// Created by libAntimony v2.8.0
model *chance()
// Compartments and Species:
compartment cell;
species GLU in cell, ENZ in cell, ENG in cell, TP1 in cell, ADP in cell;
species GLP in cell, ETZ in cell, ETG in cell, GPP in cell, GAP in cell;
species DHA in cell, DPN in cell, DPH in cell, PID in cell, DGA in cell;
species PGA in cell, PYR in cell, LAC in cell, DIN in cell, DIH in cell;
species XI in cell, XSI in cell, OXY in cell, XSP in cell, TP2 in cell;
species DBP in cell, PUE in cell, PPP in cell, AGP in cell, MOD in cell;
species MOB in cell, MOX in cell;
// Assignment Rules:
GLU_0 := GLU/0.003;
ENZ_0 := ENZ/1.020000e-005;
ENG_0 := ENG/1.020000e-005;
TP1_0 := TP1/0.0015;
ADP_0 := ADP/0.001;
GLP_0 := GLP/0.001;
ETZ_0 := ETZ/1.000000e-005;
ETG_0 := ETG/1.000000e-005;
GPP_0 := GPP/0.001;
GAP_0 := GAP/0.0002;
DHA_0 := DHA/0.0013;
DPN_0 := DPN/0.00025;
DPH_0 := DPH/0.0002;
PID_0 := PID/0.005;
DGA_0 := DGA/0.0002;
PGA_0 := PGA/0.0002;
PYR_0 := PYR/0.002;
LAC_0 := LAC/0.0012;
DIN_0 := DIN/7.000000e-005;
DIH_0 := DIH/7.000000e-005;
XI_0 := XI/6.000000e-005;
XSI_0 := XSI/6.000000e-005;
OXY_0 := OXY/0.0005;
XSP_0 := XSP/6.000000e-005;
TP2_0 := TP2/0.0015;
DBP_0 := DBP/0.025;
PUE_0 := PUE/3.060000e-006;
PPP_0 := PPP/3.06;
AGP_0 := AGP/0.0013;
MOD_0 := MOD/5.000000e-005;
MOB_0 := MOB/0.0001;
MOX_0 := MOX/5.000000e-005;
// Reactions:
r_1: GLU + ENZ => ENG; cell*1.000000e-006*r_1_k*GLU*ENZ;
r_2: ENG + TP1 => ADP + GLP + ENZ; cell*1.000000e-006*r_2_k*ENG*TP1;
r_3: GLP + ETZ => ETG; cell*1.000000e-006*r_3_k*GLP*ETZ;
r_4: ETG + TP1 => GPP + ETZ + ADP; cell*1.000000e-006*r_4_k*ETG*TP1;
r_5: GPP => GAP + DHA; cell*1.000000e-006*r_5_k*GPP;
r_6: DHA + DPH => AGP + DPN; cell*1.000000e-006*r_6_k*DHA*DPH;
r_7: AGP + DPN => DHA + DPH; cell*1.000000e-006*r_7_k*AGP*DPN;
r_8: GAP + MOD => MOB + DPH; cell*1.000000e-006*r_8_k*GAP*MOD;
r_9: MOB + PID => DGA + MOX; cell*1.000000e-006*r_9_k*MOB*PID;
r_10: MOX + DPN => MOD; cell*1.000000e-006*r_10_k*MOX*DPN;
r_11: DGA + ADP => TP1 + PGA; cell*1.000000e-006*r_11_k*DGA*ADP;
r_12: PGA + ADP => TP1 + PYR; cell*1.000000e-006*r_12_k*PGA*ADP;
r_13: PYR + DPH => LAC + DPN; cell*1.000000e-006*r_13_k*PYR*DPH;
r_14: LAC + DPN => PYR + DPH; cell*1.000000e-006*r_14_k*LAC*DPN;
r_15: PYR + 4DIN => 4DIH; cell*1.000000e-006*r_15_k*PYR*DIN;
r_16: DIH + 3XI + OXY => 3XSI + DIN; cell*1.000000e-006*r_16_k*DIH*XI*OXY;
r_17: XSI + PID => XSP; cell*1.000000e-006*r_17_k*XSI*PID;
r_18: XSP + ADP => TP2 + XI; cell*1.000000e-006*r_18_k*XSP*ADP;
r_19: XSI => XI; cell*1.000000e-006*r_19_k*XSI*DBP;
r_20: TP2 => TP1; cell*1.000000e-006*r_20_k*TP2*DBP;
r_21: TP1 + PUE => PPP; cell*1.000000e-006*r_21_k*TP1*PUE;
r_22: PPP => ADP + PUE + PID; cell*1.000000e-006*r_22_k*PPP;
// Events:
e_1: at time >= 64: GLU = 0.003;
e_2: at time >= 119: DBP = 0.025;
// Species initializations:
GLU = 0;
ENZ = 1e-005;
ENG = 0;
TP1 = 0.0005;
ADP = 0.0001;
GLP = 0;
ETZ = 1e-005;
ETG = 0;
GPP = 0;
GAP = 0;
DHA = 0;
DPN = 0.0001;
DPH = 0.0001;
PID = 0.004;
DGA = 0;
PGA = 0;
PYR = 0.001;
LAC = 0.001;
DIN = 3e-005;
DIH = 3e-005;
XI = 2e-005;
XSI = 2e-005;
OXY = 0.0005;
XSP = 2e-005;
TP2 = 0.0005;
DBP = 0;
PUE = 2e-006;
PPP = 1e-006;
AGP = 0;
MOD = 5e-005;
MOB = 0;
MOX = 0;
// Compartment initializations:
cell = 1;
GLU_0 has dimensionless;
ENZ_0 has dimensionless;
ENG_0 has dimensionless;
TP1_0 has dimensionless;
ADP_0 has dimensionless;
GLP_0 has dimensionless;
ETZ_0 has dimensionless;
ETG_0 has dimensionless;
GPP_0 has dimensionless;
GAP_0 has dimensionless;
DHA_0 has dimensionless;
DPN_0 has dimensionless;
DPH_0 has dimensionless;
PID_0 has dimensionless;
DGA_0 has dimensionless;
PGA_0 has dimensionless;
PYR_0 has dimensionless;
LAC_0 has dimensionless;
DIN_0 has dimensionless;
DIH_0 has dimensionless;
XI_0 has dimensionless;
XSI_0 has dimensionless;
OXY_0 has dimensionless;
XSP_0 has dimensionless;
TP2_0 has dimensionless;
DBP_0 has dimensionless;
PUE_0 has dimensionless;
PPP_0 has dimensionless;
AGP_0 has dimensionless;
MOD_0 has dimensionless;
MOB_0 has dimensionless;
MOX_0 has dimensionless;
// Variable initializations:
r_1_k = 3000000000;
r_1_k has per_M_per_s;
r_2_k = 10000000000;
r_2_k has per_M_per_s;
r_3_k = 40000000000;
r_3_k has per_M_per_s;
r_4_k = 40000000000;
r_4_k has per_M_per_s;
r_5_k = 100000;
r_5_k has per_s;
r_6_k = 2000000000;
r_6_k has per_M_per_s;
r_7_k = 80000000;
r_7_k has per_M_per_s;
r_8_k = 600000000000;
r_8_k has per_M_per_s;
r_9_k = 400000000;
r_9_k has per_M_per_s;
r_10_k = 6000000000;
r_10_k has per_M_per_s;
r_11_k = 10000000000;
r_11_k has per_M_per_s;
r_12_k = 5000000000;
r_12_k has per_M_per_s;
r_13_k = 500000000;
r_13_k has per_M_per_s;
r_14_k = 10000000;
r_14_k has per_M_per_s;
r_15_k = 20000000;
r_15_k has per_M_per_s;
r_16_k = 7500000000000;
r_16_k has per_M_squared_per_s;
r_17_k = 400000000;
r_17_k has per_M_per_s;
r_18_k = 15000000000;
r_18_k has per_M_per_s;
r_19_k = 120000000;
r_19_k has per_M_per_s;
r_20_k = 4000000;
r_20_k has per_M_per_s;
r_21_k = 3000000000;
r_21_k has per_M_per_s;
r_22_k = 2000000;
r_22_k has per_s;
// Other declarations:
var GLU_0, ENZ_0, ENG_0, TP1_0, ADP_0, GLP_0, ETZ_0, ETG_0, GPP_0, GAP_0;
var DHA_0, DPN_0, DPH_0, PID_0, DGA_0, PGA_0, PYR_0, LAC_0, DIN_0, DIH_0;
var XI_0, XSI_0, OXY_0, XSP_0, TP2_0, DBP_0, PUE_0, PPP_0, AGP_0, MOD_0;
var MOB_0, MOX_0;
const cell;
// Unit definitions:
unit per_s = 1 / 1e1 second;
unit per_M_per_s = 1e1 litre / (1e1 mole * 1e1 second);
unit per_M_squared_per_s = (1e1 litre)^2 / ((1e1 mole)^2 * 1e1 second);
// Display Names:
per_s is "per second";
per_M_per_s is "per molar per second";
per_M_squared_per_s is "per molar squared per second";
GLU is "(GLU) glucose";
ENZ is "(ENZ) hexokinase";
ENG is "(ENG) hexokinase-glucose intermediate";
TP1 is "(TP1) adenosine triphosphate in store 1 (cytoplasm)";
ADP is "(ADP) adenosine diphosphate";
GLP is "(GLP) glucose 6-phosphate";
ETZ is "(ETZ) phosphofructokinase";
ETG is "(ETG) phosphofructokinase intermediate";
GPP is "(GPP) hexose diphosphate";
GAP is "(GAP) glyceraldehyde 3-phosphate";
DHA is "(DHA) dihydroxacetone phosphate";
DPN is "(DPN) extramitochondrial diphospyridine nucleotide";
DPH is "(DPH) extramitochondrial reduced diphospyridine nucleotide";
PID is "(PID) inorganic phosphate";
DGA is "(DGA) 1,3 diphosphoglycerate";
PGA is "(PGA) 3 phosphoglycerate";
PYR is "(PYR) pyruvate";
LAC is "(LAC) lactate";
DIN is "(DIN) intramitochondrial diphospyridine nucleotide";
DIH is "(DIH) intramitochondrial reduced diphospyridine nucleotide";
XI is "(XI) low energy intermediate in oxidative phosphorylation";
XSI is "(XSI) high energy intermediate in oxidative phosphorylation";
OXY is "(OXY) oxygen";
XSP is "(XSP) phosphorylated intermediate in oxidative phosphorylation";
TP2 is "(TP2) adenosine triphosphate in store 2 (mitochondria)";
DBP is "(DBP) dibromophenol";
PUE is "(PUE) enzyme concerned in ATP utilization";
PPP is "(PPP) enzyme intermediate concerned in ATP utilization";
AGP is "(AGP) alpha-glycerophosphate";
MOD is "(MOD) glyceraldehyde 3-phoshphate dehydrogenase-DPN complex";
MOB is "(MOB) acyl enzyme intermediate of glyceraldehyde 3-phoshphate dehydrogenase";
MOX is "(MOX) glyceraldehyde 3-phoshphate dehydrogenase";
e_1 is "addition of glucose";
e_2 is "addition of uncoupling agent";
GLU_0 is "relative GLU";
ENZ_0 is "relative ENZ";
ENG_0 is "relative ENG";
TP1_0 is "relative TP1";
ADP_0 is "relative ADP";
GLP_0 is "relative GLP";
ETZ_0 is "relative ETZ";
ETG_0 is "relative ETG";
GPP_0 is "relative GPP";
GAP_0 is "relative GAP";
DHA_0 is "relative DHA";
DPN_0 is "relative DPN";
DPH_0 is "relative DPH";
PID_0 is "relative PID";
DGA_0 is "relative DGA";
PGA_0 is "relative PGA";
PYR_0 is "relative PYR";
LAC_0 is "relative LAC";
DIN_0 is "relative DIN";
DIH_0 is "relative DIH";
XI_0 is "relative XI";
XSI_0 is "relative XSI";
OXY_0 is "relative OXY";
XSP_0 is "relative XSP";
TP2_0 is "relative TP2";
DBP_0 is "relative DBP";
PUE_0 is "relative PUE";
PPP_0 is "relative PPP";
AGP_0 is "relative AGP";
MOD_0 is "relative MOD";
MOB_0 is "relative MOB";
MOX_0 is "relative MOX";
r_1 is "reaction 1";
r_2 is "reaction 2";
r_3 is "reaction 3";
r_4 is "reaction 4";
r_5 is "reaction 5";
r_6 is "reaction 6";
r_7 is "reaction 7";
r_8 is "reaction 8";
r_9 is "reaction 9";
r_10 is "reaction 10";
r_11 is "reaction 11";
r_12 is "reaction 12";
r_13 is "reaction 13";
r_14 is "reaction 14";
r_15 is "reaction 15";
r_16 is "reaction 16";
r_17 is "reaction 17";
r_18 is "reaction 18";
r_19 is "reaction 19";
r_20 is "reaction 20";
r_21 is "reaction 21";
r_22 is "reaction 22";
end