 is "orotate phosphoribosyltransferase";
  r_0794 is "orotidine-5'-phosphate decarboxylase";
  r_0825 is "phenylalanine transaminase";
  r_0831 is "phosphatidylethanolamine methyltransferase";
  r_0847 is "phosphatidylinositol synthase";
  r_0850 is "phosphatidylserine decarboxylase";
  r_0853 is "phosphatidylserine synthase";
  r_0856 is "phosphoadenylyl-sulfate reductase (thioredoxin)";
  r_0859 is "phosphofructokinase";
  r_0861 is "phosphoglucomutase";
  r_0865 is "phosphoglycerate kinase";
  r_0866 is "phosphoglycerate mutase";
  r_0873 is "phospholipid methyltransferase";
  r_0874 is "phospholipid methyltransferase_2";
  r_0875 is "phosphomannomutase";
  r_0877 is "phosphomevalonate kinase";
  r_0881 is "phosphoribosyl-AMP cyclohydrolase";
  r_0882 is "phosphoribosyl-ATP pyrophosphatase";
  r_0883 is "phosphoribosylaminoimidazole carboxylase";
  r_0884 is "phosphoribosylaminoimidazole synthase";
  r_0885 is "phosphoribosylaminoimidazolecarboxamide formyltransferase";
  r_0886 is "phosphoribosylaminoimidazolesuccinocarboxamide synthase";
  r_0887 is "phosphoribosylanthranilate isomerase";
  r_0888 is "phosphoribosylformylglycinamidine synthase";
  r_0889 is "phosphoribosylglycinamide formyltransferase";
  r_0890 is "phosphoribosylglycinamide synthase";
  r_0891 is "phosphoribosylpyrophosphate synthetase";
  r_0911 is "prephenate dehydratase";
  r_0913 is "prephenate dehydrogenase (NADP)";
  r_0934 is "pyrimidine phosphatase";
  r_0936 is "pyrroline-5-carboxylate reductase";
  r_0937 is "pyruvate carboxylase";
  r_0938 is "pyruvate decarboxylase";
  r_0940 is "pyruvate dehydrogenase";
  r_0941 is "pyruvate kinase";
  r_0948 is "riboflavin synthase";
  r_0949 is "riboflavin synthase_2";
  r_0951 is "ribonucleoside-diphosphate reductase";
  r_0955 is "ribonucleoside-diphosphate reductase (GDP)";
  r_0957 is "ribonucleoside-diphosphate reductase (UDP)";
  r_0959 is "ribonucleoside-triphosphate reductase (ATP)";
  r_0963 is "ribose-5-phosphate isomerase";
  r_0965 is "ribulose 5-phosphate 3-epimerase";
  r_0967 is "S-adenosyl-methionine delta-24-sterol-c-methyltransferase";
  r_0969 is "saccharopine dehydrogenase (NAD, L-lysine forming)";
  r_0970 is "saccharopine dehydrogenase (NADP, L-glutamate forming)";
  r_0972 is "serine C-palmitoyltransferase";
  r_0976 is "shikimate dehydrogenase";
  r_0977 is "shikimate kinase";
  r_0991 is "squalene epoxidase (NAD)";
  r_0993 is "squalene synthase";
  r_0995 is "steryl ester hydrolase";
  r_1003 is "succinate-CoA ligase (ADP-forming)";
  r_1007 is "sulfate adenylyltransferase (ADP)";
  r_1008 is "sulfite reductase (NADPH2)";
  r_1024 is "thioredoxin reductase (NADPH)";
  r_1026 is "threonine aldolase";
  r_1027 is "threonine synthase";
  r_1032 is "thymidylate synthase";
  r_1035 is "transaldolase";
  r_1036 is "transketolase";
  r_1037 is "transketolase_2";
  r_1038 is "trehalose-phosphatase";
  r_1040 is "triacylglycerol lipase";
  r_1041 is "triose-phosphate isomerase";
  r_1042 is "tryptophan synthase (indoleglycerol phosphate)";
  r_1050 is "tyrosine transaminase";
  r_1059 is "UMP kinase";
  r_1066 is "uridylate kinase (dUMP)";
  r_1072 is "UTP-glucose-1-phosphate uridylyltransferase";
  r_1073 is "valine transaminase";
  r_1157 is "ammonia transport";
  r_1194 is "CO2 transport";
  r_1247 is "ethanol transport";
  r_1293 is "glucose transport";
  r_1435 is "O2 transport";
  r_1461 is "phosphate transport";
  r_1503 is "succinate transport";
  r_1507 is "sulfate uniport";
  r_1672 is "isa acyl-CoA";
  r_1812 is "biomass production";
  r_1814 is "growth";
  r_1816 is "lipid production";
end