// Created by libAntimony v2.13.0
function Function_for_EGFR_dephosphorylation(V1, Cell)
  V1/Cell;
end

Function_for_EGFR_dephosphorylation is "Function for EGFR dephosphorylation"

function Function_for_Raf1_dephosphorylation__RafPPtase_modifier(Kcat10a, Km10a, RafPPtase, Cell, pRaf1)
  Kcat10a*RafPPtase*pRaf1/(pRaf1 + Km10a)/Cell;
end

Function_for_Raf1_dephosphorylation__RafPPtase_modifier is "Function for Raf1 dephosphorylation (RafPPtase modifier)"

function Function_for_Raf1_dephosphorylation__pAkt_modifier(Kcat10b, Km10b, Cell, pAkt, pRaf1)
  Kcat10b*pAkt*pRaf1/(pRaf1 + Km10b)/Cell;
end

Function_for_Raf1_dephosphorylation__pAkt_modifier is "Function for Raf1 dephosphorylation (pAkt modifier)"

function Function_for_MEK_phosphorylation__pbRaf_modifier(Kcat11a, Km11a, MEK, Cell, pBRaf)
  Kcat11a*pBRaf*MEK/(MEK + Km11a)/Cell;
end

Function_for_MEK_phosphorylation__pbRaf_modifier is "Function for MEK phosphorylation (pbRaf modifier)"

function Function_for_MEK_phosphorylation__pRaf1__pRKIP_and_RKIP_modifiers(MEK, RKIP, Cell, k11b1, k11b2, pRKIP, pRaf1)
  k11b1*pRaf1*MEK/(1 + ((RKIP - pRKIP)/k11b2)^2)/Cell;
end

Function_for_MEK_phosphorylation__pRaf1__pRKIP_and_RKIP_modifiers is "Function for MEK phosphorylation (pRaf1, pRKIP and RKIP modifiers)"

function Function_for_MEK_dephosphorylation__PP2A_modifer(Kcat12, Km12, PP2A, Cell, pMEK)
  Kcat12*PP2A*pMEK/(pMEK + Km12)/Cell;
end

Function_for_MEK_dephosphorylation__PP2A_modifer is "Function for MEK dephosphorylation (PP2A modifer)"

function Function_for_ERK_phosphorylation__pMEK_modifier(ERK, Kcat13, Km13, Cell, pMEK)
  Kcat13*pMEK*ERK/(ERK + Km13)/Cell;
end

Function_for_ERK_phosphorylation__pMEK_modifier is "Function for ERK phosphorylation (pMEK modifier)"

function Function_for_ERK_dephosphorylation__PP2A_modifer(Kcat14, Km14, PP2A, Cell, pERK)
  Kcat14*PP2A*pERK/(pERK + Km14)/Cell;
end

Function_for_ERK_dephosphorylation__PP2A_modifer is "Function for ERK dephosphorylation (PP2A modifer)"

function Function_for_RKIP_phosphorylation__pERK_modifier(RKIP, Cell, k15a, pERK, pRKIP)
  k15a*pERK*(RKIP - pRKIP)/Cell;
end

Function_for_RKIP_phosphorylation__pERK_modifier is "Function for RKIP phosphorylation (pERK modifier)"

function Function_for_RKIP_dephosphorylation(V15b, Cell, pRKIP)
  V15b*pRKIP/Cell;
end

Function_for_RKIP_dephosphorylation is "Function for RKIP dephosphorylation"

function Function_for_RKIP_degradation(RKIP, Cell, k15c)
  k15c*RKIP/Cell;
end

Function_for_RKIP_degradation is "Function for RKIP degradation"

function Function_for_bRaf_phosphorylation__pRas_modifier(BRaf, Kcat16a, Km16a, Cell, pRas)
  Kcat16a*pRas*BRaf/(BRaf + Km16a)/Cell;
end

Function_for_bRaf_phosphorylation__pRas_modifier is "Function for bRaf phosphorylation (pRas modifier)"

function Function_for_bRaf_phosphorylation__pRap1_modifier(BRaf, Kcat16b, Km16b, Cell, pRap1)
  Kcat16b*pRap1*BRaf/(BRaf + Km16b)/Cell;
end

Function_for_bRaf_phosphorylation__pRap1_modifier is "Function for bRaf phosphorylation (pRap1 modifier)"

function Function_for_P90Rsk_dephosphorylation(Cell, k18a, pP90Rsk)
  k18a*pP90Rsk/Cell;
end

Function_for_P90Rsk_dephosphorylation is "Function for P90Rsk dephosphorylation"

function Function_for_P90Rsk_phosphorylation__pERK_modifier(Kcat18b, Km18b, P90Rsk, Cell, pERK)
  Kcat18b*pERK*P90Rsk/(P90Rsk + Km18b)/Cell;
end

Function_for_P90Rsk_phosphorylation__pERK_modifier is "Function for P90Rsk phosphorylation (pERK modifier)"

function Function_for_PI3K_phosphorylation__boundEGFR_modifier(Kcat19a, Km19a, PI3K, bEGFR, Cell)
  Kcat19a*bEGFR*PI3K/(PI3K + Km19a)/Cell;
end

Function_for_PI3K_phosphorylation__boundEGFR_modifier is "Function for PI3K phosphorylation (boundEGFR modifier)"

function Function_for_PI3K_phosphorylation__pRas_modifier(Kcat19b, Km19b, PI3K, Cell, pRas)
  Kcat19b*pRas*PI3K/(PI3K + Km19b)/Cell;
end

Function_for_PI3K_phosphorylation__pRas_modifier is "Function for PI3K phosphorylation (pRas modifier)"

function Function_for_PI3K_dephosphorylation(Cell, k19c, pPI3K)
  k19c*pPI3K/Cell;
end

Function_for_PI3K_dephosphorylation is "Function for PI3K dephosphorylation"

function Function_for_EGFR_binding(EGF, bEGFR, Cell, fEGFR, k21, k22)
  (k21*EGF*fEGFR - k22*bEGFR)/Cell;
end

Function_for_EGFR_binding is "Function for EGFR binding"

function Function_for_PIP2_phosphorylated_to_PIP3(Kcat20, Km20, PIP2, Cell, pPI3K)
  Kcat20*pPI3K*PIP2/(PIP2 + Km20)/Cell;
end

Function_for_PIP2_phosphorylated_to_PIP3 is "Function for PIP2 phosphorylated to PIP3"

function Function_for_PIP3_dephosphorylated_to_PIP2(Kcat21, Km21, PIP3, PTEN, Cell)
  Kcat21*PTEN*PIP3/(PIP3 + Km21)/Cell;
end

Function_for_PIP3_dephosphorylated_to_PIP2 is "Function for PIP3 dephosphorylated to PIP2"

function Function_for_Akt_phosphorylation__PIP3_modifier(Akt, Kcat22a, Km22a, PIP3, Cell)
  Kcat22a*PIP3*Akt/(Akt + Km22a)/Cell;
end

Function_for_Akt_phosphorylation__PIP3_modifier is "Function for Akt phosphorylation (PIP3 modifier)"

function Function_for_Akt_dephosphorylation(Kcat22b, Km22b, Cell, pAkt)
  Kcat22b*pAkt/(Km22b + pAkt)/Cell;
end

Function_for_Akt_dephosphorylation is "Function for Akt dephosphorylation "

function Function_for_C3G_phosphorylation__boundEGFR_modifier(C3G, Kcat23a, Km23a, bEGFR, Cell)
  Kcat23a*bEGFR*C3G/(C3G + Km23a)/Cell;
end

Function_for_C3G_phosphorylation__boundEGFR_modifier is "Function for C3G phosphorylation (boundEGFR modifier)"

function Function_for_C3G_dephosphorylation(Cell, k23b, pC3G)
  k23b*pC3G/Cell;
end

Function_for_C3G_dephosphorylation is "Function for C3G dephosphorylation"

function Function_for_Rap1_phosphorylation__pC3G_modifier(Kcat24, Km24, Rap1, Cell, pC3G)
  Kcat24*pC3G*Rap1/(Rap1 + Km24)/Cell;
end

Function_for_Rap1_phosphorylation__pC3G_modifier is "Function for Rap1 phosphorylation (pC3G modifier)"

function Function_for_Rap1_dephosphorylation__Rap1_GAP_modifer(Kcat25, Km25, Rap1Gap, Cell, pRap1)
  Kcat25*Rap1Gap*pRap1/(pRap1 + Km25)/Cell;
end

Function_for_Rap1_dephosphorylation__Rap1_GAP_modifer is "Function for Rap1 dephosphorylation (Rap1_GAP modifer)"

function Function_for_PKCD_synthesis(GSK3B, V26a, Cell, k26a)
  V26a/(1 + (GSK3B/k26a)^2.5)/Cell;
end

Function_for_PKCD_synthesis is "Function for PKCD synthesis"

function Function_for_PKCD_degradation(PKCD, Cell, k26b)
  k26b*PKCD/Cell;
end

Function_for_PKCD_degradation is "Function for PKCD degradation"

function Function_for_GSK3b_phosphorylation__pERK_modifier(GSK3B, Kcat27a, Cell, pERK)
  Kcat27a*GSK3B*pERK/Cell;
end

Function_for_GSK3b_phosphorylation__pERK_modifier is "Function for GSK3b phosphorylation (pERK modifier)"

function Function_for_GSK3b_phosphorylation__pAkt_modifier(GSK3B, Kcat27b, Cell, pAkt)
  Kcat27b*GSK3B*pAkt/Cell;
end

Function_for_GSK3b_phosphorylation__pAkt_modifier is "Function for GSK3b phosphorylation (pAkt modifier)"

function Function_for_GSK3b_synthesis(RKIP, Cell, k27c)
  k27c*RKIP/Cell;
end

Function_for_GSK3b_synthesis is "Function for GSK3b synthesis"

function Function_for_GSK3b_dephosphorylation(Kcat27d, Cell, pGSK3B)
  Kcat27d*pGSK3B/Cell;
end

Function_for_GSK3b_dephosphorylation is "Function for GSK3b dephosphorylation"

function Function_for_Dsh_activation(Dshi, W, Cell, k28)
  k28*Dshi*W/Cell;
end

Function_for_Dsh_activation is "Function for Dsh activation"

function Function_for_Dsh_deactivation(Dsha, Cell, k29)
  k29*Dsha/Cell;
end

Function_for_Dsh_deactivation is "Function for Dsh deactivation"

function Function_for_freeEGFR_degradation(Cell, fEGFR, k3)
  k3*fEGFR/Cell;
end

Function_for_freeEGFR_degradation is "Function for freeEGFR degradation"

function Function_for_APC_Axin_GSK3b_complex_disassembly__Dsha_modifier(APCAxinGSK3B, Dsha, Cell, k30)
  k30*Dsha*APCAxinGSK3B/Cell;
end

Function_for_APC_Axin_GSK3b_complex_disassembly__Dsha_modifier is "Function for APC_Axin_GSK3b complex disassembly (Dsha modifier)"

function Function_for_APC_Axin_GSK3b_complex_formation(APCAxin, APCAxinGSK3B, GSK3B, Cell, k311, k312)
  (k311*GSK3B*APCAxin - k312*APCAxinGSK3B)/Cell;
end

Function_for_APC_Axin_GSK3b_complex_formation is "Function for APC_Axin_GSK3b complex formation"

function Function_for_APC_and_Axin_phosphorylation__in_compound(APCAxinGSK3B, Cell, k32a)
  k32a*APCAxinGSK3B/Cell;
end

Function_for_APC_and_Axin_phosphorylation__in_compound is "Function for APC and Axin phosphorylation (in compound)"

function Function_for_APC_and_Axin_dephosphorylation__in_compound(Cell, k32b, pAPCpAxinGSK3B)
  k32b*pAPCpAxinGSK3B/Cell;
end

Function_for_APC_and_Axin_dephosphorylation__in_compound is "Function for APC and Axin dephosphorylation (in compound)"

function APC_Axin_complex_formation(APC, APCAxin, Axin, Cell, k33a1, k33a2)
  (k33a1*Axin*APC - k33a2*APCAxin)/Cell;
end

APC_Axin_complex_formation is "APC_Axin complex formation"

function Function_for_Axin_degradation(Axin, Cell, k33b)
  k33b*Axin/Cell;
end

Function_for_Axin_degradation is "Function for Axin degradation"

function Function_for_Axin_synthesis(BCatenin, TCFBCatenin, Cell, k33c1, k33c2)
  (k33c1 + k33c2*(TCFBCatenin + BCatenin))/Cell;
end

Function_for_Axin_synthesis is "Function for Axin synthesis"

function Function_for_pAPC_pAxin_GSK3b_bCatenin_complex_formation(BCatenin, Cell, k341, k342, pAPCpAxinGSK3B, pAPCpAxinGSK3BBCatenin)
  (k341*pAPCpAxinGSK3B*BCatenin - k342*pAPCpAxinGSK3BBCatenin)/Cell;
end

Function_for_pAPC_pAxin_GSK3b_bCatenin_complex_formation is "Function for pAPC_pAxin_GSK3b_bCatenin complex formation"

function Function_for_bCatenin_phosphorylation__in_compound(Cell, k35, pAPCpAxinGSK3BBCatenin)
  k35*pAPCpAxinGSK3BBCatenin/Cell;
end

Function_for_bCatenin_phosphorylation__in_compound is "Function for bCatenin phosphorylation (in compound)"

function Function_for_pAPC_pAxin_GSK3b_pbCatenin_complex_disassembly(Cell, k36, pAPCpAxinGSK3BpBCatenin)
  k36*pAPCpAxinGSK3BpBCatenin/Cell;
end

Function_for_pAPC_pAxin_GSK3b_pbCatenin_complex_disassembly is "Function for pAPC_pAxin_GSK3b_pbCatenin complex disassembly"

function Function_for_APC_bCatenin_complex_formation(APC, APCBCatenin, BCatenin, Cell, k37a1, k37a2)
  (k37a1*APC*BCatenin - k37a2*APCBCatenin)/Cell;
end

Function_for_APC_bCatenin_complex_formation is "Function for APC_bCatenin complex formation"

function Function_for_bCatenin_synthesis(V37b, Cell)
  V37b/Cell;
end

Function_for_bCatenin_synthesis is "Function for bCatenin synthesis"

function Function_for_bCatenin_degradation(BCatenin, Cell, k37c)
  k37c*BCatenin/Cell;
end

Function_for_bCatenin_degradation is "Function for bCatenin degradation"

function Function_for_bCatenin_TCF_complex_binding(BCatenin, TCF, TCFBCatenin, Cell, k381, k382)
  (k381*BCatenin*TCF - k382*TCFBCatenin)/Cell;
end

Function_for_bCatenin_TCF_complex_binding is "Function for bCatenin_TCF complex binding"

function Function_for_X_synthesis(Km39, TCFBCatenin, Cell, k39)
  k39*TCFBCatenin^2/(Km39^2 + TCFBCatenin^2)/Cell;
end

Function_for_X_synthesis is "Function for X synthesis"

function Function_for_boundEGFR_degradation(bEGFR, Cell, k4)
  k4*bEGFR/Cell;
end

Function_for_boundEGFR_degradation is "Function for boundEGFR degradation"

function Function_for_X_degradation(X, Cell, k40)
  k40*X/Cell;
end

Function_for_X_degradation is "Function for X degradation"

function Function_for_pbCatenin_degradation(Cell, k41, pBCatenin)
  k41*pBCatenin/Cell;
end

Function_for_pbCatenin_degradation is "Function for pbCatenin degradation"

function Function_for_SOS_phosphorylation__PKCD__pERK_and_boundEGFR_modifiers_(PKCD, bEGFR, Cell, k51, k52, k53, k54, pERK)
  (k51*bEGFR + k52 + k53*PKCD)/(1 + pERK/k54)/Cell;
end

Function_for_SOS_phosphorylation__PKCD__pERK_and_boundEGFR_modifiers_ is "Function for SOS phosphorylation (PKCD. pERK and boundEGFR modifiers) "

function Function_for_SOS_dephosphorylation(Cell, k6a, pSOS)
  k6a*pSOS/Cell;
end

Function_for_SOS_dephosphorylation is "Function for SOS dephosphorylation"

function Function_for_SOS_dephosphorylation__pP90Rsk_modifier(Kcat6b, Km6b, Cell, pP90Rsk, pSOS)
  Kcat6b*pP90Rsk*pSOS/(pSOS + Km6b)/Cell;
end

Function_for_SOS_dephosphorylation__pP90Rsk_modifier is "Function for SOS dephosphorylation (pP90Rsk modifier)"

function Function_for_Ras_phosphorylation__pSOS_modifier(Kcat7, Km7, Ras, Cell, pSOS)
  Kcat7*pSOS*Ras/(Ras + Km7)/Cell;
end

Function_for_Ras_phosphorylation__pSOS_modifier is "Function for Ras phosphorylation (pSOS modifier)"

function Function_for_Ras_synthesis(V8a, Cell)
  V8a/Cell;
end

Function_for_Ras_synthesis is "Function for Ras synthesis"

function Function_for_Ras_dephosphorylation__Ras_Gap_modifier(Kcat8b, Km8b, RasGap, Cell, pRas)
  Kcat8b*RasGap*pRas/(pRas + Km8b)/Cell;
end

Function_for_Ras_dephosphorylation__Ras_Gap_modifier is "Function for Ras dephosphorylation (Ras_Gap modifier)"

function Function_for_Raf1_phosphorylation__pRas_modifier(Kcat9a, Km9a, Raf1, Cell, pRas)
  Kcat9a*pRas*Raf1/(Raf1 + Km9a)/Cell;
end

Function_for_Raf1_phosphorylation__pRas_modifier is "Function for Raf1 phosphorylation (pRas modifier)"

function Function_for_Raf1_phosphorylation__X_modifier(Km9b, Raf1, W, X, Cell, k9b)
  k9b*W*X*Raf1/(Km9b + Raf1)/Cell;
end

Function_for_Raf1_phosphorylation__X_modifier is "Function for Raf1 phosphorylation (X modifier)"

function function_for_bRaf_dephosphorylation(Kcat17a, pbRaf, RafPPase, Km17a, volume)
  Kcat17a*pbRaf*RafPPase/(Km17a + pbRaf)/ volume;
end

function_for_bRaf_dephosphorylation is "function for bRaf dephosphorylation "


model *Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal()

  // Compartments and Species:
  compartment Cell;
  species APC in Cell, APCAxin in Cell, APCAxinGSK3B in Cell, APCBCatenin in Cell;
  species Akt in Cell, Axin in Cell, BCatenin in Cell, BRaf in Cell, C3G in Cell;
  species Dsha in Cell, Dshi in Cell, EGF in Cell, ERK in Cell, GSK3B in Cell;
  species MEK in Cell, P90Rsk in Cell, PI3K in Cell, PIP2 in Cell, PIP3 in Cell;
  species PKCD in Cell, PP2A in Cell, PTEN in Cell, RKIP in Cell, Raf1 in Cell;
  species RafPPtase in Cell, Rap1 in Cell, Rap1Gap in Cell, Ras in Cell, RasGap in Cell;
  species SOS in Cell, TCF in Cell, TCFBCatenin in Cell, X in Cell, bEGFR in Cell;
  species fEGFR in Cell, pAPCpAxinGSK3B in Cell, pAPCpAxinGSK3BBCatenin in Cell;
  species pAPCpAxinGSK3BpBCatenin in Cell, pAkt in Cell, pBCatenin in Cell;
  species pBRaf in Cell, pC3G in Cell, $pEGFR in Cell, pERK in Cell, pGSK3B in Cell;
  species pMEK in Cell, pP90Rsk in Cell, pPI3K in Cell, pRKIP in Cell, pRaf1 in Cell;
  species pRap1 in Cell, pRas in Cell, pSOS in Cell, null in Cell;

  // Reactions:
  v1: $pEGFR -> fEGFR; Cell*Function_for_EGFR_dephosphorylation(V1, Cell);
  v10a: RafPPtase + pRaf1 -> RafPPtase + Raf1; Cell*Function_for_Raf1_dephosphorylation__RafPPtase_modifier(Kcat10a, Km10a, RafPPtase, Cell, pRaf1);
  v10b: pAkt + pRaf1 -> pAkt + Raf1; Cell*Function_for_Raf1_dephosphorylation__pAkt_modifier(Kcat10b, Km10b, Cell, pAkt, pRaf1);
  v11a: pBRaf + MEK -> pBRaf + pMEK; Cell*Function_for_MEK_phosphorylation__pbRaf_modifier(Kcat11a, Km11a, MEK, Cell, pBRaf);
  v11b: pRKIP + pRaf1 + MEK -> pRKIP + pRaf1 + pMEK; Cell*Function_for_MEK_phosphorylation__pRaf1__pRKIP_and_RKIP_modifiers(MEK, RKIP, Cell, k11b1, k11b2, pRKIP, pRaf1);
  v12: pMEK + PP2A -> MEK + PP2A; Cell*Function_for_MEK_dephosphorylation__PP2A_modifer(Kcat12, Km12, PP2A, Cell, pMEK);
  v13: pMEK + ERK -> pMEK + pERK; Cell*Function_for_ERK_phosphorylation__pMEK_modifier(ERK, Kcat13, Km13, Cell, pMEK);
  v14: pERK + PP2A -> ERK + PP2A; Cell*Function_for_ERK_dephosphorylation__PP2A_modifer(Kcat14, Km14, PP2A, Cell, pERK);
  v15a: pERK + RKIP -> pERK + pRKIP; Cell*Function_for_RKIP_phosphorylation__pERK_modifier(RKIP, Cell, k15a, pERK, pRKIP);
  v15b: pRKIP -> RKIP; Cell*Function_for_RKIP_dephosphorylation(V15b, Cell, pRKIP);
  v15c: RKIP -> null; Cell*Function_for_RKIP_degradation(RKIP, Cell, k15c);
  v16a: pRas + BRaf -> pRas + pBRaf; Cell*Function_for_bRaf_phosphorylation__pRas_modifier(BRaf, Kcat16a, Km16a, Cell, pRas);
  v16b: pRap1 + BRaf -> pRap1 + pBRaf; Cell*Function_for_bRaf_phosphorylation__pRap1_modifier(BRaf, Kcat16b, Km16b, Cell, pRap1);
  v18a: pP90Rsk -> P90Rsk; Cell*Function_for_P90Rsk_dephosphorylation(Cell, k18a, pP90Rsk);
  v18b: pERK + P90Rsk -> pERK + pP90Rsk; Cell*Function_for_P90Rsk_phosphorylation__pERK_modifier(Kcat18b, Km18b, P90Rsk, Cell, pERK);
  v19a: bEGFR + PI3K -> bEGFR + pPI3K; Cell*Function_for_PI3K_phosphorylation__boundEGFR_modifier(Kcat19a, Km19a, PI3K, bEGFR, Cell);
  v19b: PI3K -> pPI3K; Cell*Function_for_PI3K_phosphorylation__pRas_modifier(Kcat19b, Km19b, PI3K, Cell, pRas);
  v19c: pPI3K -> PI3K; Cell*Function_for_PI3K_dephosphorylation(Cell, k19c, pPI3K);
  v2: fEGFR + EGF -> bEGFR; Cell*Function_for_EGFR_binding(EGF, bEGFR, Cell, fEGFR, k21, k22);
  v20: pPI3K + PIP2 -> pPI3K + PIP3; Cell*Function_for_PIP2_phosphorylated_to_PIP3(Kcat20, Km20, PIP2, Cell, pPI3K);
  v21: PTEN + PIP3 -> PTEN + PIP2; Cell*Function_for_PIP3_dephosphorylated_to_PIP2(Kcat21, Km21, PIP3, PTEN, Cell);
  v22a: PIP3 + Akt -> PIP3 + pAkt; Cell*Function_for_Akt_phosphorylation__PIP3_modifier(Akt, Kcat22a, Km22a, PIP3, Cell);
  v22b: pAkt -> Akt; Cell*Function_for_Akt_dephosphorylation(Kcat22b, Km22b, Cell, pAkt);
  v23a: bEGFR + C3G -> bEGFR + pC3G; Cell*Function_for_C3G_phosphorylation__boundEGFR_modifier(C3G, Kcat23a, Km23a, bEGFR, Cell);
  v23b: pC3G -> C3G; Cell*Function_for_C3G_dephosphorylation(Cell, k23b, pC3G);
  v24: pC3G + Rap1 -> pC3G + pRap1; Cell*Function_for_Rap1_phosphorylation__pC3G_modifier(Kcat24, Km24, Rap1, Cell, pC3G);
  v25: Rap1Gap + pRap1 -> Rap1Gap + Rap1; Cell*Function_for_Rap1_dephosphorylation__Rap1_GAP_modifer(Kcat25, Km25, Rap1Gap, Cell, pRap1);
  v26a: GSK3B -> GSK3B + PKCD; Cell*Function_for_PKCD_synthesis(GSK3B, V26a, Cell, k26a);
  v26b: PKCD -> null; Cell*Function_for_PKCD_degradation(PKCD, Cell, k26b);
  v27a: pERK + GSK3B -> pERK + pGSK3B; Cell*Function_for_GSK3b_phosphorylation__pERK_modifier(GSK3B, Kcat27a, Cell, pERK);
  v27b: pAkt + GSK3B -> pAkt + pGSK3B; Cell*Function_for_GSK3b_phosphorylation__pAkt_modifier(GSK3B, Kcat27b, Cell, pAkt);
  v27c: RKIP -> RKIP + GSK3B; Cell*Function_for_GSK3b_synthesis(RKIP, Cell, k27c);
  v27d: pGSK3B -> GSK3B; Cell*Function_for_GSK3b_dephosphorylation(Kcat27d, Cell, pGSK3B);
  v28: Dshi -> Dsha; Cell*Function_for_Dsh_activation(Dshi, W, Cell, k28);
  v29: Dsha -> Dshi; Cell*Function_for_Dsh_deactivation(Dsha, Cell, k29);
  v3: fEGFR -> null; Cell*Function_for_freeEGFR_degradation(Cell, fEGFR, k3);
  v30: Dsha + APCAxinGSK3B -> GSK3B + APCAxin + Dsha; Cell*Function_for_APC_Axin_GSK3b_complex_disassembly__Dsha_modifier(APCAxinGSK3B, Dsha, Cell, k30);
  v31: APCAxin + GSK3B -> APCAxinGSK3B; Cell*Function_for_APC_Axin_GSK3b_complex_formation(APCAxin, APCAxinGSK3B, GSK3B, Cell, k311, k312);
  v32a: APCAxinGSK3B -> pAPCpAxinGSK3B; Cell*Function_for_APC_and_Axin_phosphorylation__in_compound(APCAxinGSK3B, Cell, k32a);
  v32b: pAPCpAxinGSK3B -> APCAxinGSK3B; Cell*Function_for_APC_and_Axin_dephosphorylation__in_compound(Cell, k32b, pAPCpAxinGSK3B);
  v33a: APC + Axin -> APCAxin; Cell*APC_Axin_complex_formation(APC, APCAxin, Axin, Cell, k33a1, k33a2);
  v33b: Axin -> null; Cell*Function_for_Axin_degradation(Axin, Cell, k33b);
  v33c: BCatenin + TCFBCatenin -> BCatenin + TCFBCatenin + Axin; Cell*Function_for_Axin_synthesis(BCatenin, TCFBCatenin, Cell, k33c1, k33c2);
  v34: BCatenin + pAPCpAxinGSK3B -> pAPCpAxinGSK3BBCatenin; Cell*Function_for_pAPC_pAxin_GSK3b_bCatenin_complex_formation(BCatenin, Cell, k341, k342, pAPCpAxinGSK3B, pAPCpAxinGSK3BBCatenin);
  v35: pAPCpAxinGSK3BBCatenin -> pAPCpAxinGSK3BpBCatenin; Cell*Function_for_bCatenin_phosphorylation__in_compound(Cell, k35, pAPCpAxinGSK3BBCatenin);
  v36: pAPCpAxinGSK3BpBCatenin -> pBCatenin + pAPCpAxinGSK3B; Cell*Function_for_pAPC_pAxin_GSK3b_pbCatenin_complex_disassembly(Cell, k36, pAPCpAxinGSK3BpBCatenin);
  v37a: BCatenin + APC -> APCBCatenin; Cell*Function_for_APC_bCatenin_complex_formation(APC, APCBCatenin, BCatenin, Cell, k37a1, k37a2);
  v37b: null -> BCatenin; Cell*Function_for_bCatenin_synthesis(V37b, Cell);
  v37c: BCatenin -> null; Cell*Function_for_bCatenin_degradation(BCatenin, Cell, k37c);
  v38: TCF + BCatenin -> TCFBCatenin; Cell*Function_for_bCatenin_TCF_complex_binding(BCatenin, TCF, TCFBCatenin, Cell, k381, k382);
  v39: TCFBCatenin -> X + TCFBCatenin; Cell*Function_for_X_synthesis(Km39, TCFBCatenin, Cell, k39);
  v4: bEGFR -> null; Cell*Function_for_boundEGFR_degradation(bEGFR, Cell, k4);
  v40: X -> null; Cell*Function_for_X_degradation(X, Cell, k40);
  v41: pBCatenin -> null; Cell*Function_for_pbCatenin_degradation(Cell, k41, pBCatenin);
  v5: PKCD + pERK + bEGFR + SOS -> PKCD + pERK + bEGFR + pSOS; Cell*Function_for_SOS_phosphorylation__PKCD__pERK_and_boundEGFR_modifiers_(PKCD, bEGFR, Cell, k51, k52, k53, k54, pERK);
  v6a: pSOS -> SOS; Cell*Function_for_SOS_dephosphorylation(Cell, k6a, pSOS);
  v6b: pP90Rsk + pSOS -> pP90Rsk + SOS; Cell*Function_for_SOS_dephosphorylation__pP90Rsk_modifier(Kcat6b, Km6b, Cell, pP90Rsk, pSOS);
  v7: pSOS + Ras -> pSOS + pRas; Cell*Function_for_Ras_phosphorylation__pSOS_modifier(Kcat7, Km7, Ras, Cell, pSOS);
  v8a: null -> Ras; Cell*Function_for_Ras_synthesis(V8a, Cell);
  v8b: RasGap + pRas -> RasGap + Ras; Cell*Function_for_Ras_dephosphorylation__Ras_Gap_modifier(Kcat8b, Km8b, RasGap, Cell, pRas);
  v9a: pRas + Raf1 -> pRas + pRaf1; Cell*Function_for_Raf1_phosphorylation__pRas_modifier(Kcat9a, Km9a, Raf1, Cell, pRas);
  v9b: X + Raf1 -> X + pRaf1; Cell*Function_for_Raf1_phosphorylation__X_modifier(Km9b, Raf1, W, X, Cell, k9b);
  bRaf_dephosphorylation__RafPPtase_modifier: RafPPtase + pBRaf -> RafPPtase + BRaf; Cell*function_for_bRaf_dephosphorylation(Kcat17a, RafPPtase, pBRaf, Km17a, Cell);
  bRaf_dephosphorylation__pAkt_modifier: pAkt + pBRaf -> pAkt + BRaf; Cell*function_for_bRaf_dephosphorylation(Kcat17b, pBRaf, pAkt, Km17b, Cell);

  // Species initializations:
  APC = 96.602;
  APCAxin = 0.0015;
  APCAxinGSK3B = 0.0076;
  APCBCatenin = 3.4392;
  Akt = 200;
  Axin = 0.0008;
  BCatenin = 42.722;
  BRaf = 200;
  C3G = 500;
  Dsha = 0;
  Dshi = 100;
  EGF = 600;
  ERK = 260;
  GSK3B = 49.137;
  MEK = 680;
  P90Rsk = 60;
  PI3K = 100;
  PIP2 = 700;
  PIP3 = 0;
  PKCD = 0;
  PP2A = 240;
  PTEN = 270;
  RKIP = 20.909;
  Raf1 = 100;
  RafPPtase = 60;
  Rap1 = 200;
  Rap1Gap = 12;
  Ras = 100;
  RasGap = 100;
  SOS = 100;
  TCF = 6.1879;
  TCFBCatenin = 8.8121;
  X = 10.263;
  bEGFR = 0;
  fEGFR = 300;
  pAPCpAxinGSK3B = 0.0153;
  pAPCpAxinGSK3BBCatenin = 0.002;
  pAPCpAxinGSK3BpBCatenin = 0.002;
  pAkt = 0;
  pBCatenin = 0.9881;
  pBRaf = 0;
  pC3G = 0;
  pEGFR = 0.05;
  pERK = 0;
  pGSK3B = 0.85544;
  pMEK = 0;
  pP90Rsk = 0;
  pPI3K = 0;
  pRKIP = 0.8619;
  pRaf1 = 0;
  pRap1 = 0;
  pRas = 0;
  pSOS = 0;
  null = 1;

  // Compartment initializations:
  Cell = 1;

  // Variable initializations:
  Kcat10a = 0.12633;
  Kcat10b = 15.1212;
  Kcat11a = 185.76;
  Kcat12 = 2.8324;
  Kcat13 = 9.8537;
  Kcat14 = 8.8912;
  Kcat16a = 0.8841;
  Kcat16b = 0.8841;
  Kcat17a = 0.12633;
  Kcat17b = 15.1212;
  Kcat18b = 0.02137;
  Kcat19a = 10.6737;
  Kcat19b = 0.07711;
  Kcat20 = 4;
  Kcat21 = 5.5;
  Kcat22a = 0.33;
  Kcat22b = 48.667;
  Kcat23a = 694.73;
  Kcat24 = 32.344;
  Kcat25 = 1509.4;
  Kcat27a = 0.002;
  Kcat27b = 0.04596;
  Kcat27d = 0.01541;
  Kcat6b = 1611.97;
  Kcat7 = 32.644;
  Kcat8b = 1509.36;
  Kcat9a = 0.884096;
  Km10a = 1061.7;
  Km10b = 119355;
  Km11a = 4768400;
  Km12 = 518750;
  Km13 = 1007300;
  Km14 = 3496500;
  Km16a = 62645;
  Km16b = 62464.6;
  Km17a = 1061.71;
  Km17b = 119355;
  Km18b = 763523;
  Km19a = 184912;
  Km19b = 272056;
  Km20 = 4;
  Km21 = 0.08;
  Km22a = 100;
  Km22b = 100;
  Km23a = 6086100;
  Km24 = 35954.3;
  Km25 = 1432400;
  Km39 = 15;
  Km6b = 896896;
  Km7 = 35954.3;
  Km8b = 1432410;
  Km9a = 62464.6;
  Km9b = 15;
  V1 = 100;
  V15b = 4;
  V26a = 0.00154;
  V37b = 0.00705;
  V8a = 0.0717;
  W = 0;
  k11b1 = 1.1167e-05;
  k11b2 = 120;
  k15a = 1.3;
  k15c = 0.00193;
  k18a = 0.005;
  k19c = 0.005;
  k21 = 2.18503e-05;
  k22 = 0.121008;
  k23b = 2.5;
  k26a = 20;
  k26b = 0.000385;
  k27c = 0.00015;
  k28 = 0.003;
  k29 = 0.003;
  k3 = 0.00125;
  k30 = 0.000833;
  k311 = 0.001515;
  k312 = 0.01515;
  k32a = 0.00445;
  k32b = 0.002217;
  k33a1 = 0.01667;
  k33a2 = 0.8333;
  k33b = 0.002783;
  k33c1 = 1.37e-06;
  k33c2 = 1.667e-08;
  k341 = 0.01667;
  k342 = 2;
  k35 = 3.433;
  k36 = 3.433;
  k37a1 = 0.01667;
  k37a2 = 20;
  k37c = 4.283e-06;
  k381 = 0.01667;
  k382 = 0.5;
  k39 = 0.01;
  k4 = 0.2;
  k40 = 0.00025;
  k41 = 0.00695;
  k51 = 0.003465;
  k52 = 3.85e-05;
  k53 = 0.00028833;
  k54 = 1.5;
  k6a = 2.5;
  k9b = 0.025;

  // Other declarations:
  const Cell, Kcat10a, Kcat10b, Kcat11a, Kcat12, Kcat13, Kcat14, Kcat16a;
  const Kcat16b, Kcat17a, Kcat17b, Kcat18b, Kcat19a, Kcat19b, Kcat20, Kcat21;
  const Kcat22a, Kcat22b, Kcat23a, Kcat24, Kcat25, Kcat27a, Kcat27b, Kcat27d;
  const Kcat6b, Kcat7, Kcat8b, Kcat9a, Km10a, Km10b, Km11a, Km12, Km13, Km14;
  const Km16a, Km16b, Km17a, Km17b, Km18b, Km19a, Km19b, Km20, Km21, Km22a;
  const Km22b, Km23a, Km24, Km25, Km39, Km6b, Km7, Km8b, Km9a, Km9b, V1, V15b;
  const V26a, V37b, V8a, W, k11b1, k11b2, k15a, k15c, k18a, k19c, k21, k22;
  const k23b, k26a, k26b, k27c, k28, k29, k3, k30, k311, k312, k32a, k32b;
  const k33a1, k33a2, k33b, k33c1, k33c2, k341, k342, k35, k36, k37a1, k37a2;
  const k37c, k381, k382, k39, k4, k40, k41, k51, k52, k53, k54, k6a, k9b;

  // Display Names:
  APCAxin is "APC_Axin";
  APCAxinGSK3B is "APC_Axin_GSK3b";
  APCBCatenin is "APC_bCatenin";
  BCatenin is "bCatenin";
  BRaf is "bRaf";
  GSK3B is "GSK3b";
  Rap1Gap is "Rap1_Gap";
  RasGap is "Ras_Gap";
  TCFBCatenin is "bCatenin_TCF";
  bEGFR is "boundEGFR";
  fEGFR is "freeEGFR";
  pAPCpAxinGSK3B is "pAPC_pAxin_GSK3b";
  pAPCpAxinGSK3BBCatenin is "pAPC_pAxin_GSK3b_bCatenin";
  pAPCpAxinGSK3BpBCatenin is "pAPC_pAxin_GSK3b_pbCatenin";
  pBCatenin is "pbCatenin";
  pBRaf is "pbRaf";
  pGSK3B is "pGSK3b";
  v1 is "EGFR dephosphorylation";
  v10a is "Raf1 dephosphorylation (RafPPtase modifier)";
  v10b is "Raf1 dephosphorylation (pAkt modifier)";
  v11a is "MEK phosphorylation (pbRaf modifier)";
  v11b is "MEK phosphorylation (pRaf1, pRKIP and RKIP modifiers)";
  v12 is "MEK dephosphorylation (PP2A modifer)";
  v13 is "ERK phosphorylation (pMEK modifier)";
  v14 is "ERK dephosphorylation (PP2A modifer)";
  v15a is "RKIP phosphorylation (pERK modifier)";
  v15b is "RKIP dephosphorylation";
  v15c is "RKIP degradation";
  v16a is "bRaf phosphorylation (pRas modifier)";
  v16b is "bRaf phosphorylation (pRap1 modifier)";
  v18a is "P90Rsk dephosphorylation";
  v18b is "P90Rsk phosphorylation (pERK modifier)";
  v19a is "PI3K phosphorylation (boundEGFR modifier)";
  v19b is "PI3K phosphorylation (pRas modifier)";
  v19c is "PI3K dephosphorylation";
  v2 is "EGFR binding";
  v20 is "PIP2 phosphorylated to PIP3";
  v21 is "PIP3 dephosphorylated to PIP2";
  v22a is "Akt phosphorylation (PIP3 modifier)";
  v22b is "Akt dephosphorylation ";
  v23a is "C3G phosphorylation (boundEGFR modifier)";
  v23b is "C3G dephosphorylation";
  v24 is "Rap1 phosphorylation (pC3G modifier)";
  v25 is "Rap1 dephosphorylation (Rap1_GAP modifer)";
  v26a is "PKCD synthesis";
  v26b is "PKCD degradation";
  v27a is "GSK3b phosphorylation (pERK modifier)";
  v27b is "GSK3b phosphorylation (pAkt modifier)";
  v27c is "GSK3b synthesis";
  v27d is "GSK3b dephosphorylation";
  v28 is "Dsh activation";
  v29 is "Dsh deactivation";
  v3 is "freeEGFR degradation";
  v30 is "APC_Axin_GSK3b complex disassembly (Dsha modifier)";
  v31 is "APC_Axin_GSK3b complex formation";
  v32a is "APC and Axin phosphorylation (in compound)";
  v32b is "APC and Axin dephosphorylation (in compound)";
  v33a is "APC_Axin complex formation";
  v33b is "Axin degradation";
  v33c is "Axin synthesis";
  v34 is "pAPC_pAxin_GSK3b_bCatenin complex formation";
  v35 is "bCatenin phosphorylation (in compond)";
  v36 is "pAPC_pAxin_GSK3b_pbCatenin complex disassembly";
  v37a is "APC_bCatenin complex formation";
  v37b is "bCatenin synthesis";
  v37c is "bCatenin degradation";
  v38 is "bCatenin_TCF complex binding";
  v39 is "X synthesis";
  v4 is "boundEGFR degradation";
  v40 is "X degradation";
  v41 is "pbCatenin degradation";
  v5 is "SOS phosphorylation (PKCD. pERK and boundEGFR modifiers) ";
  v6a is "SOS dephosphorylation";
  v6b is "SOS dephosphorylation (pP90Rsk modifier)";
  v7 is "Ras phosphorylation (pSOS modifier)";
  v8a is "Ras synthesis";
  v8b is "Ras dephosphorylation (Ras_Gap modifier)";
  v9a is "Raf1 phosphorylation (pRas modifier)";
  v9b is "Raf1 phosphorylation (X modifier)";
  bRaf_dephosphorylation__RafPPtase_modifier is "bRaf dephosphorylation (RafPPtase modifier)";
  bRaf_dephosphorylation__pAkt_modifier is "bRaf dephosphorylation (pAkt modifier)";

  // CV terms:
  Cell hypernym "http://identifiers.org/go/GO:0005623"
  APC hypernym "http://identifiers.org/uniprot/P25054"
  APCAxin part "http://identifiers.org/uniprot/P25054",
               "http://identifiers.org/uniprot/O15169"
  APCAxinGSK3B part "http://identifiers.org/uniprot/P49841",
                    "http://identifiers.org/uniprot/P25054",
                    "http://identifiers.org/uniprot/O15169"
  APCBCatenin part "http://identifiers.org/uniprot/P25054",
                   "http://identifiers.org/uniprot/P35222"
  Akt hypernym "http://identifiers.org/uniprot/P31749"
  Axin hypernym "http://identifiers.org/uniprot/O15169"
  BCatenin hypernym "http://identifiers.org/uniprot/P35222"
  BRaf hypernym "http://identifiers.org/uniprot/P15056"
  C3G hypernym "http://identifiers.org/uniprot/Q13905"
  Dsha property "urn:miriam:bao:0002007"
  Dsha hypernym "http://identifiers.org/uniprot/O14640"
  Dshi hypernym "http://identifiers.org/uniprot/O14640"
  EGF hypernym "http://identifiers.org/uniprot/P01133"
  ERK hypernym "http://identifiers.org/uniprot/P27361"
  GSK3B hypernym "http://identifiers.org/uniprot/P49841"
  MEK hypernym "http://identifiers.org/uniprot/Q02750"
  P90Rsk hypernym "http://identifiers.org/uniprot/Q15418"
  PI3K hypernym "urn:miriam:omit:0027264"
  PIP2 hypernym "urn:miriam:chebi:0018348"
  PIP3 hypernym "urn:miriam:chebi:0016618"
  PKCD hypernym "http://identifiers.org/uniprot/Q05655"
  PP2A hypernym "http://identifiers.org/uniprot/P67775"
  PTEN hypernym "http://identifiers.org/uniprot/P60484"
  RKIP hypernym "http://identifiers.org/uniprot/P30086"
  Raf1 hypernym "http://identifiers.org/uniprot/P04049"
  RafPPtase hypernym "http://identifiers.org/uniprot/P67775"
  Rap1 hypernym "http://identifiers.org/uniprot/P62834"
  Rap1Gap hypernym "http://identifiers.org/uniprot/P47736"
  Ras hypernym "http://identifiers.org/uniprot/P01112"
  RasGap hypernym "http://identifiers.org/uniprot/P20936"
  SOS hypernym "http://identifiers.org/uniprot/Q07889"
  TCF hypernym "http://identifiers.org/uniprot/Q9UJU2"
  TCFBCatenin part "http://identifiers.org/uniprot/P35222",
                   "http://identifiers.org/uniprot/Q9UJU2"
  bEGFR part "http://identifiers.org/uniprot/P01133",
             "http://identifiers.org/uniprot/P00533"
  fEGFR hypernym "http://identifiers.org/uniprot/P00533"
  pAPCpAxinGSK3B property "urn:miriam:bao:0002007"
  pAPCpAxinGSK3B part "http://identifiers.org/uniprot/P49841",
                      "http://identifiers.org/uniprot/O15169",
                      "http://identifiers.org/uniprot/P25054"
  pAPCpAxinGSK3BBCatenin property "urn:miriam:bao:0002007"
  pAPCpAxinGSK3BBCatenin part "http://identifiers.org/uniprot/P25054",
                              "http://identifiers.org/uniprot/P49841",
                              "http://identifiers.org/uniprot/P35222",
                              "http://identifiers.org/uniprot/O15169"
  pAPCpAxinGSK3BpBCatenin property "urn:miriam:bao:0002007"
  pAPCpAxinGSK3BpBCatenin part "http://identifiers.org/uniprot/P25054",
                               "http://identifiers.org/uniprot/P49841",
                               "http://identifiers.org/uniprot/O15169",
                               "http://identifiers.org/uniprot/P35222"
  pAkt property "urn:miriam:bao:0002007"
  pAkt hypernym "http://identifiers.org/uniprot/P31749"
  pBCatenin property "urn:miriam:bao:0002007"
  pBCatenin hypernym "http://identifiers.org/uniprot/P35222"
  pBRaf property "urn:miriam:bao:0002007"
  pBRaf hypernym "http://identifiers.org/uniprot/P15056"
  pC3G property "urn:miriam:bao:0002007"
  pC3G hypernym "http://identifiers.org/uniprot/P01024"
  pEGFR property "urn:miriam:bao:0002007"
  pEGFR hypernym "http://identifiers.org/uniprot/P00533"
  pERK property "urn:miriam:bao:0002007"
  pERK hypernym "http://identifiers.org/uniprot/P28482"
  pGSK3B property "urn:miriam:bao:0002007"
  pGSK3B hypernym "http://identifiers.org/uniprot/P49841"
  pMEK property "urn:miriam:bao:0002007"
  pMEK hypernym "http://identifiers.org/uniprot/Q02750"
  pP90Rsk property "urn:miriam:bao:0002007"
  pP90Rsk hypernym "http://identifiers.org/uniprot/Q15418"
  pPI3K property "urn:miriam:bao:0002007"
  pPI3K hypernym "urn:miriam:omit:0027264"
  pRKIP property "urn:miriam:bao:0002007"
  pRKIP hypernym "http://identifiers.org/uniprot/P30086"
  pRaf1 property "urn:miriam:bao:0002007"
  pRaf1 hypernym "http://identifiers.org/uniprot/P04049"
  pRap1 property "urn:miriam:bao:0002007"
  pRap1 hypernym "http://identifiers.org/uniprot/P62834"
  pRas property "urn:miriam:bao:0002007"
  pRas hypernym "http://identifiers.org/uniprot/P62070"
  pSOS property "urn:miriam:bao:0002007"
  pSOS hypernym "http://identifiers.org/uniprot/Q07889"
  v1 hypernym "http://identifiers.org/go/GO:0038004"
  v10a hypernym "http://identifiers.org/go/GO:0000185"
  v10b hypernym "http://identifiers.org/go/GO:0051390"
  v11a identity "http://identifiers.org/ec-code/2.7.11.1"
  v11a hypernym "urn:miriam:go:GI%3A0004709"
  v11a hypernym "http://identifiers.org/go/GO:0000186"
  v11b hypernym "http://identifiers.org/go/GO:0000186"
  v11b identity "http://identifiers.org/ec-code/2.7.11.1"
  v11b hypernym "http://identifiers.org/go/GO:0004709"
  v12 hypernym "http://identifiers.org/go/GO:0051389"
  v13 hypernym "http://identifiers.org/go/GO:0004708"
  v13 identity "http://identifiers.org/ec-code/2.7.12.2"
  v13 hypernym "http://identifiers.org/go/GO:0000187"
  v14 hypernym "http://identifiers.org/go/GO:0000188"
  v15a hypernym "http://identifiers.org/go/GO:0016310"
  v15b hypernym "http://identifiers.org/go/GO:0016311"
  v15c hypernym "http://identifiers.org/go/GO:0030163"
  v16a hypernym "http://identifiers.org/go/GO:0016310"
  v16b hypernym "http://identifiers.org/go/GO:0016310"
  v18a hypernym "http://identifiers.org/go/GO:0016311"
  v18b hypernym "http://identifiers.org/go/GO:0016311"
  v19a hypernym "http://identifiers.org/go/GO:0016310"
  v19b hypernym "http://identifiers.org/go/GO:0016310"
  v19c hypernym "http://identifiers.org/go/GO:0016311"
  v2 hypernym "http://identifiers.org/go/GO:0070851"
  v20 hypernym "http://identifiers.org/go/GO:0016310"
  v21 hypernym "http://identifiers.org/go/GO:0016311"
  v22a hypernym "http://identifiers.org/go/GO:0016310"
  v22b hypernym "http://identifiers.org/go/GO:0016311"
  v23a hypernym "http://identifiers.org/go/GO:0016310"
  v23b hypernym "http://identifiers.org/go/GO:0016311"
  v24 hypernym "http://identifiers.org/go/GO:0016310"
  v25 hypernym "http://identifiers.org/go/GO:0016311"
  v26a hypernym "http://identifiers.org/go/GO:0009058"
  v26b hypernym "http://identifiers.org/go/GO:0030163"
  v27a hypernym "http://identifiers.org/go/GO:0016310"
  v27b hypernym "http://identifiers.org/go/GO:0016310"
  v27c hypernym "http://identifiers.org/go/GO:0009058"
  v27d hypernym "http://identifiers.org/go/GO:0016311"
  v28 hypernym "http://identifiers.org/go/GO:0072376"
  v29 hypernym "http://identifiers.org/go/GO:2000257"
  v3 hypernym "http://identifiers.org/go/GO:0030163"
  v30 hypernym "http://identifiers.org/go/GO:0043624"
  v31 hypernym "http://identifiers.org/go/GO:0005515"
  v32a hypernym "http://identifiers.org/go/GO:0016310"
  v32b hypernym "http://identifiers.org/go/GO:0016311"
  v33a hypernym "http://identifiers.org/go/GO:0005515"
  v33b hypernym "http://identifiers.org/go/GO:0030163"
  v33c hypernym "http://identifiers.org/go/GO:0045727"
  v34 hypernym "http://identifiers.org/go/GO:0005515"
  v35 hypernym "http://identifiers.org/go/GO:0016310"
  v36 hypernym "http://identifiers.org/go/GO:0043624"
  v37a hypernym "http://identifiers.org/go/GO:0043624"
  v37b hypernym "http://identifiers.org/go/GO:0045727"
  v37c hypernym "http://identifiers.org/go/GO:0030163"
  v38 hypernym "http://identifiers.org/go/GO:0005515"
  v39 hypernym "http://identifiers.org/go/GO:0009058"
  v4 hypernym "http://identifiers.org/go/GO:0030163"
  v40 hypernym "http://identifiers.org/go/GO:0030163"
  v41 hypernym "http://identifiers.org/go/GO:0030163"
  v5 hypernym "http://identifiers.org/go/GO:0016310"
  v6a hypernym "http://identifiers.org/go/GO:0016311"
  v6b hypernym "http://identifiers.org/go/GO:0016311"
  v7 hypernym "http://identifiers.org/go/GO:0016310"
  v8a hypernym "http://identifiers.org/go/GO:0045727"
  v8b hypernym "http://identifiers.org/go/GO:0016311"
  v9a hypernym "http://identifiers.org/go/GO:0016310"
  v9b hypernym "http://identifiers.org/go/GO:0016310"
end

Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal is "Padala2017- ERK, PI3K/Akt and Wnt signalling network (normal)"

Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal model_entity_is "http://identifiers.org/biomodels.db/MODEL1708290005"
Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal model_entity_is "http://identifiers.org/biomodels.db/BIOMD0000000648"
Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal description "http://identifiers.org/pubmed/28367561"
Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal origin "http://identifiers.org/biomodels.db/BIOMD0000000149",
                                                                    "http://identifiers.org/biomodels.db/BIOMD0000000033",
                                                                    "http://identifiers.org/biomodels.db/BIOMD0000000623"
Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal unknown_model_qual "http://identifiers.org/mamo/MAMO_0000046"
Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal description "http://identifiers.org/pubmed/21391741"
Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal property "http://identifiers.org/go/GO:0043408",
                                                                      "http://identifiers.org/go/GO:0060828",
                                                                      "http://identifiers.org/go/GO:0051896"
Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal part "http://identifiers.org/kegg.pathway/map04010",
                                                                  "http://identifiers.org/kegg.pathway/map04151",
                                                                  "http://identifiers.org/kegg.pathway/map04310",
                                                                  "http://identifiers.org/go/GO:0000165"
Padala2017__ERK__PI3K_Akt_and_Wnt_signalling_network__normal taxon "http://identifiers.org/taxonomy/9606"
