begin name
jiang1
end name

begin reactions
GAPflow {1.0}GAP = {1.0}$EXTERNAL
GLCflow {1.0}$EXTERNAL = {1.0}GLC
LACflow {1.0}LAC = {1.0}$EXTERNAL
hidden1 {1.0}AMP + {1.0}ATPcyt = {2.0}ADPcyt
v1 {1.0}GLC + {1.0}ATPcyt = {1.0}F6P + {1.0}ADPcyt
v10 {1.0}OXA + {1.0}AcetylCoA = {1.0}Cit + {1.0}CoA
v11 {1.0}Cit = {1.0}IsoCit
v12 {1.0}IsoCit + {1.0}NADp = {1.0}OG + {1.0}NADH
v14 {1.0}OG + {1.0}CoA + {1.0}NADp = {1.0}CO2 + {1.0}SCoA + {1.0}NADH
v15 {1.0}GDP + {1.0}SCoA + {1.0}Pi = {1.0}Suc + {1.0}GTP + {1.0}CoA
v16 {1.0}Suc + {1.0}Q = {1.0}Fum + {1.0}QH2
v17 {1.0}Fum = {1.0}Mal
v18 {1.0}Mal + {1.0}NADp = {1.0}NADH + {1.0}OXA
v2 {1.0}F6P + {1.0}ATPcyt = {1.0}FBP + {1.0}ADPcyt
v20 {1.0}Ala + {1.0}OG = {1.0}Glu + {1.0}Pyr
v21 {1.0}OXA + {1.0}Glu = {1.0}Asp + {1.0}OG
v22 {1.0}Glucyt + {1.0}Asp = {1.0}Aspcyt + {1.0}Glu
v24 {1.0}NADH + {1.0}Q = {1.0}NADp + {1.0}QH2
v25 {1.0}QH2 + {2.0}Cytc3p = {1.0}Q + {2.0}Cytc2p
v26 {1.0}Cytc2p = {1.0}Cytc3p
v27 {1.0}Citcyt + {1.0}CoAcyt = {1.0}OXAcyt + {1.0}AcetylCoAcyt
v28 {1.0}ADP + {1.0}Pi = {1.0}ATP + {1.0}H2O
v29 {1.0}Citcyt = {1.0}IsoCitcyt
v3 {1.0}FBP = {2.0}GAP
v30 {1.0}Malcyt + {1.0}OG = {1.0}OGcyt + {1.0}Mal
v31 {1.0}NADHcyt + {1.0}OXAcyt = {1.0}Malcyt + {1.0}NAD
v32 {1.0}Aspcyt + {1.0}OGcyt = {1.0}OXAcyt + {1.0}Glucyt
v33 {1.0}Citcyt + {1.0}Mal = {1.0}Malcyt + {1.0}Cit
v34 {1.0}ETFred + {1.0}Q = {1.0}ETFox + {1.0}QH2
v35 {1.0}FADH2 + {1.0}ETFox = {1.0}ETFred + {1.0}FAD
v36 {1.0}ATP + {1.0}CO2 + {1.0}Pyr = {1.0}Pi + {1.0}ADP + {1.0}OXA
v37 {1.0}G3P + {1.0}FAD = {1.0}FADH2 + {1.0}DHAP
v38 {1.0}NADHcyt + {1.0}DHAP = {1.0}G3P + {1.0}NAD
v39 {1.0}Malcyt + {1.0}NADPcyt = {1.0}NADPHcyt + {1.0}PYRcyt
v4 {1.0}GAP + {1.0}NAD = {1.0}DPG + {1.0}NADHcyt
v40 {1.0}ADPcyt = {1.0}ADP
v41 {1.0}IsoCitcyt + {1.0}NADPcyt = {1.0}OGcyt + {1.0}NADPHcyt
v42 {1.0}IsoCitcyt + {1.0}Mal = {1.0}Malcyt + {1.0}IsoCit
v43 {1.0}ATP = {1.0}ATPcyt
v44 {1.0}Mal + {1.0}NADPp = {1.0}NADPH + {1.0}Pyr
v5 {1.0}DPG + {1.0}ADPcyt = {1.0}PEP + {1.0}ATPcyt
v6 {1.0}PEP + {1.0}ADPcyt = {1.0}PYRcyt + {1.0}ATPcyt
v7 {1.0}PYRcyt + {1.0}NADHcyt = {1.0}LAC + {1.0}NAD
v8 {1.0}PYRcyt = {1.0}Pyr
v9 {1.0}Pyr + {1.0}CoA + {1.0}NADp = {1.0}CO2 + {1.0}AcetylCoA + {1.0}NADH
end reactions

begin rate equations
GAPflow = CYTOPLASM*flow*GAP[t]
GLCflow = CYTOPLASM*flow*(GLCflowGlcF/1000 - GLC[t])
LACflow = CYTOPLASM*flow*LAC[t]
hidden1 = CYTOPLASM*(-(hidden1k9b*ADPcyt[t]^2) + hidden1k9f*AMP[t]*ATPcyt[t])
v1 = (CYTOPLASM*v1V1*ATPcyt[t]*GLC[t])/((v1K1ATP + ATPcyt[t])*(v1K1GLC + GLC[t]))
v10 = (MATRIX*v10V*v10v10CS*AcetylCoA[t]*OXA[t])/(v10Kia*v10Kib + v10Kb*AcetylCoA[t] + v10Ka*OXA[t] + AcetylCoA[t]*OXA[t])
v11 = (MATRIX*v11v11ACO*(v11KcF*v11Kp*Cit[t] - v11KcR*v11Ks*IsoCit[t]))/(v11Kp*v11Ks + v11Kp*Cit[t] + v11Ks*IsoCit[t])
v12 = (MATRIX*v12KcF*v12v12IDHa*(v12b*ADP[t]*IsoCit[t] + IsoCit[t]^2))/(v12f + v12d*ADP[t] + v12c*IsoCit[t] + v12e*ADP[t]*IsoCit[t] + IsoCit[t]^2)
v14 = (MATRIX*v14KcF*v14v14OGDC*CoA[t]*NADp[t]*OG[t])/(v14KmA*CoA[t]*NADp[t] + v14KmC*CoA[t]*OG[t] + (v14KmC*CoA[t]*NADH[t]*OG[t])/v14Kir + v14KmB*NADp[t]*OG[t] + CoA[t]*NADp[t]*OG[t] + (v14Kib*v14Kic*v14KmA*v14KmP*NADH[t]*SCoA[t])/(v14Kip*v14Kiq*v14KmR) + (v14Kib*v14Kic*v14KmA*v14KmP*NADH[t]*OG[t]*SCoA[t])/(v14Kia*v14Kip*v14Kiq*v14KmR) + (v14KmB*NADp[t]*OG[t]*SCoA[t])/v14Kiq)
v15 = (MATRIX*(Pi*GDP[t]*SCoA[t] - (CoA[t]*GTP[t]*Suc[t])/v15Keq)*(v15Kc1*v15v15SCS + v15Kc2*v15v15SCS*(Pi/v15KmC2 + (v15Kip*v15KmC*Suc[t])/v15KmC2)))/(Pi*v15Kia*v15KmB + (Pi*v15Kia*v15KmB*CoA[t])/v15Kir + Pi*v15KmB*GDP[t] + (Pi*v15KmB*CoA[t]*GDP[t])/v15Kir + (Pi*v15Kia*v15KmB*GTP[t])/v15Kiq + (Pi*v15Kia*v15KmB*CoA[t]*GTP[t])/(v15Kir*v15KmQ) + (v15Kia*v15Kic*v15KmB*CoA[t]*GTP[t])/(v15Kir*v15KmQ) + Pi*v15KmA*SCoA[t] + Pi*GDP[t]*SCoA[t] + v15KmC*GDP[t]*SCoA[t] + (Pi^2*GDP[t]*SCoA[t])/v15KmC2 + (Pi*v15KmA*GTP[t]*SCoA[t])/v15Kiq + (v15Kia*v15KmB*v15KmC*Suc[t])/v15Kip + (v15Kia*v15KmB*v15KmC*CoA[t]*Suc[t])/(v15Kip*v15Kir) + (v15KmB*v15KmC*GDP[t]*Suc[t])/v15Kip + (v15KmB*v15KmC*CoA[t]*GDP[t]*Suc[t])/(v15Kip*v15Kir) + (v15Kia*v15KmB*v15KmC*GTP[t]*Suc[t])/(v15Kip*v15Kiq) + (v15Kia*v15KmB*v15KmC*CoA[t]*GTP[t]*Suc[t])/(v15Kip*v15Kir*v15KmQ) + (Pi*v15Kia*v15KmB*CoA[t]*GTP[t]*Suc[t])/(v15Kir*v15KmP2*v15KmQ) + (v15KmA*v15KmC*SCoA[t]*Suc[t])/v15Kip + (v15KmC*GDP[t]*SCoA[t]*Suc[t])/v15Kip + (Pi*v15KmC*GDP[t]*SCoA[t]*Suc[t])/(v15Kip*v15KmC2) + (v15KmA*v15KmC*GTP[t]*SCoA[t]*Suc[t])/(v15Kip*v15Kiq) + (v15Kia*v15KmB*v15KmC*CoA[t]*GTP[t]*Suc[t]^2)/(v15Kip*v15Kir*v15KmP2*v15KmQ))
v16 = (MATRIX*v16KcF*v16KcR*v16v16SDH*(-((Fum[t]*QH2[t])/v16Keq) + Q[t]*Suc[t]))/((v16KcF*v16KmP2*Fum[t])/v16Keq + v16KcR*v16KmS1*Q[t] + (v16KcF*v16KmP1*QH2[t])/v16Keq + (v16KcF*Fum[t]*QH2[t])/v16Keq + (v16KcR*v16KmS1*Q[t]*QH2[t])/v16KiP2 + v16KcR*v16KmS2*Suc[t] + (v16KcF*v16KmP2*Fum[t]*Suc[t])/(v16Keq*v16KiS1) + v16KcR*Q[t]*Suc[t])
v17 = (MATRIX*v17v17FM*(v17KcF*v17Kp*Fum[t] - v17KcR*v17Ks*Mal[t]))/(v17Kp*v17Ks + v17Kp*Fum[t] + v17Ks*Mal[t])
v18 = (MATRIX*v18v18MDH*((v18KcF*Mal[t]*NADp[t])/(v18KiS1*v18KmS2) - (v18KcR*NADH[t]*OXA[t])/(v18KiP2*v18KmP1)))/(1 + Mal[t]/v18KiS1 + NADH[t]/v18KiP2 + (v18KmS1*NADp[t])/(v18KiS1*v18KmS2) + (Mal[t]*NADp[t])/(v18KiS1*v18KmS2) + (v18KmS1*NADH[t]*NADp[t])/(v18KiP2*v18KiS1*v18KmS2) + (v18KmP2*OXA[t])/(v18KiP2*v18KmP1) + (v18KmP2*Mal[t]*OXA[t])/(v18KiP2*v18KiS1*v18KmP1) + (v18KiP2*NADH[t]*OXA[t])/v18KmP1 + (Mal[t]*NADp[t]*OXA[t])/(v18KiP1*v18KiS1*v18KmS2) + (NADH[t]*NADp[t]*OXA[t])/(v18KiP2*v18KiS2*v18KmP1))
v2 = (CYTOPLASM*v2V2*ATPcyt[t]*F6P[t]^2)/((v2K2ATP + ATPcyt[t])*(v2K2*(1 + (v2k2*ATPcyt[t]^2)/AMP[t]^2) + F6P[t]^2))
v20 = (MATRIX*v20KcF*v20KcR*v20v20AlaTA*(Ala[t]*OG[t] - (Glu[t]*Pyr[t])/v20Keq))/(v20KcR*v20KmS2*Ala[t] + (v20KcF*v20KmP2*Glu[t])/v20Keq + (v20KcF*v20KmP2*Ala[t]*Glu[t])/(v20Keq*v20KiS1) + v20KcR*v20KmS1*OG[t] + v20KcR*Ala[t]*OG[t] + (v20KcF*v20KmP1*Pyr[t])/v20Keq + (v20KcF*Glu[t]*Pyr[t])/v20Keq + (v20KcR*v20KmS1*OG[t]*Pyr[t])/v20KiP2)
v21 = (MATRIX*v21KcF*v21KcR*v21v21AspTA*(-((Asp[t]*OG[t])/v21Keq) + Glu[t]*OXA[t]))/((v21KcF*v21KmP2*Asp[t])/v21Keq + v21KcR*v21KmS1*Glu[t] + (v21KcF*v21KmP1*OG[t])/v21Keq + (v21KcF*Asp[t]*OG[t])/v21Keq + (v21KcR*v21KmS1*Glu[t]*OG[t])/v21KiP2 + v21KcR*v21KmS2*OXA[t] + (v21KcF*v21KmP2*Asp[t]*OXA[t])/(v21Keq*v21KiS1) + v21KcR*Glu[t]*OXA[t])
v22 = (MATRIX*v22v22AGC*(-((v22KcR*Aspcyt[t]*Glu[t])/(v22beta*v22KiP1*v22KiP2)) + (v22KcF*Asp[t]*Glucyt[t])/(v22alpha*v22KiS1*v22KiS2)))/(1 + Asp[t]/v22KiS1 + Aspcyt[t]/v22KiP2 + Glu[t]/v22KiP1 + (Asp[t]*Glu[t])/(v22delta*v22KiP1*v22KiS1) + (Aspcyt[t]*Glu[t])/(v22beta*v22KiP1*v22KiP2) + Glucyt[t]/v22KiS2 + (Asp[t]*Glucyt[t])/(v22alpha*v22KiS1*v22KiS2) + (Aspcyt[t]*Glucyt[t])/(v22gamma*v22KiP2*v22KiS2))
v24 = (MATRIX*v24KcF*v24KcR*v24v24ComplexI*(NADH[t]*Q[t] - (NADp[t]*QH2[t])/v24Keq))/(v24KcR*v24KmS2*NADH[t] + (v24KcF*v24KmP2*NADp[t])/v24Keq + (v24KcF*v24KmP2*NADH[t]*NADp[t])/(v24Keq*v24KiS1) + v24KcR*v24KmS1*Q[t] + v24KcR*NADH[t]*Q[t] + (v24KcF*v24KmP1*QH2[t])/v24Keq + (v24KcF*NADp[t]*QH2[t])/v24Keq + (v24KcR*v24KmS1*Q[t]*QH2[t])/v24KiP2)
v25 = (MTIMS*v25KcF*v25v25ComplexIII*Cytc3p[t]*QH2[t])/(v25KmA*Cytc3p[t] + v25KmB*QH2[t] + Cytc3p[t]*QH2[t] + Cytc2p[t]*(v25Kb2*v25KmA*v25Kq2 + v25KmA*v25Kq2*Cytc3p[t] + (v25Kb1*v25KcF*v25Kq1*QH2[t])/v25k8 + (v25KcF*v25Kq1*Cytc3p[t]*QH2[t])/v25k8))
v26 = (MTIMS*v26KcF*v26v26ComplexIV*Cytc2p[t])/(v26Ks + Cytc2p[t])
v27 = (CYTOPLASM*v27Kc*v27Kid*v27V*v27v10CS*AcetylCoAcyt[t]*OXAcyt[t])/(v27Kb*v27Keq*v27Kia*(v27Kia*v27Kib + v27Kb*AcetylCoAcyt[t] + v27Ka*OXAcyt[t] + AcetylCoAcyt[t]*OXAcyt[t]))
v28 = (MATRIX*v28V*v28v28ComplexV*ADP[t])/(v28Km + ADP[t] + ADP[t]^2/v28Ki)
v29 = (CYTOPLASM*v29v29ACO*(v29KcF*v29Kp*Citcyt[t] - v29KcR*v29Ks*IsoCitcyt[t]))/(v29Kp*v29Ks + v29Kp*Citcyt[t] + v29Ks*IsoCitcyt[t])
v3 = CYTOPLASM*(v3k3f*FBP[t] - v3k3b*GAP[t]^2)
v30 = (MATRIX*v30v30OGC*((v30KcF*Malcyt[t]*OG[t])/(v30alpha*v30KiS1*v30KiS2) - (v30KcR*Mal[t]*OGcyt[t])/(v30beta*v30KiP1*v30KiP2)))/(1 + Mal[t]/v30KiP1 + Malcyt[t]/v30KiS2 + OG[t]/v30KiS1 + (Mal[t]*OG[t])/(v30delta*v30KiP1*v30KiS1) + (Malcyt[t]*OG[t])/(v30alpha*v30KiS1*v30KiS2) + OGcyt[t]/v30KiP2 + (Mal[t]*OGcyt[t])/(v30beta*v30KiP1*v30KiP2) + (Malcyt[t]*OGcyt[t])/(v30gamma*v30KiP2*v30KiS2))
v31 = (CYTOPLASM*v31v31MDH*(-(v31kminus1*v31kminus2*v31kminus3*v31kminus4*Malcyt[t]*NAD[t]) + v31k1*v31k2*v31k3*v31k4*NADHcyt[t]*OXAcyt[t]))/(v31k1 + v31kminus2 + v31k4*v31kminus1*(v31k3 + v31kminus2) + v31kminus1*v31kminus2*v31kminus3*Malcyt[t] + v31kminus1*(v31k3 + v31kminus2)*v31kminus4*NAD[t] + (v31kminus1 + v31kminus2)*v31kminus3*v31kminus4*Malcyt[t]*NAD[t] + v31k1*v31k4*(v31k3 + v31kminus2)*NADHcyt[t] + v31kminus3*Malcyt[t]*NADHcyt[t] + v31k2*v31k3*v31k4*OXAcyt[t] + v31k2*v31k3*v31kminus4*NAD[t]*OXAcyt[t] + v31k2*v31kminus3*v31kminus4*Malcyt[t]*NAD[t]*OXAcyt[t] + v31k1*v31k2*(v31k3 + v31k4)*NADHcyt[t]*OXAcyt[t] + v31k1*v31k2*v31kminus3*Malcyt[t]*NADHcyt[t]*OXAcyt[t])
v32 = (CYTOPLASM*v32KcF*v32KcR*v32v32AspTA*(Aspcyt[t]*OGcyt[t] - (Glucyt[t]*OXAcyt[t])/v32Keq))/(v32KcR*v32KmS2*Aspcyt[t] + (v32KcF*v32KmP1*Glucyt[t])/v32Keq + v32KcR*v32KmS1*OGcyt[t] + v32KcR*Aspcyt[t]*OGcyt[t] + (v32KcR*v32KmS1*Glucyt[t]*OGcyt[t])/v32KiP2 + (v32KcF*v32KmP2*OXAcyt[t])/v32Keq + (v32KcF*v32KmP2*Aspcyt[t]*OXAcyt[t])/(v32Keq*v32KiS1) + (v32KcF*Glucyt[t]*OXAcyt[t])/v32Keq)
v33 = (MATRIX*v33v33CIC*((v33KcF*Citcyt[t]*Mal[t])/(v33alpha*v33KiS1*v33KiS2) - (v33KcR*Cit[t]*Malcyt[t])/(v33beta*v33KiP1*v33KiP2)))/(1 + Cit[t]/v33KiP2 + Citcyt[t]/v33KiS1 + Mal[t]/v33KiS2 + (Cit[t]*Mal[t])/(v33gamma*v33KiP2*v33KiS2) + (Citcyt[t]*Mal[t])/(v33alpha*v33KiS1*v33KiS2) + Malcyt[t]/v33KiP1 + (Cit[t]*Malcyt[t])/(v33beta*v33KiP1*v33KiP2) + (Citcyt[t]*Malcyt[t])/(v33delta*v33KiP1*v33KiS1))
v34 = (MATRIX*v34KcF*v34KcR*v34v34ETFQO*(ETFred[t]*Q[t] - (ETFox[t]*QH2[t])/v34Keq))/((v34KcF*v34KmP2*ETFox[t])/v34Keq + v34KcR*v34KmS2*ETFred[t] + (v34KcF*v34KmP2*ETFox[t]*ETFred[t])/(v34Keq*v34KiS1) + v34KcR*v34KmS1*Q[t] + v34KcR*ETFred[t]*Q[t] + (v34KcF*v34KmP1*QH2[t])/v34Keq + (v34KcF*ETFox[t]*QH2[t])/v34Keq + (v34KcR*v34KmS1*Q[t]*QH2[t])/v34KiP2)
v35 = (MATRIX*v35KcF*v35KcR*v35v35ACD*(-((ETFred[t]*FAD[t])/v35Keq) + ETFox[t]*FADH2[t]))/(v35KcR*v35KiS1*v35KmS2 + v35KcR*v35KmS1*ETFox[t] + (v35KcF*v35KmP2*ETFred[t])/v35Keq + (v35KcF*v35KmP1*FAD[t])/v35Keq + (v35KcR*v35KmS1*ETFox[t]*FAD[t])/v35KiP2 + (v35KcF*ETFred[t]*FAD[t])/v35Keq + (v35KcF*ETFox[t]*ETFred[t]*FAD[t])/(v35Keq*v35KiS2) + v35KcR*v35KmS2*FADH2[t] + v35KcR*ETFox[t]*FADH2[t] + (v35KcF*v35KmP2*ETFred[t]*FADH2[t])/(v35Keq*v35KiS1) + (v35KcR*ETFox[t]*ETFred[t]*FADH2[t])/v35KiP1)
v36 = (MATRIX*v36KcF*v36KcR*v36v36PC*(-((Pi*ADP[t]*OXA[t])/v36Keq) + ATP[t]*CO2[t]*Pyr[t]))/((Pi*v36KcF*v36KmR*ADP[t])/v36Keq + v36KcR*v36KmC*ATP[t]*CO2[t] + (Pi*v36KcF*v36KmQ*OXA[t])/v36Keq + (v36KcF*v36Kip*v36KmQ*OXA[t])/v36Keq + (Pi*v36KcF*ADP[t]*OXA[t])/v36Keq + (v36KcF*v36KmP*ADP[t]*OXA[t])/v36Keq + (v36KcF*v36KmP*ATP[t]*OXA[t])/v36Keq + (v36KcF*v36Kiq*v36KmP*CO2[t]*OXA[t])/(v36Keq*v36Kib) + (Pi*v36KcF*v36KmQ*CO2[t]*OXA[t])/(v36Keq*v36Kib) + (v36KcF*v36KmP*ADP[t]*CO2[t]*OXA[t])/(v36Keq*v36Kib) + (v36KcR*v36KmA*ATP[t]*CO2[t]*OXA[t])/v36Kir + v36KcR*v36Kia*v36KmB*Pyr[t] + (Pi*v36KcR*v36Kia*v36KmB*Pyr[t])/v36Kip + v36KcR*v36KmB*ADP[t]*Pyr[t] + (Pi*v36KcF*v36KmR*ADP[t]*Pyr[t])/(v36Keq*v36Kic) + v36KcR*v36KmB*ATP[t]*Pyr[t] + v36KcR*v36KmA*CO2[t]*Pyr[t] + (Pi*v36KcR*v36KmA*CO2[t]*Pyr[t])/v36Kip + (v36KcR*v36KmA*ADP[t]*CO2[t]*Pyr[t])/v36Kiq + v36KcR*ATP[t]*CO2[t]*Pyr[t])
v37 = (CYTOPLASM*v37V*v37v37GUT2P*G3P[t])/(v37K + G3P[t])
v38 = (CYTOPLASM*v38V*v38v38GUT2P*NADHcyt[t])/(v38K + NADHcyt[t])
v39 = (CYTOPLASM*v39Kcat*v39v39MDH*Malcyt[t]*NADPcyt[t])/((v39Kmal + Malcyt[t])*(v39Knadp + NADPcyt[t]))
v4 = (CYTOPLASM*v4V4*GAP[t]*NAD[t])/((v4K4GAP + GAP[t])*(v4K4NAD + NAD[t]))
v40 = (MATRIX*v40V*v40v40AAC*ADPcyt[t])/(v40K + ADPcyt[t])
v41 = CYTOPLASM*v41v41IDHc*((IsoCitcyt[t]*NADPcyt[t])/(v41phi12 + v41phi2*IsoCitcyt[t] + v41phi1*NADPcyt[t] + v41phi0*IsoCitcyt[t]*NADPcyt[t]) - (CO2[t]*NADPHcyt[t]*OGcyt[t])/(v41phir123 + v41phir12*CO2[t] + v41phir13*NADPHcyt[t] + v41phir1*CO2[t]*NADPHcyt[t] + v41phir23*OGcyt[t] + v41phir2*CO2[t]*OGcyt[t] + v41phir3*NADPHcyt[t]*OGcyt[t] + v41phir0*CO2[t]*NADPHcyt[t]*OGcyt[t]))
v42 = (MATRIX*v42v42CIC*((v42KcF*IsoCitcyt[t]*Mal[t])/(v42alpha*v42KiS1*v42KiS2) - (v42KcR*IsoCit[t]*Malcyt[t])/(v42beta*v42KiP1*v42KiP2)))/(1 + IsoCit[t]/v42KiP2 + IsoCitcyt[t]/v42KiS1 + Mal[t]/v42KiS2 + (IsoCit[t]*Mal[t])/(v42gamma*v42KiP2*v42KiS2) + (IsoCitcyt[t]*Mal[t])/(v42alpha*v42KiS1*v42KiS2) + Malcyt[t]/v42KiP1 + (IsoCit[t]*Malcyt[t])/(v42beta*v42KiP1*v42KiP2) + (IsoCitcyt[t]*Malcyt[t])/(v42delta*v42KiP1*v42KiS1))
v43 = (MATRIX*v43V*v43v43AAC*ATP[t])/(v43K + ATP[t])
v44 = (MATRIX*v44Kcat*v44v44MDH*Mal[t])/(v44Km + Mal[t])
v5 = CYTOPLASM*(v5k5f*ADPcyt[t]*DPG[t] - v5k5b*ATPcyt[t]*PEP[t])
v6 = (CYTOPLASM*v6V6*ADPcyt[t]*PEP[t])/((v6K6ADP + ADPcyt[t])*(v6K6PEP + PEP[t]))
v7 = CYTOPLASM*(-(v7k8b*LAC[t]*NAD[t]) + v7k8f*NADHcyt[t]*PYRcyt[t])
v8 = (MATRIX*v8V*v8v8PYC*PYRcyt[t])/(v8K + PYRcyt[t])
v9 = (MATRIX*v9KcF*v9v9PDC*CoA[t]*NADp[t]*Pyr[t])/((v9Kib*v9Kic*v9KmA*v9KmP*AcetylCoA[t]*NADH[t])/(v9Kip*v9Kiq*v9KmR) + v9KmA*CoA[t]*NADp[t] + v9KmC*CoA[t]*Pyr[t] + (v9Kib*v9Kic*v9KmA*v9KmP*AcetylCoA[t]*NADH[t]*Pyr[t])/(v9Kia*v9Kip*v9Kiq*v9KmR) + (v9KmC*CoA[t]*NADH[t]*Pyr[t])/v9Kir + v9KmB*NADp[t]*Pyr[t] + (v9KmB*AcetylCoA[t]*NADp[t]*Pyr[t])/v9Kiq + CoA[t]*NADp[t]*Pyr[t])
end rate equations

begin parameters
flow = 0.011
v24KmS1 = "9.2e-06"
GLCflowGlcF = 64.941
v1V1 = 0.0005
v1K1GLC = 0.0001
v1K1ATP = "6.3e-05"
v2V2 = 0.0015
v2K2 = "1.6e-09"
v2k2 = 0.017
v2K2ATP = "1e-05"
v3k3f = 1.0
v3k3b = 0.05
v4V4 = 0.01
v4K4GAP = 0.001
v4K4NAD = 0.001
v5k5f = 1000.0
v5k5b = 500.0
v6V6 = 0.01
v6K6PEP = 0.0002
v6K6ADP = 0.0003
v7k8f = 1000.0
v7k8b = 0.143
hidden1k9f = 10000.0
hidden1k9b = 10000.0
v8V = "1e-08"
v8K = "1.5e-07"
v8v8PYC = 0.00033211
v9KmA = "2.5e-05"
v9KmB = "1.3e-05"
v9KmC = "5e-05"
v9KmP = "5.9e-07"
v9KmR = "6.9e-07"
v9Kia = 0.00055
v9Kib = 0.0003
v9Kic = 0.00018
v9Kip = "6e-05"
v9Kiq = "3.5e-05"
v9Kir = "3.6e-05"
v9KcF = 856.0
v9v9PDC = "3.8617e-07"
v10V = 0.005267
v10Ka = "1.18e-05"
v10Kb = "4.8e-06"
v10Kia = "1e-05"
v10Kib = "4e-06"
v10v10CS = "3.8617e-07"
v11Ks = 0.0005
v11Kp = 0.00011
v11KcF = 20.47
v11KcR = 31.44
v11v11ACO = "3.8617e-07"
v12KcF = 105.0
v12b = 29.6
v12c = 0.00023
v12d = "7.8e-05"
v12e = 0.00064
v12f = 0.00036
v12v12IDHa = "3.8617e-07"
v14KmA = 0.00022
v14KmB = "2.5e-05"
v14KmC = "5e-05"
v14KmP = 0.0003
v14KmR = 0.0006
v14Kia = 0.00072
v14Kib = 0.00074
v14Kic = 0.0001
v14Kip = "1.1e-06"
v14Kiq = "8.1e-05"
v14Kir = "2.5e-05"
v14KcF = 177.0
v14v14OGDC = "3.8617e-07"
v15KmA = "5e-06"
v15KmB = "3.5e-05"
v15KmC = 0.00045
v15KmP = 0.0006
v15KmQ = "7.5e-06"
v15KmC2 = 0.00045
v15KmP2 = 0.0006
v15Keq = 8.375
v15Kia = 0.0004
v15Kib = "2e-05"
v15Kic = "3e-05"
v15Kip = 0.07
v15Kiq = "5e-06"
v15Kir = "6.7e-06"
v15Kc1 = 100.0
v15Kc2 = 100.0
v15v15SCS = "3.8617e-07"
v16KmS1 = "3e-05"
v16KmS2 = "6.9e-05"
v16KmP1 = "3e-07"
v16KmP2 = "1.5e-06"
v16KiS1 = "4.1e-06"
v16KiP2 = "5.6e-06"
v16Keq = 0.037
v16KcF = 69.3
v16KcR = 1.73
v16v16SDH = "9.9211e-05"
v17Kp = "2.5e-05"
v17Ks = "5e-06"
v17KcF = 800.0
v17KcR = 900.0
v17v17FM = "3.8617e-07"
v18KmS1 = "7.2e-05"
v18KmS2 = 0.00011
v18KmP1 = 0.0016
v18KmP2 = 0.00017
v18KiS1 = "1.1e-05"
v18KiS2 = 0.0001
v18KiP1 = 0.0071
v18KiP2 = 0.0019
v18KcF = 0.39
v18KcR = 0.04
v18v18MDH = "3.8617e-07"
v20KmS1 = 0.002
v20KmS2 = 0.0004
v20KmP1 = 0.032
v20KmP2 = 0.0004
v20KiS1 = 0.0087
v20KiP2 = 0.012
v20Keq = 0.69
v20KcF = 337.0
v20KcR = 0.15
v20v20AlaTA = "3.8617e-07"
v21KmS1 = 0.0009
v21KmS2 = 0.0001
v21KmP1 = "4e-05"
v21KmP2 = 0.004
v21KiS1 = 0.002
v21KiP2 = 0.0083
v21Keq = 6.2
v21KcF = 300.0
v21KcR = 1000.0
v21v21AspTA = "3.8617e-07"
v22KiS1 = "8e-05"
v22KiS2 = 0.0032
v22KiP1 = 0.00018
v22KiP2 = 0.0028
v22KcF = 10.0
v22KcR = 10.0
v22alpha = 1.0
v22beta = 1.0
v22gamma = 1.0
v22delta = 1.0
v22v22AGC = 0.00033211
v24KmS2 = 0.00026
v24KmP1 = "9.9e-06"
v24KmP2 = "5.9e-05"
v24KiS1 = "2.1e-08"
v24KiP2 = "9.8e-08"
v24Keq = 407.9
v24KcF = 498.0
v24KcR = 229.0
v24v24ComplexI = 0.00033211
v25KmA = "2.8e-05"
v25KmB = "3e-06"
v25Kb1 = "5.4e-06"
v25Kb2 = "5.7e-06"
v25Kq1 = "2.8e-06"
v25Kq2 = "1.9e-06"
v25k8 = 622.1
v25KcF = 426.8
v25v25ComplexIII = "9.963e-09"
v26Ks = 0.00011
v26KcF = 0.000935
v26v26ComplexIV = 0.002325
v27V = 0.004833
v27Ka = "5e-06"
v27Kb = "4.5e-06"
v27Kc = "3.9e-05"
v27Kia = "5e-06"
v27Kib = "4.5e-06"
v27Kid = 0.0043
v27Keq = 18000000.0
v27v10CS = "3.8617e-07"
v28V = 0.075
v28Km = 0.0045
v28Ki = 0.047
v28v28ComplexV = 0.0033211
v29Ks = 0.0005
v29Kp = 0.00011
v29KcF = 20.47
v29KcR = 31.44
v29v29ACO = "3.8617e-07"
v30KiS1 = 0.0003
v30KiS2 = 0.0007
v30KiP1 = 0.0014
v30KiP2 = 0.00017
v30KcF = 3.675
v30KcR = 4.83
v30alpha = 1.0
v30beta = 1.0
v30gamma = 1.0
v30delta = 1.0
v30v30OGC = 0.00033211
v31k1 = 34000000.0
v31k2 = 35000000.0
v31k3 = 4650.0
v31k4 = 214.0
v31kminus1 = 26.0
v31kminus2 = 1400.0
v31kminus3 = 570000.0
v31kminus4 = 260000.0
v31v31MDH = "3.8617e-07"
v32KmS1 = 0.0009
v32KmS2 = 0.0001
v32KmP1 = "4e-05"
v32KmP2 = 0.004
v32KiS1 = 0.002
v32KiP2 = 0.0083
v32Keq = 6.2
v32KcF = 300.0
v32KcR = 1000.0
v32v32AspTA = "3.8617e-07"
v33KiS1 = 0.00013
v33KiS2 = 0.00044
v33KiP1 = 0.00033
v33KiP2 = "4.18e-05"
v33KcF = 5.6
v33KcR = 3.5
v33alpha = 1.0
v33beta = 1.0
v33gamma = 1.0
v33delta = 1.0
v33v33CIC = 0.00033211
v34KmS1 = "3.1e-07"
v34KmS2 = "3.9e-07"
v34KmP1 = "3.2e-07"
v34KmP2 = "4.2e-09"
v34KiS1 = "3.1e-07"
v34KiP2 = "3e-07"
v34Keq = 0.66
v34KcF = 78.0
v34KcR = 101.0
v34v34ETFQO = "3.3211e-05"
v35KmS1 = "3.9e-05"
v35KmS2 = "1.2e-07"
v35KmP1 = "1.08e-06"
v35KmP2 = "2.42e-05"
v35KiS1 = "7.6e-05"
v35KiS2 = "2.4e-07"
v35KiP1 = "7.53e-05"
v35KiP2 = "1.19e-05"
v35Keq = 8.99
v35KcF = 2.18
v35KcR = 0.3
v35v35ACD = "3.3211e-05"
v36KmA = 0.00011
v36KmB = 0.00163
v36KmC = 0.00037
v36KmP = 0.016
v36KmQ = 0.00024
v36KmR = "5.1e-05"
v36Keq = 9.0
v36Kia = 0.00015
v36Kib = 0.0016
v36Kic = 0.00013
v36Kip = 0.0079
v36Kiq = 0.00019
v36Kir = 0.00024
v36KcF = 200.0
v36KcR = 20.0
v36v36PC = "3.8617e-07"
v37K = "3.4e-05"
v37V = "3.99e-08"
v37v37GUT2P = 0.001
v38K = 34.0
v38V = 0.0399
v38v38GUT2P = 0.001
v40V = 0.1667
v40K = 0.012
v40v40AAC = 0.00033211
v41phi0 = 0.051
v41phi1 = "9.5e-08"
v41phi2 = "9.6e-07"
v41phi12 = "9e-08"
v41phir0 = 0.066
v41phir1 = "3.7e-07"
v41phir2 = "2.9e-05"
v41phir3 = 0.00025
v41phir12 = "6e-12"
v41phir13 = "1.3e-10"
v41phir23 = "9.4e-08"
v41phir123 = "4.6e-14"
v41v41IDHc = "3.8617e-07"
v42KiS1 = 0.00013
v42KiS2 = 0.00044
v42KiP1 = 0.00033
v42KiP2 = "4.18e-05"
v42KcF = 5.6
v42KcR = 3.5
v42alpha = 1.0
v42beta = 1.0
v42gamma = 1.0
v42delta = 1.0
v42v42CIC = 0.00033211
v43V = 1.11667
v43K = 0.005
v43v43AAC = 0.00033211
v39Kcat = 0.333
v39Kmal = 0.000125
v39Knadp = 0.011
v39v39MDH = "3.8617e-07"
v44Kcat = 130.5
v44Km = 0.01295
v44v44MDH = "3.8617e-07"
CYTOPLASM = 1.0
MATRIX = 1.0
MTIM = 1.0
MTIMS = 1.0
end parameters

begin initial conditions
ADP[0] = ADPi
ADPcyt[0] = ADPcyti
AMP[0] = AMPi
ATP[0] = ATPi
ATPcyt[0] = ATPcyti
AcetylCoA[0] = AcetylCoAi
AcetylCoAcyt[0] = AcetylCoAcyti
Ala[0] = Alai
Asp[0] = Aspi
Aspcyt[0] = Aspcyti
CO2[0] = CO2i
Cit[0] = Citi
Citcyt[0] = Citcyti
CoA[0] = CoAi
CoAcyt[0] = CoAcyti
Cytc2p[0] = Cytc2pi
Cytc3p[0] = Cytc3pi
DHAP[0] = DHAPi
DPG[0] = DPGi
ETFox[0] = ETFoxi
ETFred[0] = ETFredi
F6P[0] = F6Pi
FAD[0] = FADi
FADH2[0] = FADH2i
FBP[0] = FBPi
Fum[0] = Fumi
G3P[0] = G3Pi
GAP[0] = GAPi
GDP[0] = GDPi
GLC[0] = GLCi
GTP[0] = GTPi
Glu[0] = Glui
Glucyt[0] = Glucyti
H2O[0] = H2Oi
IsoCit[0] = IsoCiti
IsoCitcyt[0] = IsoCitcyti
LAC[0] = LACi
Mal[0] = Mali
Malcyt[0] = Malcyti
NAD[0] = NADi
NADH[0] = NADHi
NADHcyt[0] = NADHcyti
NADPH[0] = NADPHi
NADPHcyt[0] = NADPHcyti
NADPcyt[0] = NADPcyti
NADPp[0] = NADPpi
NADp[0] = NADpi
OG[0] = OGi
OGcyt[0] = OGcyti
OXA[0] = OXAi
OXAcyt[0] = OXAcyti
PEP[0] = PEPi
PYRcyt[0] = PYRcyti
Pi[0] = Pii
Pyr[0] = Pyri
Q[0] = Qi
QH2[0] = QH2i
SCoA[0] = SCoAi
Suc[0] = Suci
end initial conditions

begin initial values
ADPi = 0.00045
ADPcyti = 0.000108367
AMPi = 2.61149e-06
ATPi = 0.0045
ATPcyti = 0.00449064
AcetylCoAi = 3e-05
AcetylCoAcyti = 3e-05
Alai = 0.00344
Aspi = 0.00114
Aspcyti = 0.00114
CO2i = 0.00163
Citi = 0.00042
Citcyti = 0.00042
CoAi = 0.000272
CoAcyti = 0.000272
Cytc2pi = 0.00011
Cytc3pi = 0.003
DHAPi = 0.0076925
DPGi = 0.000299109
ETFoxi = 0.00032
ETFredi = 0.00031
F6Pi = 0.00065939
FADi = 0.00101
FADH2i = 7.2e-05
FBPi = 7.70135e-06
Fumi = 6.5e-05
G3Pi = 0.0076925
GAPi = 1.90919e-06
GDPi = 0.00045
GLCi = 1.12817e-05
GTPi = 0.0045
Glui = 0.00303
Glucyti = 0.00303
H2Oi = 0.001
IsoCiti = 0.00042
IsoCitcyti = 0.00042
LACi = 0.00033981
Mali = 0.0005
Malcyti = 0.0005
NADi = 0.00362057
NADHi = 0.00072
NADHcyti = 0.000616118
NADPHi = 7.2e-05
NADPHcyti = 0.000616118
NADPcyti = 0.00362057
NADPpi = 0.0101
NADpi = 0.0101
OGi = 2.1e-05
OGcyti = 2.1e-05
OXAi = 4e-06
OXAcyti = 4e-06
PEPi = 2.1125e-06
PYRcyti = 4.22702e-06
Pii = 0.004
Pyri = 0.001025
Qi = 0.026
QH2i = 0.028
SCoAi = 0.0002941
Suci = 0.00295
end initial values

begin assignment rules
end assignment rules

begin function definitions
end function definitions

begin events
end events

begin process annotations
v1 http://identifiers.org/ec-code/2.7.1.2
v10 http://identifiers.org/ec-code/2.3.3.3
v10 http://identifiers.org/ec-code/2.3.3.1
v11 http://identifiers.org/ec-code/4.2.1.3
v12 http://identifiers.org/ec-code/1.1.1.41
v14 http://identifiers.org/ec-code/1.2.4.2
v15 http://identifiers.org/ec-code/6.2.1.4
v16 http://identifiers.org/ec-code/1.3.5.1
v17 http://identifiers.org/ec-code/4.2.1.2
v18 http://identifiers.org/ec-code/1.1.1.37
v2 http://identifiers.org/ec-code/2.7.1.11
v20 http://identifiers.org/ec-code/2.6.1.2
v21 http://identifiers.org/ec-code/2.6.1.1
v24 http://identifiers.org/ec-code/2.7.4.6
v25 http://identifiers.org/ec-code/1.10.2.2
v26 http://identifiers.org/ec-code/1.9.3.1
v27 http://identifiers.org/ec-code/2.3.3.3
v27 http://identifiers.org/ec-code/2.3.3.1
v28 http://identifiers.org/ec-code/3.6.1.3
v28 http://identifiers.org/ec-code/3.6.1.5
v29 http://identifiers.org/ec-code/4.2.1.3
v3 http://identifiers.org/ec-code/4.1.2.13
v31 http://identifiers.org/ec-code/1.1.1.37
v32 http://identifiers.org/ec-code/2.6.1.1
v34 http://identifiers.org/ec-code/1.5.5.1
v35 http://identifiers.org/ec-code/1.8.1.7
v36 http://identifiers.org/ec-code/6.4.1.1
v37 http://identifiers.org/ec-code/1.1.99.5
v38 http://identifiers.org/ec-code/1.1.1.8
v39 http://identifiers.org/ec-code/1.1.1.40
v4 http://identifiers.org/ec-code/1.2.1.12
v41 http://identifiers.org/ec-code/1.1.1.42
v44 http://identifiers.org/ec-code/1.1.1.40
v5 http://identifiers.org/ec-code/5.4.2.4
v5 http://identifiers.org/ec-code/5.4.2.1
v6 http://identifiers.org/ec-code/2.7.1.40
v7 http://identifiers.org/ec-code/1.1.1.27
v9 http://identifiers.org/ec-code/1.2.4.1
end process annotations

begin species annotations
ADP http://identifiers.org/kegg.compound/C0008
ADP_cyt http://identifiers.org/kegg.compound/C0008
AMP http://identifiers.org/kegg.compound/C00020
AMP http://identifiers.org/chebi/CHEBI:16027
ATP http://identifiers.org/kegg.compound/C0002
ATP_cyt http://identifiers.org/kegg.compound/C0002
Acetyl_CoA http://identifiers.org/kegg.compound/C00024
Acetyl_CoA http://identifiers.org/chebi/CHEBI:15351
Acetyl_CoA_cyt http://identifiers.org/kegg.compound/C00024
Acetyl_CoA_cyt http://identifiers.org/chebi/CHEBI:15351
Ala http://identifiers.org/kegg.compound/C00041
Ala http://identifiers.org/chebi/CHEBI:16977
Asp http://identifiers.org/kegg.compound/C00049
Asp http://identifiers.org/chebi/CHEBI:17053
Asp_cyt http://identifiers.org/kegg.compound/C00049
Asp_cyt http://identifiers.org/chebi/CHEBI:17053
CO2 http://identifiers.org/kegg.compound/C00011
CO2 http://identifiers.org/chebi/CHEBI:16526
Cit http://identifiers.org/kegg.compound/C00158
Cit http://identifiers.org/chebi/CHEBI:30769
Cit_cyt http://identifiers.org/kegg.compound/C00158
Cit_cyt http://identifiers.org/chebi/CHEBI:30769
CoA http://identifiers.org/kegg.compound/C00010
CoA http://identifiers.org/chebi/CHEBI:15346
CoA_cyt http://identifiers.org/kegg.compound/C00010
CoA_cyt http://identifiers.org/chebi/CHEBI:15346
Cytc2p http://identifiers.org/chebi/CHEBI:15991
Cytc2p http://identifiers.org/kegg.compound/C00125
Cytc3p http://identifiers.org/chebi/CHEBI:16928
Cytc3p http://identifiers.org/kegg.compound/C00126
DHAP http://identifiers.org/kegg.compound/C00111
DHAP http://identifiers.org/chebi/CHEBI:16108
DPG http://identifiers.org/kegg.compound/C00236
DPG http://identifiers.org/chebi/CHEBI:16001
ETFox http://identifiers.org/kegg.compound/C04253
ETFred http://identifiers.org/kegg.compound/C04570
F6P http://identifiers.org/kegg.compound/C00085
F6P http://identifiers.org/chebi/CHEBI:15946
FAD http://identifiers.org/kegg.compound/C00016
FAD http://identifiers.org/chebi/CHEBI:16238
FADH2 http://identifiers.org/kegg.compound/C01352
FADH2 http://identifiers.org/chebi/CHEBI:17877
FBP http://identifiers.org/kegg.compound/C00354
FBP http://identifiers.org/chebi/CHEBI:16905
Fum http://identifiers.org/kegg.compound/C00122
Fum http://identifiers.org/chebi/CHEBI:18012
G3P http://identifiers.org/kegg.compound/C00093
G3P http://identifiers.org/chebi/CHEBI:15978
GAP http://identifiers.org/kegg.compound/C00118
GAP http://identifiers.org/chebi/CHEBI:29052
GDP http://identifiers.org/kegg.compound/C00035
GDP http://identifiers.org/chebi/CHEBI:17552
GLC http://identifiers.org/kegg.compound/C00267
GLC http://identifiers.org/chebi/CHEBI:17925
GTP http://identifiers.org/kegg.compound/C00044
GTP http://identifiers.org/chebi/CHEBI:15996
Glu http://identifiers.org/kegg.compound/C00025
Glu http://identifiers.org/chebi/CHEBI:16015
Glu_cyt http://identifiers.org/kegg.compound/C00025
Glu_cyt http://identifiers.org/chebi/CHEBI:16015
H2O http://identifiers.org/kegg.compound/C00001
H2O http://identifiers.org/chebi/CHEBI:15377
IsoCit http://identifiers.org/kegg.compound/C00311
IsoCit http://identifiers.org/chebi/CHEBI:30887
IsoCitcyt http://identifiers.org/kegg.compound/C00311
IsoCitcyt http://identifiers.org/chebi/CHEBI:30887
LAC http://identifiers.org/kegg.compound/C00186
LAC http://identifiers.org/chebi/CHEBI:422
Mal http://identifiers.org/kegg.compound/C00149
Mal http://identifiers.org/chebi/CHEBI:30797
Mal_cyt http://identifiers.org/kegg.compound/C00149
Mal_cyt http://identifiers.org/chebi/CHEBI:30797
NAD http://identifiers.org/chebi/CHEBI:15846
NAD http://identifiers.org/kegg.compound/C00003
NADH http://identifiers.org/kegg.compound/C00004
NADH http://identifiers.org/chebi/CHEBI:16908
NADH_cyt http://identifiers.org/chebi/CHEBI:16908
NADH_cyt http://identifiers.org/kegg.compound/C00004
NADPH http://identifiers.org/kegg.compound/C00005
NADPH http://identifiers.org/chebi/CHEBI:16474
NADPH_cyt http://identifiers.org/chebi/CHEBI:16474
NADPH_cyt http://identifiers.org/kegg.compound/C00005
NADP_cyt http://identifiers.org/chebi/CHEBI:18009
NADP_cyt http://identifiers.org/kegg.compound/C00006
NADP_p http://identifiers.org/kegg.compound/C00006
NADP_p http://identifiers.org/chebi/CHEBI:18009
NAD_p http://identifiers.org/kegg.compound/C00003
NAD_p http://identifiers.org/chebi/CHEBI:15846
OG http://identifiers.org/kegg.compound/C00026
OG http://identifiers.org/chebi/CHEBI:30915
OG_cyt http://identifiers.org/kegg.compound/C00026
OG_cyt http://identifiers.org/chebi/CHEBI:30915
OXA http://identifiers.org/kegg.compound/C00036
OXA http://identifiers.org/chebi/CHEBI:30744
OXA_cyt http://identifiers.org/kegg.compound/C00036
OXA_cyt http://identifiers.org/chebi/CHEBI:30744
PEP http://identifiers.org/kegg.compound/C00074
PEP http://identifiers.org/chebi/CHEBI:18021
PYR_cyt http://identifiers.org/kegg.compound/C00022
PYR_cyt http://identifiers.org/chebi/CHEBI:32816
Pi http://identifiers.org/kegg.compound/C00009
Pi http://identifiers.org/chebi/CHEBI:18367
Pyr http://identifiers.org/kegg.compound/C00022
Pyr http://identifiers.org/chebi/CHEBI:32816
Q http://identifiers.org/chebi/CHEBI:16389
Q http://identifiers.org/kegg.compound/C00399
QH2 http://identifiers.org/chebi/CHEBI:17976
QH2 http://identifiers.org/kegg.compound/C00390
SCoA http://identifiers.org/kegg.compound/C00091
SCoA http://identifiers.org/chebi/CHEBI:15380
Suc http://identifiers.org/kegg.compound/C00042
Suc http://identifiers.org/chebi/CHEBI:15741
end species annotations

begin units
end units