# SPARCED Model by Birtwistle Lab model SPARCED() # Compartments and Species: Compartment Cytoplasm; Compartment Extracellular; Compartment Nucleus; Compartment Mitochondrion; Species Ribosome in Cytoplasm; Species p53inac in Nucleus; Species p53ac in Nucleus; Species MDM2 in Nucleus; Species Wip1 in Nucleus; Species ATMP in Nucleus; Species ATRac in Nucleus; Species MDM2product1 in Nucleus; Species MDM2product2 in Nucleus; Species MDM2product3 in Nucleus; Species MDM2product4 in Nucleus; Species MDM2product5 in Nucleus; Species MDM2product6 in Nucleus; Species MDM2product7 in Nucleus; Species MDM2product8 in Nucleus; Species MDM2product9 in Nucleus; Species MDM2pro in Nucleus; Species Wip1product1 in Nucleus; Species Wip1product2 in Nucleus; Species Wip1product3 in Nucleus; Species Wip1product4 in Nucleus; Species Wip1product5 in Nucleus; Species Wip1product6 in Nucleus; Species Wip1product7 in Nucleus; Species Wip1product8 in Nucleus; Species Wip1product9 in Nucleus; Species Wip1pro in Nucleus; Species BRCA2 in Nucleus; Species MSH6 in Nucleus; Species MGMT in Nucleus; Species damageDSB in Nucleus; Species damageSSB in Nucleus; Species ppAKT_MDM2 in Nucleus; Species pMDM2 in Nucleus; Species ARF in Nucleus; Species MDM4 in Nucleus; Species p53ac_MDM4 in Nucleus; Species ATMinac in Nucleus; Species ATRinac in Nucleus; Species pRB in Nucleus; Species pRBp in Nucleus; Species pRBpp in Nucleus; Species E2F in Nucleus; Species Cd in Nucleus; Species Mdi in Nucleus; Species Md in Nucleus; Species Mdp27 in Nucleus; Species Ce in Nucleus; Species Mei in Nucleus; Species Me in Nucleus; Species Skp2 in Nucleus; Species Mep27 in Nucleus; Species Pe in Nucleus; Species Pai in Nucleus; Species Pei in Nucleus; Species Pbi in Nucleus; Species Ca in Nucleus; Species Mai in Nucleus; Species Ma in Nucleus; Species Map27 in Nucleus; Species p27 in Nucleus; Species Cdh1i in Nucleus; Species Cdh1a in Nucleus; Species E2Fp in Nucleus; Species p27p in Nucleus; Species Pa in Nucleus; Species Cb in Nucleus; Species Mbi in Nucleus; Species Mb in Nucleus; Species Cdc20i in Nucleus; Species Cdc20a in Nucleus; Species Pb in Nucleus; Species Wee1 in Nucleus; Species Wee1p in Nucleus; Species Mbp27 in Nucleus; Species Chk1 in Nucleus; Species pRBc1 in Nucleus; Species pRBc2 in Nucleus; Species p21 in Nucleus; Species Mdp21 in Nucleus; Species Mep21 in Nucleus; Species Map21 in Nucleus; Species Mbp21 in Nucleus; Species L in Extracellular; Species R in Cytoplasm; Species L_R in Cytoplasm; Species Ractive in Cytoplasm; Species flip in Cytoplasm; Species Ractive_flip in Cytoplasm; Species pC8 in Cytoplasm; Species Ractive_pC8 in Cytoplasm; Species C8 in Cytoplasm; Species Bar in Cytoplasm; Species C8_Bar in Cytoplasm; Species pC3 in Cytoplasm; Species C8_pC3 in Cytoplasm; Species C3 in Cytoplasm; Species pC6 in Cytoplasm; Species C3_pC6 in Cytoplasm; Species C6 in Cytoplasm; Species C6_C8 in Cytoplasm; Species XIAP in Cytoplasm; Species C3_XIAP in Cytoplasm; Species PARP in Cytoplasm; Species C3_PARP in Cytoplasm; Species cPARP in Cytoplasm; Species Bid in Cytoplasm; Species C8_Bid in Cytoplasm; Species tBid in Cytoplasm; Species Bcl2c in Cytoplasm; Species tBid_Bcl2c in Cytoplasm; Species Bax in Cytoplasm; Species tBid_Bax in Cytoplasm; Species Baxactive in Cytoplasm; Species Baxm in Mitochondrion; Species Bcl2 in Mitochondrion; Species Baxm_Bcl2 in Mitochondrion; Species Bax2 in Mitochondrion; Species Bax2_Bcl2 in Mitochondrion; Species Bax4 in Mitochondrion; Species Bax4_Bcl2 in Mitochondrion; Species M in Mitochondrion; Species Bax4_M in Mitochondrion; Species Mactive in Mitochondrion; Species CytoCm in Mitochondrion; Species Mactive_CytoCm in Mitochondrion; Species CytoCr in Mitochondrion; Species Smacm in Mitochondrion; Species Mactive_Smacm in Mitochondrion; Species Smacr in Mitochondrion; Species CytoC in Cytoplasm; Species Apaf in Cytoplasm; Species CytoC_Apaf in Cytoplasm; Species Apafactive in Cytoplasm; Species pC9 in Cytoplasm; Species Apop in Cytoplasm; Species Apop_C3 in Cytoplasm; Species Smac in Cytoplasm; Species Apop_XIAP in Cytoplasm; Species Smac_XIAP in Cytoplasm; Species C3_Ub in Cytoplasm; Species BAD in Cytoplasm; Species PUMA in Cytoplasm; Species NOXA in Cytoplasm; Species Bcl2c_BAD in Cytoplasm; Species Bcl2c_PUMA in Cytoplasm; Species Bcl2c_NOXA in Cytoplasm; Species BIM in Cytoplasm; Species BIM_Bax in Cytoplasm; Species Bcl2c_BIM in Cytoplasm; Species ppERK_BIM in Cytoplasm; Species pBIM in Cytoplasm; Species ppAKT_BAD in Cytoplasm; Species pBAD in Cytoplasm; Species ppERK_BAD in Cytoplasm; Species E in Extracellular; Species H in Extracellular; Species HGF in Extracellular; Species P in Extracellular; Species F in Extracellular; Species I in Extracellular; Species INS in Extracellular; Species E1 in Cytoplasm; Species pE1 in Cytoplasm; Species E2 in Cytoplasm; Species pE2 in Cytoplasm; Species E3 in Cytoplasm; Species E4 in Cytoplasm; Species pE4 in Cytoplasm; Species Ev3 in Cytoplasm; Species Met in Cytoplasm; Species Pr in Cytoplasm; Species Fr in Cytoplasm; Species Ir in Cytoplasm; Species Isr in Cytoplasm; Species E1E1 in Cytoplasm; Species E1E2 in Cytoplasm; Species E1E3 in Cytoplasm; Species E1E4 in Cytoplasm; Species E2E2 in Cytoplasm; Species E2E3 in Cytoplasm; Species E2E4 in Cytoplasm; Species E3E4 in Cytoplasm; Species E4E4 in Cytoplasm; Species Met_Met in Cytoplasm; Species FrFr in Cytoplasm; Species IrIr in Cytoplasm; Species Isr_Isr in Cytoplasm; Species EE1 in Cytoplasm; Species HE3 in Cytoplasm; Species HE4 in Cytoplasm; Species HGF_Met in Cytoplasm; Species PPr in Cytoplasm; Species FFr in Cytoplasm; Species EE1E2 in Cytoplasm; Species EE1Ev3 in Cytoplasm; Species EE1E1 in Cytoplasm; Species EE1E3 in Cytoplasm; Species EE1E4 in Cytoplasm; Species E2HE3 in Cytoplasm; Species E1HE3 in Cytoplasm; Species HE3E3 in Cytoplasm; Species HE3Ev3 in Cytoplasm; Species HE3E4 in Cytoplasm; Species E2HE4 in Cytoplasm; Species HE4Ev3 in Cytoplasm; Species E1HE4 in Cytoplasm; Species E3HE4 in Cytoplasm; Species HE4E4 in Cytoplasm; Species HGF_Met_Met in Cytoplasm; Species PPrPr in Cytoplasm; Species FFrFr in Cytoplasm; Species IIrIr in Cytoplasm; Species INS_Isr_Isr in Cytoplasm; Species EE1EE1 in Cytoplasm; Species EE1HE3 in Cytoplasm; Species EE1HE4 in Cytoplasm; Species HE3HE3 in Cytoplasm; Species HE3HE4 in Cytoplasm; Species HE4HE4 in Cytoplasm; Species HGF_Met_HGF_Met in Cytoplasm; Species PPrPPr in Cytoplasm; Species FFrFFr in Cytoplasm; Species IIrIrI in Cytoplasm; Species INS_Isr_Isr_INS in Cytoplasm; Species E1_ppERK in Cytoplasm; Species E2_ppERK in Cytoplasm; Species E4_ppERK in Cytoplasm; Species pEE1E2 in Cytoplasm; Species pEE1Ev3 in Cytoplasm; Species pEE1E1 in Cytoplasm; Species pEE1EE1 in Cytoplasm; Species pEE1E3 in Cytoplasm; Species pEE1HE3 in Cytoplasm; Species pEE1E4 in Cytoplasm; Species pEE1HE4 in Cytoplasm; Species pE2HE3 in Cytoplasm; Species pHE3Ev3 in Cytoplasm; Species pE1HE3 in Cytoplasm; Species pHE3E4 in Cytoplasm; Species pHE3HE4 in Cytoplasm; Species pE2HE4 in Cytoplasm; Species pHE4Ev3 in Cytoplasm; Species pE1HE4 in Cytoplasm; Species pE3HE4 in Cytoplasm; Species pHE4E4 in Cytoplasm; Species pHE4HE4 in Cytoplasm; Species pHGF_Met_Met in Cytoplasm; Species pHGF_Met_HGF_Met in Cytoplasm; Species pPPrPPr in Cytoplasm; Species pPPrPr in Cytoplasm; Species pFFrFFr in Cytoplasm; Species pFFrFr in Cytoplasm; Species pIIrIr in Cytoplasm; Species pINS_Isr_Isr in Cytoplasm; Species pIIrIrI in Cytoplasm; Species pINS_Isr_Isr_INS in Cytoplasm; Species pIIrIr_IRS in Cytoplasm; Species pINS_Isr_Isr_IRS in Cytoplasm; Species pIIrIrI_IRS in Cytoplasm; Species pINS_Isr_Isr_INS_IRS in Cytoplasm; Species Sp_EE1E2 in Cytoplasm; Species Sp_EE1Ev3 in Cytoplasm; Species Sp_EE1E1 in Cytoplasm; Species Sp_EE1EE1 in Cytoplasm; Species Sp_EE1E3 in Cytoplasm; Species Sp_EE1HE3 in Cytoplasm; Species Sp_EE1E4 in Cytoplasm; Species Sp_EE1HE4 in Cytoplasm; Species Sp_E2HE3 in Cytoplasm; Species Sp_HE3Ev3 in Cytoplasm; Species Sp_E1HE3 in Cytoplasm; Species Sp_HE3E4 in Cytoplasm; Species Sp_HE3HE4 in Cytoplasm; Species Sp_E2HE4 in Cytoplasm; Species Sp_HE4Ev3 in Cytoplasm; Species Sp_E1HE4 in Cytoplasm; Species Sp_E3HE4 in Cytoplasm; Species Sp_HE4E4 in Cytoplasm; Species Sp_HE4HE4 in Cytoplasm; Species Sp_HGF_Met_Met in Cytoplasm; Species Sp_HGF_Met_HGF_Met in Cytoplasm; Species Sp_PPrPPr in Cytoplasm; Species Sp_PPrPr in Cytoplasm; Species Sp_FFrFFr in Cytoplasm; Species Sp_FFrFr in Cytoplasm; Species Sp_IIrIr in Cytoplasm; Species Sp_INS_Isr_Isr in Cytoplasm; Species Sp_IIrIrI in Cytoplasm; Species Sp_INS_Isr_Isr_INS in Cytoplasm; Species EE1E2int in Cytoplasm; Species EE1Ev3int in Cytoplasm; Species EE1E1int in Cytoplasm; Species EE1EE1int in Cytoplasm; Species EE1E3int in Cytoplasm; Species EE1HE3int in Cytoplasm; Species EE1E4int in Cytoplasm; Species EE1HE4int in Cytoplasm; Species E2HE3int in Cytoplasm; Species HE3Ev3int in Cytoplasm; Species E1HE3int in Cytoplasm; Species HE3E4int in Cytoplasm; Species HE3HE4int in Cytoplasm; Species E2HE4int in Cytoplasm; Species HE4Ev3int in Cytoplasm; Species E1HE4int in Cytoplasm; Species E3HE4int in Cytoplasm; Species HE4E4int in Cytoplasm; Species HE4HE4int in Cytoplasm; Species HGF_Met_Metint in Cytoplasm; Species HGF_Met_HGF_Metint in Cytoplasm; Species PPrPPrint in Cytoplasm; Species PPrPrint in Cytoplasm; Species FFrFFrint in Cytoplasm; Species FFrFrint in Cytoplasm; Species IIrIr_int in Cytoplasm; Species INS_Isr_Isr_int in Cytoplasm; Species IIrIrI_int in Cytoplasm; Species INS_Isr_Isr_INS_int in Cytoplasm; Species pEE1E2int in Cytoplasm; Species pEE1Ev3int in Cytoplasm; Species pEE1E1int in Cytoplasm; Species pEE1EE1int in Cytoplasm; Species pEE1E3int in Cytoplasm; Species pEE1HE3int in Cytoplasm; Species pEE1E4int in Cytoplasm; Species pEE1HE4int in Cytoplasm; Species pE2HE3int in Cytoplasm; Species pHE3Ev3int in Cytoplasm; Species pE1HE3int in Cytoplasm; Species pHE3E4int in Cytoplasm; Species pHE3HE4int in Cytoplasm; Species pE2HE4int in Cytoplasm; Species pHE4Ev3int in Cytoplasm; Species pE1HE4int in Cytoplasm; Species pE3HE4int in Cytoplasm; Species pHE4E4int in Cytoplasm; Species pHE4HE4int in Cytoplasm; Species pHGF_Met_Metint in Cytoplasm; Species pHGF_Met_HGF_Metint in Cytoplasm; Species pPPrPPrint in Cytoplasm; Species pPPrPrint in Cytoplasm; Species pFFrFFrint in Cytoplasm; Species pFFrFrint in Cytoplasm; Species pIIrIr_int in Cytoplasm; Species pINS_Isr_Isr_int in Cytoplasm; Species pIIrIrI_int in Cytoplasm; Species pINS_Isr_Isr_INS_int in Cytoplasm; Species pIIrIr_int_IRS in Cytoplasm; Species pINS_Isr_Isr_int_IRS in Cytoplasm; Species pIIrIrI_int_IRS in Cytoplasm; Species pINS_Isr_Isr_INS_int_IRS in Cytoplasm; Species pEE1E2_G2_SOS in Cytoplasm; Species pEE1Ev3_G2_SOS in Cytoplasm; Species pEE1E1_G2_SOS in Cytoplasm; Species pEE1EE1_G2_SOS in Cytoplasm; Species pEE1E3_G2_SOS in Cytoplasm; Species pEE1HE3_G2_SOS in Cytoplasm; Species pEE1E4_G2_SOS in Cytoplasm; Species pEE1HE4_G2_SOS in Cytoplasm; Species pE2HE3_G2_SOS in Cytoplasm; Species pHE3Ev3_G2_SOS in Cytoplasm; Species pE1HE3_G2_SOS in Cytoplasm; Species pHE3E4_G2_SOS in Cytoplasm; Species pHE3HE4_G2_SOS in Cytoplasm; Species pE2HE4_G2_SOS in Cytoplasm; Species pHE4Ev3_G2_SOS in Cytoplasm; Species pE1HE4_G2_SOS in Cytoplasm; Species pE3HE4_G2_SOS in Cytoplasm; Species pHE4E4_G2_SOS in Cytoplasm; Species pHE4HE4_G2_SOS in Cytoplasm; Species pHGF_Met_Met_G2_SOS in Cytoplasm; Species pHGF_Met_HGF_Met_G2_SOS in Cytoplasm; Species pPPrPPr_G2_SOS in Cytoplasm; Species pPPrPr_G2_SOS in Cytoplasm; Species pFFrFFr_G2_SOS in Cytoplasm; Species pFFrFr_G2_SOS in Cytoplasm; Species pIIrIr_IRS_G2_SOS in Cytoplasm; Species pINS_Isr_Isr_IRS_G2_SOS in Cytoplasm; Species pIIrIrI_IRS_G2_SOS in Cytoplasm; Species pINS_Isr_Isr_INS_IRS_G2_SOS in Cytoplasm; Species pEE1E2int_G2_SOS in Cytoplasm; Species pEE1Ev3int_G2_SOS in Cytoplasm; Species pEE1E1int_G2_SOS in Cytoplasm; Species pEE1EE1int_G2_SOS in Cytoplasm; Species pEE1E3int_G2_SOS in Cytoplasm; Species pEE1HE3int_G2_SOS in Cytoplasm; Species pEE1E4int_G2_SOS in Cytoplasm; Species pEE1HE4int_G2_SOS in Cytoplasm; Species pE2HE3int_G2_SOS in Cytoplasm; Species pHE3Ev3int_G2_SOS in Cytoplasm; Species pE1HE3int_G2_SOS in Cytoplasm; Species pHE3E4int_G2_SOS in Cytoplasm; Species pHE3HE4int_G2_SOS in Cytoplasm; Species pE2HE4int_G2_SOS in Cytoplasm; Species pHE4Ev3int_G2_SOS in Cytoplasm; Species pE1HE4int_G2_SOS in Cytoplasm; Species pE3HE4int_G2_SOS in Cytoplasm; Species pHE4E4int_G2_SOS in Cytoplasm; Species pHE4HE4int_G2_SOS in Cytoplasm; Species pHGF_Met_Metint_G2_SOS in Cytoplasm; Species pHGF_Met_HGF_Metint_G2_SOS in Cytoplasm; Species pPPrPPrint_G2_SOS in Cytoplasm; Species pPPrPrint_G2_SOS in Cytoplasm; Species pFFrFFrint_G2_SOS in Cytoplasm; Species pFFrFrint_G2_SOS in Cytoplasm; Species pIIrIr_int_IRS_G2_SOS in Cytoplasm; Species pINS_Isr_Isr_int_IRS_G2_SOS in Cytoplasm; Species pIIrIrI_int_IRS_G2_SOS in Cytoplasm; Species pINS_Isr_Isr_INS_int_IRS_G2_SOS in Cytoplasm; Species pEE1E2_PLCg in Cytoplasm; Species pEE1Ev3_PLCg in Cytoplasm; Species pEE1E1_PLCg in Cytoplasm; Species pEE1EE1_PLCg in Cytoplasm; Species pEE1E3_PLCg in Cytoplasm; Species pEE1HE3_PLCg in Cytoplasm; Species pEE1E4_PLCg in Cytoplasm; Species pEE1HE4_PLCg in Cytoplasm; Species pE2HE3_PLCg in Cytoplasm; Species pHE3Ev3_PLCg in Cytoplasm; Species pE1HE3_PLCg in Cytoplasm; Species pHE3E4_PLCg in Cytoplasm; Species pHE3HE4_PLCg in Cytoplasm; Species pE2HE4_PLCg in Cytoplasm; Species pHE4Ev3_PLCg in Cytoplasm; Species pE1HE4_PLCg in Cytoplasm; Species pE3HE4_PLCg in Cytoplasm; Species pHE4E4_PLCg in Cytoplasm; Species pHE4HE4_PLCg in Cytoplasm; Species pHGF_Met_Met_PLCg in Cytoplasm; Species pHGF_Met_HGF_Met_PLCg in Cytoplasm; Species pPPrPPr_PLCg in Cytoplasm; Species pPPrPr_PLCg in Cytoplasm; Species pFFrFFr_PLCg in Cytoplasm; Species pFFrFr_PLCg in Cytoplasm; Species pIIrIr_IRS_PLCg in Cytoplasm; Species pINS_Isr_Isr_IRS_PLCg in Cytoplasm; Species pIIrIrI_IRS_PLCg in Cytoplasm; Species pINS_Isr_Isr_INS_IRS_PLCg in Cytoplasm; Species pEE1E2_PI3K1 in Cytoplasm; Species pEE1Ev3_PI3K1 in Cytoplasm; Species pEE1E1_PI3K1 in Cytoplasm; Species pEE1EE1_PI3K1 in Cytoplasm; Species pEE1E3_PI3K1 in Cytoplasm; Species pEE1HE3_PI3K1 in Cytoplasm; Species pEE1E4_PI3K1 in Cytoplasm; Species pEE1HE4_PI3K1 in Cytoplasm; Species pE2HE3_PI3K1 in Cytoplasm; Species pHE3Ev3_PI3K1 in Cytoplasm; Species pE1HE3_PI3K1 in Cytoplasm; Species pHE3E4_PI3K1 in Cytoplasm; Species pHE3HE4_PI3K1 in Cytoplasm; Species pE2HE4_PI3K1 in Cytoplasm; Species pHE4Ev3_PI3K1 in Cytoplasm; Species pE1HE4_PI3K1 in Cytoplasm; Species pE3HE4_PI3K1 in Cytoplasm; Species pHE4E4_PI3K1 in Cytoplasm; Species pHE4HE4_PI3K1 in Cytoplasm; Species pHGF_Met_Met_PI3K1 in Cytoplasm; Species pHGF_Met_HGF_Met_PI3K1 in Cytoplasm; Species pPPrPPr_PI3K1 in Cytoplasm; Species pPPrPr_PI3K1 in Cytoplasm; Species pFFrFFr_PI3K1 in Cytoplasm; Species pFFrFr_PI3K1 in Cytoplasm; Species pIIrIr_IRS_PI3K1 in Cytoplasm; Species pINS_Isr_Isr_IRS_PI3K1 in Cytoplasm; Species pIIrIrI_IRS_PI3K1 in Cytoplasm; Species pINS_Isr_Isr_INS_IRS_PI3K1 in Cytoplasm; Species pEE1E2_PI3K2 in Cytoplasm; Species pEE1Ev3_PI3K2 in Cytoplasm; Species pEE1E1_PI3K2 in Cytoplasm; Species pEE1EE1_PI3K2 in Cytoplasm; Species pEE1E3_PI3K2 in Cytoplasm; Species pEE1HE3_PI3K2 in Cytoplasm; Species pEE1E4_PI3K2 in Cytoplasm; Species pEE1HE4_PI3K2 in Cytoplasm; Species pE2HE3_PI3K2 in Cytoplasm; Species pHE3Ev3_PI3K2 in Cytoplasm; Species pE1HE3_PI3K2 in Cytoplasm; Species pHE3E4_PI3K2 in Cytoplasm; Species pHE3HE4_PI3K2 in Cytoplasm; Species pE2HE4_PI3K2 in Cytoplasm; Species pHE4Ev3_PI3K2 in Cytoplasm; Species pE1HE4_PI3K2 in Cytoplasm; Species pE3HE4_PI3K2 in Cytoplasm; Species pHE4E4_PI3K2 in Cytoplasm; Species pHE4HE4_PI3K2 in Cytoplasm; Species pHGF_Met_Met_PI3K2 in Cytoplasm; Species pHGF_Met_HGF_Met_PI3K2 in Cytoplasm; Species pPPrPPr_PI3K2 in Cytoplasm; Species pPPrPr_PI3K2 in Cytoplasm; Species pFFrFFr_PI3K2 in Cytoplasm; Species pFFrFr_PI3K2 in Cytoplasm; Species pIIrIr_IRS_PI3K2 in Cytoplasm; Species pINS_Isr_Isr_IRS_PI3K2 in Cytoplasm; Species pIIrIrI_IRS_PI3K2 in Cytoplasm; Species pINS_Isr_Isr_INS_IRS_PI3K2 in Cytoplasm; Species pEE1E2int_G2_SOS_RasD in Cytoplasm; Species pEE1Ev3int_G2_SOS_RasD in Cytoplasm; Species pEE1E1int_G2_SOS_RasD in Cytoplasm; Species pEE1EE1int_G2_SOS_RasD in Cytoplasm; Species pEE1E3int_G2_SOS_RasD in Cytoplasm; Species pEE1HE3int_G2_SOS_RasD in Cytoplasm; Species pEE1E4int_G2_SOS_RasD in Cytoplasm; Species pEE1HE4int_G2_SOS_RasD in Cytoplasm; Species pE2HE3int_G2_SOS_RasD in Cytoplasm; Species pHE3Ev3int_G2_SOS_RasD in Cytoplasm; Species pE1HE3int_G2_SOS_RasD in Cytoplasm; Species pHE3E4int_G2_SOS_RasD in Cytoplasm; Species pHE3HE4int_G2_SOS_RasD in Cytoplasm; Species pE2HE4int_G2_SOS_RasD in Cytoplasm; Species pHE4Ev3int_G2_SOS_RasD in Cytoplasm; Species pE1HE4int_G2_SOS_RasD in Cytoplasm; Species pE3HE4int_G2_SOS_RasD in Cytoplasm; Species pHE4E4int_G2_SOS_RasD in Cytoplasm; Species pHE4HE4int_G2_SOS_RasD in Cytoplasm; Species pHGF_Met_Metint_G2_SOS_RasD in Cytoplasm; Species pHGF_Met_HGF_Metint_G2_SOS_RasD in Cytoplasm; Species pPPrPPrint_G2_SOS_RasD in Cytoplasm; Species pPPrPrint_G2_SOS_RasD in Cytoplasm; Species pFFrFFrint_G2_SOS_RasD in Cytoplasm; Species pFFrFrint_G2_SOS_RasD in Cytoplasm; Species pIIrIr_int_IRS_G2_SOS_RasD in Cytoplasm; Species pINS_Isr_Isr_int_IRS_G2_SOS_RasD in Cytoplasm; Species pIIrIrI_int_IRS_G2_SOS_RasD in Cytoplasm; Species pINS_Isr_Isr_INS_int_IRS_G2_SOS_RasD in Cytoplasm; Species pEE1E2_G2_SOS_RasD in Cytoplasm; Species pEE1Ev3_G2_SOS_RasD in Cytoplasm; Species pEE1E1_G2_SOS_RasD in Cytoplasm; Species pEE1EE1_G2_SOS_RasD in Cytoplasm; Species pEE1E3_G2_SOS_RasD in Cytoplasm; Species pEE1HE3_G2_SOS_RasD in Cytoplasm; Species pEE1E4_G2_SOS_RasD in Cytoplasm; Species pEE1HE4_G2_SOS_RasD in Cytoplasm; Species pE2HE3_G2_SOS_RasD in Cytoplasm; Species pHE3Ev3_G2_SOS_RasD in Cytoplasm; Species pE1HE3_G2_SOS_RasD in Cytoplasm; Species pHE3E4_G2_SOS_RasD in Cytoplasm; Species pHE3HE4_G2_SOS_RasD in Cytoplasm; Species pE2HE4_G2_SOS_RasD in Cytoplasm; Species pHE4Ev3_G2_SOS_RasD in Cytoplasm; Species pE1HE4_G2_SOS_RasD in Cytoplasm; Species pE3HE4_G2_SOS_RasD in Cytoplasm; Species pHE4E4_G2_SOS_RasD in Cytoplasm; Species pHE4HE4_G2_SOS_RasD in Cytoplasm; Species pHGF_Met_Met_G2_SOS_RasD in Cytoplasm; Species pHGF_Met_HGF_Met_G2_SOS_RasD in Cytoplasm; Species pPPrPPr_G2_SOS_RasD in Cytoplasm; Species pPPrPr_G2_SOS_RasD in Cytoplasm; Species pFFrFFr_G2_SOS_RasD in Cytoplasm; Species pFFrFr_G2_SOS_RasD in Cytoplasm; Species pIIrIr_IRS_G2_SOS_RasD in Cytoplasm; Species pINS_Isr_Isr_IRS_G2_SOS_RasD in Cytoplasm; Species pIIrIrI_IRS_G2_SOS_RasD in Cytoplasm; Species pINS_Isr_Isr_INS_IRS_G2_SOS_RasD in Cytoplasm; Species pEE1E2_PLCg_PIP2 in Cytoplasm; Species pEE1Ev3_PLCg_PIP2 in Cytoplasm; Species pEE1E1_PLCg_PIP2 in Cytoplasm; Species pEE1EE1_PLCg_PIP2 in Cytoplasm; Species pEE1E3_PLCg_PIP2 in Cytoplasm; Species pEE1HE3_PLCg_PIP2 in Cytoplasm; Species pEE1E4_PLCg_PIP2 in Cytoplasm; Species pEE1HE4_PLCg_PIP2 in Cytoplasm; Species pE2HE3_PLCg_PIP2 in Cytoplasm; Species pHE3Ev3_PLCg_PIP2 in Cytoplasm; Species pE1HE3_PLCg_PIP2 in Cytoplasm; Species pHE3E4_PLCg_PIP2 in Cytoplasm; Species pHE3HE4_PLCg_PIP2 in Cytoplasm; Species pE2HE4_PLCg_PIP2 in Cytoplasm; Species pHE4Ev3_PLCg_PIP2 in Cytoplasm; Species pE1HE4_PLCg_PIP2 in Cytoplasm; Species pE3HE4_PLCg_PIP2 in Cytoplasm; Species pHE4E4_PLCg_PIP2 in Cytoplasm; Species pHE4HE4_PLCg_PIP2 in Cytoplasm; Species pHGF_Met_Met_PLCg_PIP2 in Cytoplasm; Species pHGF_Met_HGF_Met_PLCg_PIP2 in Cytoplasm; Species pPPrPPr_PLCg_PIP2 in Cytoplasm; Species pPPrPr_PLCg_PIP2 in Cytoplasm; Species pFFrFFr_PLCg_PIP2 in Cytoplasm; Species pFFrFr_PLCg_PIP2 in Cytoplasm; Species pIIrIr_IRS_PLCg_PIP2 in Cytoplasm; Species pINS_Isr_Isr_IRS_PLCg_PIP2 in Cytoplasm; Species pIIrIrI_IRS_PLCg_PIP2 in Cytoplasm; Species pINS_Isr_Isr_INS_IRS_PLCg_PIP2 in Cytoplasm; Species pEE1E2_PI3K1_PIP2 in Cytoplasm; Species pEE1Ev3_PI3K1_PIP2 in Cytoplasm; Species pEE1E1_PI3K1_PIP2 in Cytoplasm; Species pEE1EE1_PI3K1_PIP2 in Cytoplasm; Species pEE1E3_PI3K1_PIP2 in Cytoplasm; Species pEE1HE3_PI3K1_PIP2 in Cytoplasm; Species pEE1E4_PI3K1_PIP2 in Cytoplasm; Species pEE1HE4_PI3K1_PIP2 in Cytoplasm; Species pE2HE3_PI3K1_PIP2 in Cytoplasm; Species pHE3Ev3_PI3K1_PIP2 in Cytoplasm; Species pE1HE3_PI3K1_PIP2 in Cytoplasm; Species pHE3E4_PI3K1_PIP2 in Cytoplasm; Species pHE3HE4_PI3K1_PIP2 in Cytoplasm; Species pE2HE4_PI3K1_PIP2 in Cytoplasm; Species pHE4Ev3_PI3K1_PIP2 in Cytoplasm; Species pE1HE4_PI3K1_PIP2 in Cytoplasm; Species pE3HE4_PI3K1_PIP2 in Cytoplasm; Species pHE4E4_PI3K1_PIP2 in Cytoplasm; Species pHE4HE4_PI3K1_PIP2 in Cytoplasm; Species pHGF_Met_Met_PI3K1_PIP2 in Cytoplasm; Species pHGF_Met_HGF_Met_PI3K1_PIP2 in Cytoplasm; Species pPPrPPr_PI3K1_PIP2 in Cytoplasm; Species pPPrPr_PI3K1_PIP2 in Cytoplasm; Species pFFrFFr_PI3K1_PIP2 in Cytoplasm; Species pFFrFr_PI3K1_PIP2 in Cytoplasm; Species pIIrIr_IRS_PI3K1_PIP2 in Cytoplasm; Species pINS_Isr_Isr_IRS_PI3K1_PIP2 in Cytoplasm; Species pIIrIrI_IRS_PI3K1_PIP2 in Cytoplasm; Species pINS_Isr_Isr_INS_IRS_PI3K1_PIP2 in Cytoplasm; Species pEE1E2_PI3K2_PIP in Cytoplasm; Species pEE1Ev3_PI3K2_PIP in Cytoplasm; Species pEE1E1_PI3K2_PIP in Cytoplasm; Species pEE1EE1_PI3K2_PIP in Cytoplasm; Species pEE1E3_PI3K2_PIP in Cytoplasm; Species pEE1HE3_PI3K2_PIP in Cytoplasm; Species pEE1E4_PI3K2_PIP in Cytoplasm; Species pEE1HE4_PI3K2_PIP in Cytoplasm; Species pE2HE3_PI3K2_PIP in Cytoplasm; Species pHE3Ev3_PI3K2_PIP in Cytoplasm; Species pE1HE3_PI3K2_PIP in Cytoplasm; Species pHE3E4_PI3K2_PIP in Cytoplasm; Species pHE3HE4_PI3K2_PIP in Cytoplasm; Species pE2HE4_PI3K2_PIP in Cytoplasm; Species pHE4Ev3_PI3K2_PIP in Cytoplasm; Species pE1HE4_PI3K2_PIP in Cytoplasm; Species pE3HE4_PI3K2_PIP in Cytoplasm; Species pHE4E4_PI3K2_PIP in Cytoplasm; Species pHE4HE4_PI3K2_PIP in Cytoplasm; Species pHGF_Met_Met_PI3K2_PIP in Cytoplasm; Species pHGF_Met_HGF_Met_PI3K2_PIP in Cytoplasm; Species pPPrPPr_PI3K2_PIP in Cytoplasm; Species pPPrPr_PI3K2_PIP in Cytoplasm; Species pFFrFFr_PI3K2_PIP in Cytoplasm; Species pFFrFr_PI3K2_PIP in Cytoplasm; Species pIIrIr_IRS_PI3K2_PIP in Cytoplasm; Species pINS_Isr_Isr_IRS_PI3K2_PIP in Cytoplasm; Species pIIrIrI_IRS_PI3K2_PIP in Cytoplasm; Species pINS_Isr_Isr_INS_IRS_PI3K2_PIP in Cytoplasm; Species IRS in Cytoplasm; Species Sp in Cytoplasm; Species Cbl in Cytoplasm; Species G2 in Cytoplasm; Species G2_SOS in Cytoplasm; Species G2_pSOS in Cytoplasm; Species PLCg in Cytoplasm; Species PI3KC1 in Cytoplasm; Species PI3KR1 in Cytoplasm; Species PI3K1 in Cytoplasm; Species pPI3K1 in Cytoplasm; Species PI3K2 in Cytoplasm; Species mTORC1 in Cytoplasm; Species mTORC1active in Cytoplasm; Species PIP in Cytoplasm; Species PI3P in Cytoplasm; Species DAG in Cytoplasm; Species GRP in Cytoplasm; Species DAG_GRP in Cytoplasm; Species RasT in Cytoplasm; Species RasD in Cytoplasm; Species NF1 in Cytoplasm; Species pNF1 in Cytoplasm; Species pCRaf in Cytoplasm; Species CRaf in Cytoplasm; Species RasT_CRaf in Cytoplasm; Species BRaf in Cytoplasm; Species RasT_CRaf_BRaf in Cytoplasm; Species MEK in Cytoplasm; Species pMEK in Cytoplasm; Species ppMEK in Cytoplasm; Species MKP3 in Cytoplasm; Species ERKnuc in Nucleus; Species ppERKnuc in Nucleus; Species RSK in Cytoplasm; Species pRSK in Cytoplasm; Species pRSKnuc in Nucleus; Species MKP1 in Nucleus; Species pMKP1 in Nucleus; Species cFos in Nucleus; Species pcFos in Nucleus; Species cJun in Nucleus; Species pcFos_cJun in Nucleus; Species cMyc in Nucleus; Species bCATENINnuc in Nucleus; Species bCATENIN in Cytoplasm; Species pbCATENIN in Cytoplasm; Species IP3 in Cytoplasm; Species PIP2 in Cytoplasm; Species PIP3 in Cytoplasm; Species PTEN in Cytoplasm; Species PIP3_AKT in Cytoplasm; Species AKT in Cytoplasm; Species pAKT in Cytoplasm; Species ppAKT in Cytoplasm; Species PDK1 in Cytoplasm; Species PIP3_PDK1 in Cytoplasm; Species PIP3_pAKT in Cytoplasm; Species Rictor in Cytoplasm; Species mTOR in Cytoplasm; Species mTORC2 in Cytoplasm; Species PIP3_ppAKT in Cytoplasm; Species GSK3b in Cytoplasm; Species pGSK3b in Cytoplasm; Species TSC1 in Cytoplasm; Species TSC2 in Cytoplasm; Species pTSC2 in Cytoplasm; Species TSC in Cytoplasm; Species PKC in Cytoplasm; Species DAG_PKC in Cytoplasm; Species pRKIP in Cytoplasm; Species RKIP in Cytoplasm; Species RKIP_CRaf in Cytoplasm; Species ERK in Cytoplasm; Species pERK in Cytoplasm; Species ppERK in Cytoplasm; Species FOXO in Cytoplasm; Species pFOXO in Cytoplasm; Species RhebD in Cytoplasm; Species RhebT in Cytoplasm; Species Raptor in Cytoplasm; Species S6K in Cytoplasm; Species pS6K in Cytoplasm; Species EIF4EBP1 in Cytoplasm; Species pEIF4EBP1 in Cytoplasm; Species SOS in Cytoplasm; Species G2_SOS_ppERK in Cytoplasm; Species CRaf_ppERK in Cytoplasm; Species RasD_DAG_GRP in Cytoplasm; Species RasT_NF1 in Cytoplasm; Species NF1_ppERK in Cytoplasm; Species MEK_RasT_CRaf_BRaf in Cytoplasm; Species pMEK_RasT_CRaf_BRaf in Cytoplasm; Species ERK_ppMEK in Cytoplasm; Species pERK_ppMEK in Cytoplasm; Species RSK_ppERK in Cytoplasm; Species pRSKnuc_MKP1 in Nucleus; Species ppERKnuc_MKP1 in Nucleus; Species cFos_pRSKnuc in Nucleus; Species cFos_ppERKnuc in Nucleus; Species RKIP_DAG_PKC in Cytoplasm; Species PIP3_PTEN in Cytoplasm; Species PIP3_AKT_PIP3_PDK1 in Cytoplasm; Species PIP3_pAKT_mTORC2 in Cytoplasm; Species GSK3b_ppAKT in Cytoplasm; Species TSC2_ppAKT in Cytoplasm; Species TSC2_ppERK in Cytoplasm; Species RhebT_TSC in Cytoplasm; Species EIF4EBP1_mTORC1active in Cytoplasm; Species S6K_mTORC1active in Cytoplasm; Species FOXO_ppAKT in Cytoplasm; Species PI3K1_mTORC1active in Cytoplasm; Species pERK_MKP3 in Cytoplasm; Species ppERK_MKP3 in Cytoplasm; Species ppERKnuc_pMKP1 in Cytoplasm; Species RasT_BRaf in Cytoplasm; Species RasT_BRaf_BRaf in Cytoplasm; Species MEK_RasT_BRaf_BRaf in Cytoplasm; Species pMEK_RasT_BRaf_BRaf in Cytoplasm; Species EIF4E in Cytoplasm; Species EIF4EBP1_EIF4E in Cytoplasm; Species RasT_CRaf_CRaf in Cytoplasm; Species MEK_RasT_CRaf_CRaf in Cytoplasm; Species pMEK_RasT_CRaf_CRaf in Cytoplasm; Species FOXOnuc in Nucleus; Species MEKi in Cytoplasm; Species MEKi_ppMEK in Cytoplasm; Species AKTi in Cytoplasm; Species AKTi_AKT in Cytoplasm; Species mT in Cytoplasm; Species EIF4E_mT in Cytoplasm; Species m_TP53 in Cytoplasm; Species m_MDM2 in Cytoplasm; Species m_PPM1D in Cytoplasm; Species m_ATM in Cytoplasm; Species m_ATR in Cytoplasm; Species m_RB1 in Cytoplasm; Species m_E2F1 in Cytoplasm; Species m_E2F2 in Cytoplasm; Species m_E2F3 in Cytoplasm; Species m_CCND1 in Cytoplasm; Species m_CCND2 in Cytoplasm; Species m_CCND3 in Cytoplasm; Species m_CCNE1 in Cytoplasm; Species m_CCNE2 in Cytoplasm; Species m_SKP2 in Cytoplasm; Species m_CDC25A in Cytoplasm; Species m_CDC25B in Cytoplasm; Species m_CDC25C in Cytoplasm; Species m_CCNA2 in Cytoplasm; Species m_CDKN1B in Cytoplasm; Species m_CDH1 in Cytoplasm; Species m_CCNB1 in Cytoplasm; Species m_CDC20 in Cytoplasm; Species m_WEE1 in Cytoplasm; Species m_CHEK1 in Cytoplasm; Species m_CDKN1A in Cytoplasm; Species m_CDK1 in Cytoplasm; Species m_CDK2 in Cytoplasm; Species m_CDK4 in Cytoplasm; Species m_CDK6 in Cytoplasm; Species m_TNFSF10 in Cytoplasm; Species m_TNFRSF10A in Cytoplasm; Species m_TNFRSF10B in Cytoplasm; Species m_CFLAR in Cytoplasm; Species m_CASP8 in Cytoplasm; Species m_CASP10 in Cytoplasm; Species m_BFAR in Cytoplasm; Species m_CASP3 in Cytoplasm; Species m_CASP7 in Cytoplasm; Species m_CASP6 in Cytoplasm; Species m_XIAP in Cytoplasm; Species m_PARP1 in Cytoplasm; Species m_BID in Cytoplasm; Species m_BCL2 in Cytoplasm; Species m_BCL2L1 in Cytoplasm; Species m_MCL1 in Cytoplasm; Species m_BAX in Cytoplasm; Species m_CYCS in Cytoplasm; Species m_DIABLO in Cytoplasm; Species m_APAF1 in Cytoplasm; Species m_CASP9 in Cytoplasm; Species m_BAD in Cytoplasm; Species m_BBC3 in Cytoplasm; Species m_PMAIP1 in Cytoplasm; Species m_BCL2L11 in Cytoplasm; Species m_EGF in Cytoplasm; Species m_NRG1 in Cytoplasm; Species m_EGFR in Cytoplasm; Species m_ERBB2 in Cytoplasm; Species m_ERBB3 in Cytoplasm; Species m_ERBB4 in Cytoplasm; Species m_EGFRvIII in Cytoplasm; Species m_MET in Cytoplasm; Species m_HGF in Cytoplasm; Species m_PDGFRA in Cytoplasm; Species m_PDGFRB in Cytoplasm; Species m_PDGFB in Cytoplasm; Species m_SPRY2 in Cytoplasm; Species m_CBL in Cytoplasm; Species m_GRB2 in Cytoplasm; Species m_PLCG1 in Cytoplasm; Species m_PLCG2 in Cytoplasm; Species m_PIK3CA in Cytoplasm; Species m_PIK3CB in Cytoplasm; Species m_PIK3CG in Cytoplasm; Species m_PIK3CD in Cytoplasm; Species m_PIK3R1 in Cytoplasm; Species m_PIK3R2 in Cytoplasm; Species m_PIK3R3 in Cytoplasm; Species m_PIK3R4 in Cytoplasm; Species m_PIK3C2A in Cytoplasm; Species m_RASGRP1 in Cytoplasm; Species m_RASGRP3 in Cytoplasm; Species m_NRAS in Cytoplasm; Species m_KRAS in Cytoplasm; Species m_HRAS in Cytoplasm; Species m_NF1 in Cytoplasm; Species m_RAF1 in Cytoplasm; Species m_BRAF in Cytoplasm; Species m_MAP2K1 in Cytoplasm; Species m_MAP2K2 in Cytoplasm; Species m_DUSP6 in Cytoplasm; Species m_RPS6KA1 in Cytoplasm; Species m_RPS6KA2 in Cytoplasm; Species m_RPS6KA3 in Cytoplasm; Species m_RPS6KA4 in Cytoplasm; Species m_DUSP1 in Cytoplasm; Species m_FOS in Cytoplasm; Species m_JUN in Cytoplasm; Species m_MYC in Cytoplasm; Species m_CTNNB1 in Cytoplasm; Species m_PTEN in Cytoplasm; Species m_AKT1 in Cytoplasm; Species m_AKT2 in Cytoplasm; Species m_PDPK1 in Cytoplasm; Species m_RICTOR in Cytoplasm; Species m_MTOR in Cytoplasm; Species m_GSK3B in Cytoplasm; Species m_TSC1 in Cytoplasm; Species m_TSC2 in Cytoplasm; Species m_PRKCA in Cytoplasm; Species m_PRKCB in Cytoplasm; Species m_PRKCG in Cytoplasm; Species m_PRKCD in Cytoplasm; Species m_PEBP1 in Cytoplasm; Species m_MAPK1 in Cytoplasm; Species m_MAPK3 in Cytoplasm; Species m_FOXO3 in Cytoplasm; Species m_RHEB in Cytoplasm; Species m_RPTOR in Cytoplasm; Species m_RPS6KB1 in Cytoplasm; Species m_RPS6KB2 in Cytoplasm; Species m_EIF4EBP1 in Cytoplasm; Species m_SOS1 in Cytoplasm; Species m_CDKN2A in Cytoplasm; Species m_MDM4 in Cytoplasm; Species m_FGFR1 in Cytoplasm; Species m_FGFR2 in Cytoplasm; Species m_FGF1 in Cytoplasm; Species m_FGF2 in Cytoplasm; Species m_EIF4E in Cytoplasm; Species m_IRS1 in Cytoplasm; Species m_IRS2 in Cytoplasm; Species m_IGF1 in Cytoplasm; Species m_IGF2 in Cytoplasm; Species m_IGF1R in Cytoplasm; Species m_MSH6 in Cytoplasm; Species m_BRCA2 in Cytoplasm; Species m_MGMT in Cytoplasm; Species m_INSR in Cytoplasm; Species m_INS in Cytoplasm; # Reactions: vbR: => Ribosome; (k1_1+(k1_2*((pS6K^k1_3)/((k1_4^k1_3)+(pS6K^k1_3)))))*5.250000e-12; vdR: Ribosome => ; (k2*Ribosome)*5.250000e-12; vTL1: => p53inac; (k3_1*m_TP53*(EIF4E/(k3_2+EIF4E)))*1.750000e-12; vTL2: => MDM2; ((k4_1+k4_2*MDM2pro)*m_MDM2*(EIF4E/(k4_3+EIF4E)))*1.750000e-12; vTL3: => Wip1; (k5_1*Wip1pro*m_PPM1D*(EIF4E/(k5_2+EIF4E)))*1.750000e-12; vTL4: => ATMinac; (k6_1*m_ATM*(EIF4E/(k6_2+EIF4E)))*5.250000e-12; vTL5: => ATRinac; (k7_1*m_ATR*(EIF4E/(k7_2+EIF4E)))*5.250000e-12; vTL6: => pRB; (k8_1*m_RB1)*1.750000e-12; vTL7: => E2F; (k9_1*m_E2F1)*1.750000e-12; vTL8: => E2F; (k10_1*m_E2F2)*1.750000e-12; vTL9: => E2F; (k11_1*m_E2F3)*1.750000e-12; vTL10: => Cd; ((k12_1+k12_2*E2F*(k12_3/(k12_3+pRB))*(k12_4/(k12_4+pRBp)))*m_CCND1*(EIF4E/(k12_5+EIF4E)))*1.750000e-12; vTL11: => Cd; ((k13_1+k13_2*E2F*(k13_3/(k13_3+pRB))*(k13_4/(k13_4+pRBp)))*m_CCND2*(EIF4E/(k13_5+EIF4E)))*1.750000e-12; vTL12: => Cd; ((k14_1+k14_2*E2F*(k14_3/(k14_3+pRB))*(k14_4/(k14_4+pRBp)))*m_CCND3*(EIF4E/(k14_5+EIF4E)))*1.750000e-12; vTL13: => Ce; (k15_1*E2F*(k15_2/(k15_2+pRB))*(k15_3/(k15_3+pRBp))*m_CCNE1)*1.750000e-12; vTL14: => Ce; (k16_1*E2F*(k16_2/(k16_2+pRB))*(k16_3/(k16_3+pRBp))*m_CCNE2)*1.750000e-12; vTL15: => Skp2; (k17_1*m_SKP2)*1.750000e-12; vTL16: => Pei; (k18_1*m_CDC25A)*1.750000e-12; vTL17: => Pai; (k19_1*m_CDC25B)*1.750000e-12; vTL18: => Pbi; (k20_1*m_CDC25C)*1.750000e-12; vTL19: => Ca; (k21_1*E2F*(k21_2/(k21_2+pRB))*(k21_3/(k21_3+pRBp))*m_CCNA2)*1.750000e-12; vTL20: => p27; ((k22_1+(k22_2*E2F*(k22_3/(k22_3+pRB))*(k22_4/(k22_4+pRBp))))*m_CDKN1B)*1.750000e-12; vTL21: => Cdh1a; (k23_1*m_CDH1)*1.750000e-12; vTL22: => Cb; (k24_1*m_CCNB1)*1.750000e-12; vTL23: => Cdc20i; (k25_1*m_CDC20)*1.750000e-12; vTL24: => Wee1; (k26_1*m_WEE1)*1.750000e-12; vTL25: => Chk1; (k27_1*m_CHEK1)*5.250000e-12; vTL26: => p21; (k28_1*m_CDKN1A)*5.250000e-12; vTL31: => L; (k33_1*m_TNFSF10*(EIF4E/(k33_2+EIF4E)))*5.250000e-12; vTL32: => R; (k34_1*m_TNFRSF10A*(EIF4E/(k34_2+EIF4E)))*5.250000e-12; vTL33: => R; (k35_1*m_TNFRSF10B*(EIF4E/(k35_2+EIF4E)))*5.250000e-12; vTL34: => flip; (k36_1*m_CFLAR*(EIF4E/(k36_2+EIF4E)))*5.250000e-12; vTL35: => pC8; (k37_1*m_CASP8*(EIF4E/(k37_2+EIF4E)))*5.250000e-12; vTL36: => pC8; (k38_1*m_CASP10*(EIF4E/(k38_2+EIF4E)))*5.250000e-12; vTL37: => Bar; (k39_1*m_BFAR*(EIF4E/(k39_2+EIF4E)))*5.250000e-12; vTL38: => pC3; (k40_1*m_CASP3*(EIF4E/(k40_2+EIF4E)))*5.250000e-12; vTL39: => pC3; (k41_1*m_CASP7*(EIF4E/(k41_2+EIF4E)))*5.250000e-12; vTL40: => pC6; (k42_1*m_CASP6*(EIF4E/(k42_2+EIF4E)))*5.250000e-12; vTL41: => XIAP; (k43_1*m_XIAP*(EIF4E/(k43_2+EIF4E)))*5.250000e-12; vTL42: => PARP; (k44_1*m_PARP1*(EIF4E/(k44_2+EIF4E)))*5.250000e-12; vTL43: => Bid; (k45_1*m_BID*(EIF4E/(k45_2+EIF4E)))*5.250000e-12; vTL44: => Bcl2c; (k46_1*m_BCL2*(EIF4E/(k46_2+EIF4E)))*5.250000e-12; vTL45: => Bcl2c; (k47_1*m_BCL2L1*(EIF4E/(k47_2+EIF4E)))*5.250000e-12; vTL46: => Bcl2c; (k48_1*m_MCL1*(EIF4E/(k48_2+EIF4E)))*5.250000e-12; vTL47: => Bax; (k49_1*m_BAX*(EIF4E/(k49_2+EIF4E)))*5.250000e-12; vTL48: => CytoCm; (k50_1*m_CYCS*(EIF4E/(k50_2+EIF4E)))*5.250000e-12; vTL49: => Smacm; (k51_1*m_DIABLO*(EIF4E/(k51_2+EIF4E)))*5.250000e-12; vTL50: => Apaf; (k52_1*m_APAF1*(EIF4E/(k52_2+EIF4E)))*5.250000e-12; vTL51: => pC9; (k53_1*m_CASP9*(EIF4E/(k53_2+EIF4E)))*5.250000e-12; vTL52: => BAD; (k54_1*m_BAD*(EIF4E/(k54_2+EIF4E)))*5.250000e-12; vTL53: => PUMA; (k55_1*m_BBC3*(EIF4E/(k55_2+EIF4E)))*5.250000e-12; vTL54: => NOXA; (k56_1*m_PMAIP1*(EIF4E/(k56_2+EIF4E)))*5.250000e-12; vTL55: => BIM; (k57_1*m_BCL2L11*(EIF4E/(k57_2+EIF4E)))*5.250000e-12; vTL56: => E; (k58_1*m_EGF*(EIF4E/(k58_2+EIF4E)))*5.250000e-12; vTL57: => H; (k59_1*m_NRG1*(EIF4E/(k59_2+EIF4E)))*5.250000e-12; vTL58: => E1; (k60_1*m_EGFR*(EIF4E/(k60_2+EIF4E)))*5.250000e-12; vTL59: => E2; (k61_1*m_ERBB2*(EIF4E/(k61_2+EIF4E)))*5.250000e-12; vTL60: => E3; (k62_1*m_ERBB3*(EIF4E/(k62_2+EIF4E)))*5.250000e-12; vTL61: => E4; (k63_1*m_ERBB4*(EIF4E/(k63_2+EIF4E)))*5.250000e-12; vTL62: => Ev3; (k64_1*m_EGFRvIII*(EIF4E/(k64_2+EIF4E)))*5.250000e-12; vTL63: => Met; (k65_1*m_MET*(EIF4E/(k65_2+EIF4E)))*5.250000e-12; vTL64: => HGF; (k66_1*m_HGF*(EIF4E/(k66_2+EIF4E)))*5.250000e-12; vTL65: => Pr; (k67_1*m_PDGFRA*(EIF4E/(k67_2+EIF4E)))*5.250000e-12; vTL66: => Pr; (k68_1*m_PDGFRB*(EIF4E/(k68_2+EIF4E)))*5.250000e-12; vTL67: => P; (k69_1*m_PDGFB*(EIF4E/(k69_2+EIF4E)))*5.250000e-12; vTL68: => Sp; (k70_1*m_SPRY2*(EIF4E/(k70_2+EIF4E)))*5.250000e-12; vTL69: => Cbl; (k71_1*m_CBL*(EIF4E/(k71_2+EIF4E)))*5.250000e-12; vTL70: => G2; (k72_1*m_GRB2*(EIF4E/(k72_2+EIF4E)))*5.250000e-12; vTL71: => PLCg; (k73_1*m_PLCG1*(EIF4E/(k73_2+EIF4E)))*5.250000e-12; vTL72: => PLCg; (k74_1*m_PLCG2*(EIF4E/(k74_2+EIF4E)))*5.250000e-12; vTL73: => PI3KC1; (k75_1*m_PIK3CA*(EIF4E/(k75_2+EIF4E)))*5.250000e-12; vTL74: => PI3KC1; (k76_1*m_PIK3CB*(EIF4E/(k76_2+EIF4E)))*5.250000e-12; vTL75: => PI3KC1; (k77_1*m_PIK3CG*(EIF4E/(k77_2+EIF4E)))*5.250000e-12; vTL76: => PI3KC1; (k78_1*m_PIK3CD*(EIF4E/(k78_2+EIF4E)))*5.250000e-12; vTL77: => PI3KR1; (k79_1*m_PIK3R1*(EIF4E/(k79_2+EIF4E)))*5.250000e-12; vTL78: => PI3KR1; (k80_1*m_PIK3R2*(EIF4E/(k80_2+EIF4E)))*5.250000e-12; vTL79: => PI3KR1; (k81_1*m_PIK3R3*(EIF4E/(k81_2+EIF4E)))*5.250000e-12; vTL80: => PI3KR1; (k82_1*m_PIK3R4*(EIF4E/(k82_2+EIF4E)))*5.250000e-12; vTL81: => PI3K2; (k83_1*m_PIK3C2A*(EIF4E/(k83_2+EIF4E)))*5.250000e-12; vTL82: => GRP; (k84_1*m_RASGRP1*(EIF4E/(k84_2+EIF4E)))*5.250000e-12; vTL83: => GRP; (k85_1*m_RASGRP3*(EIF4E/(k85_2+EIF4E)))*5.250000e-12; vTL84: => RasD; (k86_1*m_NRAS*(EIF4E/(k86_2+EIF4E)))*5.250000e-12; vTL85: => RasD; (k87_1*m_KRAS*(EIF4E/(k87_2+EIF4E)))*5.250000e-12; vTL86: => RasD; (k88_1*m_HRAS*(EIF4E/(k88_2+EIF4E)))*5.250000e-12; vTL87: => NF1; (k89_1*m_NF1*(EIF4E/(k89_2+EIF4E)))*5.250000e-12; vTL88: => CRaf; (k90_1*m_RAF1*(EIF4E/(k90_2+EIF4E)))*5.250000e-12; vTL89: => BRaf; (k91_1*m_BRAF*(EIF4E/(k91_2+EIF4E)))*5.250000e-12; vTL90: => MEK; (k92_1*m_MAP2K1*(EIF4E/(k92_2+EIF4E)))*5.250000e-12; vTL91: => MEK; (k93_1*m_MAP2K2*(EIF4E/(k93_2+EIF4E)))*5.250000e-12; vTL92: => MKP3; (k94_1*m_DUSP6*(EIF4E/(k94_2+EIF4E)))*5.250000e-12; vTL93: => RSK; (k95_1*m_RPS6KA1*(EIF4E/(k95_2+EIF4E)))*5.250000e-12; vTL94: => RSK; (k96_1*m_RPS6KA2*(EIF4E/(k96_2+EIF4E)))*5.250000e-12; vTL95: => RSK; (k97_1*m_RPS6KA3*(EIF4E/(k97_2+EIF4E)))*5.250000e-12; vTL96: => RSK; (k98_1*m_RPS6KA4*(EIF4E/(k98_2+EIF4E)))*5.250000e-12; vTL97: => MKP1; (k99_1*m_DUSP1*(EIF4E/(k99_2+EIF4E)))*5.250000e-12; vTL98: => cFos; (k100_1*m_FOS*(EIF4E/(k100_2+EIF4E)))*5.250000e-12; vTL99: => cJun; (k101_1*m_JUN*(EIF4E/(k101_2+EIF4E)))*5.250000e-12; vTL100: => cMyc; (k102_1*m_MYC*(EIF4E/(k102_2+EIF4E)))*5.250000e-12; vTL101: => bCATENIN; (k103_1*m_CTNNB1*(EIF4E/(k103_2+EIF4E)))*5.250000e-12; vTL102: => PTEN; (k104_1*m_PTEN*(EIF4E/(k104_2+EIF4E)))*5.250000e-12; vTL103: => AKT; (k105_1*m_AKT1*(EIF4E/(k105_2+EIF4E)))*5.250000e-12; vTL104: => AKT; (k106_1*m_AKT2*(EIF4E/(k106_2+EIF4E)))*5.250000e-12; vTL105: => PDK1; (k107_1*m_PDPK1*(EIF4E/(k107_2+EIF4E)))*5.250000e-12; vTL106: => Rictor; (k108_1*m_RICTOR*(EIF4E/(k108_2+EIF4E)))*5.250000e-12; vTL107: => mTOR; (k109_1*m_MTOR*(EIF4E/(k109_2+EIF4E)))*5.250000e-12; vTL108: => GSK3b; (k110_1*m_GSK3B*(EIF4E/(k110_2+EIF4E)))*5.250000e-12; vTL109: => TSC1; (k111_1*m_TSC1*(EIF4E/(k111_2+EIF4E)))*5.250000e-12; vTL110: => TSC2; (k112_1*m_TSC2*(EIF4E/(k112_2+EIF4E)))*5.250000e-12; vTL111: => PKC; (k113_1*m_PRKCA*(EIF4E/(k113_2+EIF4E)))*5.250000e-12; vTL112: => PKC; (k114_1*m_PRKCB*(EIF4E/(k114_2+EIF4E)))*5.250000e-12; vTL113: => PKC; (k115_1*m_PRKCG*(EIF4E/(k115_2+EIF4E)))*5.250000e-12; vTL114: => PKC; (k116_1*m_PRKCD*(EIF4E/(k116_2+EIF4E)))*5.250000e-12; vTL115: => RKIP; (k117_1*m_PEBP1*(EIF4E/(k117_2+EIF4E)))*5.250000e-12; vTL116: => ERK; (k118_1*m_MAPK1*(EIF4E/(k118_2+EIF4E)))*5.250000e-12; vTL117: => ERK; (k119_1*m_MAPK3*(EIF4E/(k119_2+EIF4E)))*5.250000e-12; vTL118: => FOXO; (k120_1*m_FOXO3*(EIF4E/(k120_2+EIF4E)))*5.250000e-12; vTL119: => RhebD; (k121_1*m_RHEB*(EIF4E/(k121_2+EIF4E)))*5.250000e-12; vTL120: => Raptor; (k122_1*m_RPTOR*(EIF4E/(k122_2+EIF4E)))*5.250000e-12; vTL121: => S6K; (k123_1*m_RPS6KB1*(EIF4E/(k123_2+EIF4E)))*5.250000e-12; vTL122: => S6K; (k124_1*m_RPS6KB2*(EIF4E/(k124_2+EIF4E)))*5.250000e-12; vTL123: => EIF4EBP1; (k125_1*m_EIF4EBP1*(EIF4E/(k125_2+EIF4E)))*5.250000e-12; vTL124: => SOS; (k126_1*m_SOS1*(EIF4E/(k126_2+EIF4E)))*5.250000e-12; vTL125: => ARF; (k127_1*m_CDKN2A*(EIF4E/(k127_2+EIF4E)))*5.250000e-12; vTL126: => MDM4; (k128_1*m_MDM4*(EIF4E/(k128_2+EIF4E)))*5.250000e-12; vTL127: => Fr; (k129_1*m_FGFR1*(EIF4E/(k129_2+EIF4E)))*5.250000e-12; vTL128: => Fr; (k130_1*m_FGFR2*(EIF4E/(k130_2+EIF4E)))*5.250000e-12; vTL129: => F; (k131_1*m_FGF1*(EIF4E/(k131_2+EIF4E)))*5.250000e-12; vTL130: => F; (k132_1*m_FGF2*(EIF4E/(k132_2+EIF4E)))*5.250000e-12; vTL131: => EIF4E; (k133_1*m_EIF4E*(EIF4E/(k133_2+EIF4E)))*5.250000e-12; vTL132: => IRS; (k134_1*m_IRS1*(EIF4E/(k134_2+EIF4E)))*5.250000e-12; vTL133: => IRS; (k135_1*m_IRS2*(EIF4E/(k135_2+EIF4E)))*5.250000e-12; vTL134: => I; (k136_1*m_IGF1*(EIF4E/(k136_2+EIF4E)))*5.250000e-12; vTL135: => I; (k137_1*m_IGF2*(EIF4E/(k137_2+EIF4E)))*5.250000e-12; vTL136: => Ir; (k138_1*m_IGF1R*(EIF4E/(k138_2+EIF4E)))*5.250000e-12; vTL137: => MSH6; (k139_1*m_MSH6*(EIF4E/(k139_2+EIF4E)))*5.250000e-12; vTL138: => BRCA2; (k140_1*m_BRCA2*(EIF4E/(k140_2+EIF4E)))*5.250000e-12; vTL139: => MGMT; (k141_1*m_MGMT*(EIF4E/(k141_2+EIF4E)))*5.250000e-12; vTL140: => Isr; (k142_1*m_INSR*(EIF4E/(k142_2+EIF4E)))*5.250000e-12; vTL141: => INS; (k143_1*m_INS*(EIF4E/(k143_2+EIF4E)))*5.250000e-12; vTLCd1: p53inac => ; (k144*p53inac)*1.750000e-12; vTLCd2: MDM2 => ; (k145*MDM2)*1.750000e-12; vTLCd3: Wip1 => ; (k146*Wip1)*1.750000e-12; vTLCd4: BRCA2 => ; (k147*BRCA2)*1.750000e-12; vTLCd5: MSH6 => ; (k148*MSH6)*1.750000e-12; vTLCd6: MGMT => ; (k149*MGMT)*1.750000e-12; vTLCd7: ARF => ; (k150*ARF)*1.750000e-12; vTLCd8: MDM4 => ; (k151*MDM4)*1.750000e-12; vTLCd9: ATMinac => ; (k152*ATMinac)*1.750000e-12; vTLCd10: ATRinac => ; (k153*ATRinac)*1.750000e-12; vTLCd11: pRB => ; (k154*pRB)*1.750000e-12; vTLCd12: E2F => ; (k155*E2F)*1.750000e-12; vTLCd13: Cd => ; (k156*Cd)*1.750000e-12; vTLCd14: Ce => ; (k157*Ce)*1.750000e-12; vTLCd15: Skp2 => ; (k158*Skp2)*1.750000e-12; vTLCd16: Pai => ; (k159*Pai)*1.750000e-12; vTLCd17: Pei => ; (k160*Pei)*1.750000e-12; vTLCd18: Pbi => ; (k161*Pbi)*1.750000e-12; vTLCd19: Ca => ; (k162*Ca)*1.750000e-12; vTLCd20: p27 => ; (k163*p27)*1.750000e-12; vTLCd21: Cdh1a => ; (k164*Cdh1a)*1.750000e-12; vTLCd22: Cb => ; (k165*Cb)*1.750000e-12; vTLCd23: Cdc20i => ; (k166*Cdc20i)*1.750000e-12; vTLCd24: Wee1 => ; (k167*Wee1)*1.750000e-12; vTLCd25: Chk1 => ; (k168*Chk1)*1.750000e-12; vTLCd26: p21 => ; (k169*p21)*1.750000e-12; vTLCd27: L => ; (k170*L)*5.250000e-12; vTLCd28: R => ; (k171*R)*5.250000e-12; vTLCd29: flip => ; (k172*flip)*5.250000e-12; vTLCd30: pC8 => ; (k173*pC8)*5.250000e-12; vTLCd31: Bar => ; (k174*Bar)*5.250000e-12; vTLCd32: pC3 => ; (k175*pC3)*5.250000e-12; vTLCd33: pC6 => ; (k176*pC6)*5.250000e-12; vTLCd34: XIAP => ; (k177*XIAP)*5.250000e-12; vTLCd35: PARP => ; (k178*PARP)*5.250000e-12; vTLCd36: Bid => ; (k179*Bid)*5.250000e-12; vTLCd37: Bcl2c => ; (k180*Bcl2c)*5.250000e-12; vTLCd38: Bax => ; (k181*Bax)*5.250000e-12; vTLCd39: CytoCm => ; (k182*CytoCm)*3.675000e-13; vTLCd40: Smacm => ; (k183*Smacm)*3.675000e-13; vTLCd41: Apaf => ; (k184*Apaf)*5.250000e-12; vTLCd42: pC9 => ; (k185*pC9)*5.250000e-12; vTLCd43: BAD => ; (k186*BAD)*5.250000e-12; vTLCd44: PUMA => ; (k187*PUMA)*5.250000e-12; vTLCd45: NOXA => ; (k188*NOXA)*5.250000e-12; vTLCd46: BIM => ; (k189*BIM)*5.250000e-12; vTLCd47: E => ; (k190*E)*5.250000e-12; vTLCd48: H => ; (k191*H)*5.250000e-12; vTLCd49: HGF => ; (k192*HGF)*5.250000e-12; vTLCd50: P => ; (k193*P)*5.250000e-12; vTLCd51: F => ; (k194*F)*5.250000e-12; vTLCd52: I => ; (k195*I)*5.250000e-12; vTLCd53: INS => ; (k196*INS)*5.250000e-12; vTLCd54: E1 => ; (k197*E1)*5.250000e-12; vTLCd55: E2 => ; (k198*E2)*5.250000e-12; vTLCd56: E3 => ; (k199*E3)*5.250000e-12; vTLCd57: E4 => ; (k200*E4)*5.250000e-12; vTLCd58: Ev3 => ; (k201*Ev3)*5.250000e-12; vTLCd59: Met => ; (k202*Met)*5.250000e-12; vTLCd60: Pr => ; (k203*Pr)*5.250000e-12; vTLCd61: Fr => ; (k204*Fr)*5.250000e-12; vTLCd62: Ir => ; (k205*Ir)*5.250000e-12; vTLCd63: Isr => ; (k206*Isr)*5.250000e-12; vTLCd64: IRS => ; (k207*IRS)*5.250000e-12; vTLCd65: Sp => ; (k208*Sp)*5.250000e-12; vTLCd66: Cbl => ; (k209*Cbl)*5.250000e-12; vTLCd67: G2 => ; (k210*G2)*5.250000e-12; vTLCd68: PLCg => ; (k211*PLCg)*5.250000e-12; vTLCd69: PI3KC1 => ; (k212*PI3KC1)*5.250000e-12; vTLCd70: PI3KR1 => ; (k213*PI3KR1)*5.250000e-12; vTLCd71: PI3K2 => ; (k214*PI3K2)*5.250000e-12; vTLCd72: GRP => ; (k215*GRP)*5.250000e-12; vTLCd73: RasD => ; (k216*RasD)*5.250000e-12; vTLCd74: NF1 => ; (k217*NF1)*5.250000e-12; vTLCd75: CRaf => ; (k218*CRaf)*5.250000e-12; vTLCd76: BRaf => ; (k219*BRaf)*5.250000e-12; vTLCd77: MEK => ; (k220*MEK)*5.250000e-12; vTLCd78: MKP3 => ; (k221*MKP3)*1.750000e-12; vTLCd79: RSK => ; (k222*RSK)*1.750000e-12; vTLCd80: MKP1 => ; (k223*MKP1)*1.750000e-12; vTLCd81: cFos => ; (k224*cFos)*1.750000e-12; vTLCd82: cJun => ; (k225*cJun)*5.250000e-12; vTLCd83: cMyc => ; (k226*cMyc)*5.250000e-12; vTLCd84: bCATENIN => ; (k227*bCATENIN)*5.250000e-12; vTLCd85: PTEN => ; (k228*PTEN)*5.250000e-12; vTLCd86: AKT => ; (k229*AKT)*5.250000e-12; vTLCd87: PDK1 => ; (k230*PDK1)*5.250000e-12; vTLCd88: Rictor => ; (k231*Rictor)*5.250000e-12; vTLCd89: mTOR => ; (k232*mTOR)*5.250000e-12; vTLCd90: GSK3b => ; (k233*GSK3b)*5.250000e-12; vTLCd91: TSC1 => ; (k234*TSC1)*5.250000e-12; vTLCd92: TSC2 => ; (k235*TSC2)*5.250000e-12; vTLCd93: PKC => ; (k236*PKC)*5.250000e-12; vTLCd94: RKIP => ; (k237*RKIP)*5.250000e-12; vTLCd95: ERK => ; (k238*ERK)*5.250000e-12; vTLCd96: FOXO => ; (k239*FOXO)*5.250000e-12; vTLCd97: RhebD => ; (k240*RhebD)*5.250000e-12; vTLCd98: Raptor => ; (k241*Raptor)*5.250000e-12; vTLCd99: S6K => ; (k242*S6K)*5.250000e-12; vTLCd100: EIF4EBP1 => ; (k243*EIF4EBP1)*5.250000e-12; vTLCd101: SOS => ; (k244*SOS)*5.250000e-12; vTLCd102: EIF4E => ; (k245*EIF4E)*5.250000e-12; vE1: EIF4E + mT => EIF4E_mT; (k246*EIF4E*mT)*5.250000e-12; vE2: EIF4E_mT => EIF4E + mT; (k247*EIF4E_mT)*5.250000e-12; vE3: => mT; (k248_1)*5.250000e-12; vE4: mT => ; (k249*mT)*5.250000e-12; vE5: EIF4E_mT => ; (k250*EIF4E_mT)*5.250000e-12; vD1: => p53inac; (k251)*1.750000e-12; vD2: p53inac => ; (k252_1*MDM2*p53inac)*1.750000e-12; vD3: p53inac => p53ac; (k253_1+k253_2*p53inac*((ATMP^k253_3)/((ATMP^k253_3)+(k253_4^k253_3))+(ATRac^k253_3)/((ATRac^k253_3)+(k253_4^k253_3))))*1.750000e-12; vD4: p53ac => p53inac; (k254_1*Wip1*p53ac)*1.750000e-12; vD5: p53inac => ; (k255_1*p53inac)*1.750000e-12; vD6: p53ac => ; (k256_1*MDM2*p53ac)*1.750000e-12; vD7: => MDM2; (k257)*1.750000e-12; vD8: => MDM2; (k258)*1.750000e-12; vD9: MDM2 => ; (k259_1*MDM2*ATMP)*1.750000e-12; vD10: MDM2 => ; (k260_1*MDM2*ATRac)*1.750000e-12; vD11: MDM2 => ; (k261_1*MDM2)*1.750000e-12; vD12: => Wip1; (k262)*1.750000e-12; vD13: Wip1 => ; (k263_1*Wip1)*1.750000e-12; vD14: => ATMP; (k264_1*((damageDSB^k264_2)/((k264_3^k264_2)+(damageDSB^k264_2))))*1.750000e-12; vD15: ATMP => ; (k265_1*ATMP*(Wip1^k265_2)/((Wip1^k265_2)+(k265_3^k265_2)))*1.750000e-12; vD16: ATMP => ; (k266_1*ATMP)*1.750000e-12; vD17: => ATRac; (k267_1*((damageSSB^k267_2)/((k267_3^k267_2)+(damageSSB^k267_2))))*1.750000e-12; vD18: ATRac => ; (k268_1*ATRac)*1.750000e-12; vD19: MDM2product1 => ; (MDM2product1/k269_1)*1.750000e-12; vD20: => MDM2product1; (p53ac/k270_1)*1.750000e-12; vD21: MDM2product2 => ; (MDM2product2/k271_1)*1.750000e-12; vD22: => MDM2product2; (MDM2product1/k272_1)*1.750000e-12; vD23: MDM2product3 => ; (MDM2product3/k273_1)*1.750000e-12; vD24: => MDM2product3; (MDM2product2/k274_1)*1.750000e-12; vD25: MDM2product4 => ; (MDM2product4/k275_1)*1.750000e-12; vD26: => MDM2product4; (MDM2product3/k276_1)*1.750000e-12; vD27: MDM2product5 => ; (MDM2product5/k277_1)*1.750000e-12; vD28: => MDM2product5; (MDM2product4/k278_1)*1.750000e-12; vD29: MDM2product6 => ; (MDM2product6/k279_1)*1.750000e-12; vD30: => MDM2product6; (MDM2product5/k280_1)*1.750000e-12; vD31: MDM2product7 => ; (MDM2product7/k281_1)*1.750000e-12; vD32: => MDM2product7; (MDM2product6/k282_1)*1.750000e-12; vD33: MDM2product8 => ; (MDM2product8/k283_1)*1.750000e-12; vD34: => MDM2product8; (MDM2product7/k284_1)*1.750000e-12; vD35: MDM2product9 => ; (MDM2product9/k285_1)*1.750000e-12; vD36: => MDM2product9; (MDM2product8/k286_1)*1.750000e-12; vD37: MDM2pro => ; (MDM2pro/k287_1)*1.750000e-12; vD38: => MDM2pro; (MDM2product9/k288_1)*1.750000e-12; vD39: Wip1product1 => ; (Wip1product1/k289_1)*1.750000e-12; vD40: => Wip1product1; (p53ac/k290_1)*1.750000e-12; vD41: Wip1product2 => ; (Wip1product2/k291_1)*1.750000e-12; vD42: => Wip1product2; (Wip1product1/k292_1)*1.750000e-12; vD43: Wip1product3 => ; (Wip1product3/k293_1)*1.750000e-12; vD44: => Wip1product3; (Wip1product2/k294_1)*1.750000e-12; vD45: Wip1product4 => ; (Wip1product4/k295_1)*1.750000e-12; vD46: => Wip1product4; (Wip1product3/k296_1)*1.750000e-12; vD47: Wip1product5 => ; (Wip1product5/k297_1)*1.750000e-12; vD48: => Wip1product5; (Wip1product4/k298_1)*1.750000e-12; vD49: Wip1product6 => ; (Wip1product6/k299_1)*1.750000e-12; vD50: => Wip1product6; (Wip1product5/k300_1)*1.750000e-12; vD51: Wip1product7 => ; (Wip1product7/k301_1)*1.750000e-12; vD52: => Wip1product7; (Wip1product6/k302_1)*1.750000e-12; vD53: Wip1product8 => ; (Wip1product8/k303_1)*1.750000e-12; vD54: => Wip1product8; (Wip1product7/k304_1)*1.750000e-12; vD55: Wip1product9 => ; (Wip1product9/k305_1)*1.750000e-12; vD56: => Wip1product9; (Wip1product8/k306_1)*1.750000e-12; vD57: Wip1pro => ; (Wip1pro/k307_1)*1.750000e-12; vD58: => Wip1pro; (Wip1product9/k308_1)*1.750000e-12; vD59: MDM2 => ; (k309_1*ARF*MDM2)*1.750000e-12; vD60: pMDM2 => ; (k310_1*ARF*pMDM2)*1.750000e-12; vD61: p53ac + MDM4 => p53ac_MDM4; (k311_1*MDM4*p53ac)*1.750000e-12; vD62: p53ac_MDM4 => p53ac + MDM4; (k312_1*p53ac_MDM4)*1.750000e-12; vD63: damageDSB => ; (k313_1*BRCA2*damageDSB)*1.750000e-12; vD64: damageSSB => ; (k314_1*MSH6*damageSSB)*1.750000e-12; vD65: damageSSB => ; (k315_1*MGMT*damageSSB)*1.750000e-12; vD66: => damageDSB + damageSSB; ((k316_1+k316_2*(k316_3/(k316_3+k316_4)))*(((Ma+Me)^k316_5)/(((Ma+Me)^k316_5)+(k316_6^k316_5))))*1.750000e-12; vC1: => pRB; (k317_1)*1.750000e-12; vC2: pRB + E2F => pRBc1; (k318*pRB*E2F)*1.750000e-12; vC3: pRBc1 => pRB + E2F; (k319*pRBc1)*1.750000e-12; vC4: pRB => pRBp; (k320_1*(pRB/(k320_2+pRB))*(Md+Mdp27))*1.750000e-12; vC5: pRBp => pRB; (k321_1*(pRBp/(k321_2+pRBp)))*1.750000e-12; vC6: pRB => ; (k322*pRB)*1.750000e-12; vC7: pRBp => pRBpp; (k323_1*(pRBp/(k323_2+pRBp))*Me)*1.750000e-12; vC8: pRBpp => pRBp; (k324_1*(pRBpp/(k324_2+pRBpp)))*1.750000e-12; vC9: pRBp + E2F => pRBc2; (k325*pRBp*E2F)*1.750000e-12; vC10: pRBc2 => pRBp + E2F; (k326*pRBc2)*1.750000e-12; vC11: pRBp => ; (k327*pRBp)*1.750000e-12; vC12: pRBpp => ; (k328*pRBpp)*1.750000e-12; vC13: => E2F; (k329)*1.750000e-12; vC14: E2F => E2Fp; (k330_1*Ma*(E2F/(E2F+k330_2)))*1.750000e-12; vC15: E2Fp => E2F; (k331_1*(E2Fp/(E2Fp+k331_2)))*1.750000e-12; vC16: E2F => ; (k332*E2F)*1.750000e-12; vC17: E2Fp => ; (k333*E2Fp)*1.750000e-12; vC18: => Cd; (k334)*1.750000e-12; vC19: Cd => Mdi; (k335_1*Cd*(k335_2-(Mdi+Md+Mdp27+Mdp21)))*1.750000e-12; vC20: Mdi => Cd; (k336*Mdi)*1.750000e-12; vC21: Cd => ; (k337_1*(Cd/(k337_2+Cd)))*1.750000e-12; vC22: Cd => ; (k338*Cd)*1.750000e-12; vC23: Md => Mdi; (k339_1*(Md/(k339_2+Md)))*1.750000e-12; vC24: Mdi => Md; (k340_1*(Mdi/(k340_2+Mdi)))*1.750000e-12; vC25: Md + p27 => Mdp27; (k341*Md*p27)*1.750000e-12; vC26: Mdp27 => Md + p27; (k342*Mdp27)*1.750000e-12; vC27: => Ce; (k343)*1.750000e-12; vC28: Ce => Mei; (k344_1*Ce*(k344_2-(Mei+Me+Mep27+Mep21+Mai+Ma+Map27+Map21)))*1.750000e-12; vC29: Mei => Ce; (k345*Mei)*1.750000e-12; vC30: Ce => ; (k346_1*(Skp2/(k346_2+Skp2))*(Ce/(k346_3+Ce)))*1.750000e-12; vC31: Me => Mei; (k347_1*(Wee1+k347_2)*(Me/(k347_3+Me)))*1.750000e-12; vC32: Mei => Me; (k348_1*Pe*(Mei/(k348_2+Mei)))*1.750000e-12; vC33: Me + p27 => Mep27; (k349*Me*p27)*1.750000e-12; vC34: Mep27 => Me + p27; (k350*Mep27)*1.750000e-12; vC35: => Skp2; (k351)*1.750000e-12; vC36: Skp2 => ; (k352_1*(Skp2/(k352_2+Skp2))*(Cdh1a/(k352_3+Cdh1a)))*1.750000e-12; vC37: Skp2 => ; (k353*Skp2)*1.750000e-12; vC38: => Pei; (k354)*1.750000e-12; vC39: Pe => Pei; (k355_1*(k355_2+(k355_3*Chk1))*(Pe/(k355_4+Pe)))*1.750000e-12; vC40: Pei => Pe; (k356_1*(Me+k356_2)*(Pei/(k356_3+Pei)))*1.750000e-12; vC41: Pei => ; (k357*Pei)*1.750000e-12; vC42: Pe => ; (k358*Pe)*1.750000e-12; vC43: => Ca; (k359)*1.750000e-12; vC44: Ca => Mai; (k360_1*Ca*(k360_2-(Mei+Me+Mep27+Mep21+Mai+Ma+Map27+Map21)))*1.750000e-12; vC45: Mai => Ca; (k361*Mai)*1.750000e-12; vC46: Ca => ; (k362_1*(Ca/(k362_2+Ca))*(Cdc20a/(k362_3+Cdc20a)))*1.750000e-12; vC47: Ca => ; (k363*Ca)*1.750000e-12; vC48: Ma => Mai; (k364_1*(Wee1+k364_2)*(Ma/(k364_3+Ma)))*1.750000e-12; vC49: Mai => Ma; (k365_1*Pa*(Mai/(k365_2+Mai)))*1.750000e-12; vC50: Ma + p27 => Map27; (k366*Ma*p27)*1.750000e-12; vC51: Map27 => Ma + p27; (k367*Map27)*1.750000e-12; vC52: p27 => p27p; (k368_1*Me*(p27/(p27+k368_2)))*1.750000e-12; vC53: p27p => p27; (k369_1*(p27p/(p27p+k369_2)))*1.750000e-12; vC54: p27p => ; (k370_1*(Skp2/(Skp2+k370_2))*(p27p/(p27p+k370_3)))*1.750000e-12; vC55: p27p => ; (k371*p27p)*1.750000e-12; vC56: Cdh1a => Cdh1i; (k372_1*(Cdh1a/(k372_2+Cdh1a))*(Ma+Mb))*1.750000e-12; vC57: Cdh1i => Cdh1a; (k373_1*(Cdh1i/(k373_2+Cdh1i)))*1.750000e-12; vC58: Cdh1i => ; (k374*Cdh1i)*1.750000e-12; vC59: => Cdh1a; (k375)*1.750000e-12; vC60: Cdh1a => ; (k376*Cdh1a)*1.750000e-12; vC61: => Pai; (k377)*1.750000e-12; vC62: Pa => Pai; (k378_1*(k378_2+(k378_3*Chk1))*(Pa/(k378_4+Pa)))*1.750000e-12; vC63: Pai => Pa; (k379_1*(Ma+k379_2)*(Pai/(k379_3+Pai)))*1.750000e-12; vC64: Pai => ; (k380*Pai)*1.750000e-12; vC65: Pa => ; (k381*Pa)*1.750000e-12; vC66: => Cb; (k382)*1.750000e-12; vC67: Cb => Mbi; (k383_1*Cb*(k383_2-(Mbi+Mb+Mbp27+Mbp21)))*1.750000e-12; vC68: Mbi => Cb; (k384*Mbi)*1.750000e-12; vC69: Cb => ; (k385_1*(Cb/(k385_2+Cb))*((Cdc20a/(k385_3+Cdc20a))+(Cdh1a/(k385_4+Cdh1a))))*1.750000e-12; vC70: Cb => ; (k386*Cb)*1.750000e-12; vC71: Mb => Mbi; (k387_1*(Wee1+k387_2)*(Mb/(k387_3+Mb)))*1.750000e-12; vC72: Mbi => Mb; (k388_1*Pb*(Mbi/(k388_2+Mbi)))*1.750000e-12; vC73: p27 + Mb => Mbp27; (k389*p27*Mb)*1.750000e-12; vC74: Mbp27 => p27 + Mb; (k390*Mbp27)*1.750000e-12; vC75: => Cdc20i; (k391)*1.750000e-12; vC76: Cdc20i => Cdc20a; (k392_1*Mb*(Cdc20i/(k392_2+Cdc20i)))*1.750000e-12; vC77: Cdc20a => Cdc20i; (k393_1*(Cdc20a/(k393_2+Cdc20a)))*1.750000e-12; vC78: Cdc20i => ; (k394*Cdc20i)*1.750000e-12; vC79: Cdc20a => ; (k395*Cdc20a)*1.750000e-12; vC80: => Pbi; (k396)*1.750000e-12; vC81: Pb => Pbi; (k397_1*(k397_2+(k397_3*Chk1))*(Pb/(k397_4+Pb)))*1.750000e-12; vC82: Pbi => Pb; (k398_1*(Mb+k398_2)*(Pbi/(k398_3+Pbi)))*1.750000e-12; vC83: Pbi => ; (k399*Pbi)*1.750000e-12; vC84: Pb => ; (k400*Pb)*1.750000e-12; vC85: => Wee1; (k401)*1.750000e-12; vC86: Wee1 => Wee1p; (k402_1*(Mb+k402_2)*(Wee1/(k402_3+Wee1)))*1.750000e-12; vC87: Wee1p => Wee1; (k403_1*(Wee1p/(k403_2+Wee1p)))*1.750000e-12; vC88: Wee1 => ; (k404*Wee1)*1.750000e-12; vC89: Wee1p => ; (k405*Wee1p)*1.750000e-12; vC90: => Chk1; (k406_1*ATRac*((k406_2-Chk1)/(k406_3+(k406_2-Chk1))))*1.750000e-12; vC91: Chk1 => ; (k407_1*(Chk1/(k407_2+Chk1)))*1.750000e-12; vC92: Ce => ; (k408*Ce)*1.750000e-12; vC93: => p27; (k409)*1.750000e-12; vC94: => p27; (k410)*1.750000e-12; vC95: p27 => ; (k411*p27)*1.750000e-12; vC96: Md + p21 => Mdp21; (k412*Md*p21)*1.750000e-12; vC97: Mdp21 => Md + p21; (k413*Mdp21)*1.750000e-12; vC98: Me + p21 => Mep21; (k414*Me*p21)*1.750000e-12; vC99: Mep21 => Me + p21; (k415*Mep21)*1.750000e-12; vC100: Ma + p21 => Map21; (k416*Ma*p21)*1.750000e-12; vC101: Map21 => Ma + p21; (k417*Map21)*1.750000e-12; vC102: Mb + p21 => Mbp21; (k418*Mb*p21)*1.750000e-12; vC103: Mbp21 => Mb + p21; (k419*Mbp21)*1.750000e-12; vC104: p21 => ; (k420*p21)*1.750000e-12; vA1: L + R => L_R; (k421*L*R)*5.250000e-12; vA2: L_R => L + R; (k422*L_R)*5.250000e-12; vA3: L_R => Ractive; (k423*L_R)*5.250000e-12; vA4: Ractive + flip => Ractive_flip; (k424*Ractive*flip)*5.250000e-12; vA5: Ractive_flip => Ractive + flip; (k425*Ractive_flip)*5.250000e-12; vA6: Ractive + pC8 => Ractive_pC8; (k426*Ractive*pC8)*5.250000e-12; vA7: Ractive_pC8 => Ractive + pC8; (k427*Ractive_pC8)*5.250000e-12; vA8: Ractive_pC8 => Ractive + C8; (k428*Ractive_pC8)*5.250000e-12; vA9: C8 + Bar => C8_Bar; (k429*C8*Bar)*5.250000e-12; vA10: C8_Bar => C8 + Bar; (k430*C8_Bar)*5.250000e-12; vA11: C8 + pC3 => C8_pC3; (k431*C8*pC3)*5.250000e-12; vA12: C8_pC3 => C8 + pC3; (k432*C8_pC3)*5.250000e-12; vA13: C8_pC3 => C8 + C3; (k433*C8_pC3)*5.250000e-12; vA14: C3 + pC6 => C3_pC6; (k434*C3*pC6)*5.250000e-12; vA15: C3_pC6 => C3 + pC6; (k435*C3_pC6)*5.250000e-12; vA16: C3_pC6 => C3 + C6; (k436*C3_pC6)*5.250000e-12; vA17: pC8 + C6 => C6_C8; (k437*pC8*C6)*5.250000e-12; vA18: C6_C8 => pC8 + C6; (k438*C6_C8)*5.250000e-12; vA19: C6_C8 => C8 + C6; (k439*C6_C8)*5.250000e-12; vA20: C3 + XIAP => C3_XIAP; (k440*C3*XIAP)*5.250000e-12; vA21: C3_XIAP => C3 + XIAP; (k441*C3_XIAP)*5.250000e-12; vA22: C3_XIAP => XIAP + C3_Ub; (k442*C3_XIAP)*5.250000e-12; vA23: C3 + PARP => C3_PARP; (k443*C3*PARP)*5.250000e-12; vA24: C3_PARP => C3 + PARP; (k444*C3_PARP)*5.250000e-12; vA25: C3_PARP => C3 + cPARP; (k445*C3_PARP)*5.250000e-12; vA26: C8 + Bid => C8_Bid; (k446*C8*Bid)*5.250000e-12; vA27: C8_Bid => C8 + Bid; (k447*C8_Bid)*5.250000e-12; vA28: C8_Bid => C8 + tBid; (k448*C8_Bid)*5.250000e-12; vA29: tBid + Bcl2c => tBid_Bcl2c; (k449*tBid*Bcl2c)*5.250000e-12; vA30: tBid_Bcl2c => tBid + Bcl2c; (k450*tBid_Bcl2c)*5.250000e-12; vA31: tBid + Bax => tBid_Bax; (k451*tBid*Bax)*5.250000e-12; vA32: tBid_Bax => tBid + Bax; (k452*tBid_Bax)*5.250000e-12; vA33: tBid_Bax => tBid + Baxactive; (k453*tBid_Bax)*5.250000e-12; vA34: Baxactive => Baxm; (k454*Baxactive)*5.250000e-12; vA35: Baxm => Baxactive; (k455*Baxm)*3.675000e-13; vA36: Baxm + Bcl2 => Baxm_Bcl2; (k456*Baxm*Bcl2)*3.675000e-13; vA37: Baxm_Bcl2 => Baxm + Bcl2; (k457*Baxm_Bcl2)*3.675000e-13; vA38: Baxm + Baxm => Bax2; (k458*Baxm*Baxm)*3.675000e-13; vA39: Bax2 => Baxm + Baxm; (k459*Bax2)*3.675000e-13; vA40: Bcl2 + Bax2 => Bax2_Bcl2; (k460*Bcl2*Bax2)*3.675000e-13; vA41: Bax2_Bcl2 => Bcl2 + Bax2; (k461*Bax2_Bcl2)*3.675000e-13; vA42: Bax2 + Bax2 => Bax4; (k462*Bax2*Bax2)*3.675000e-13; vA43: Bax4 => Bax2 + Bax2; (k463*Bax4)*3.675000e-13; vA44: Bcl2 + Bax4 => Bax4_Bcl2; (k464*Bcl2*Bax4)*3.675000e-13; vA45: Bax4_Bcl2 => Bcl2 + Bax4; (k465*Bax4_Bcl2)*3.675000e-13; vA46: Bax4 + M => Bax4_M; (k466*Bax4*M)*3.675000e-13; vA47: Bax4_M => Bax4 + M; (k467*Bax4_M)*3.675000e-13; vA48: Bax4_M => Bax4 + Mactive; (k468*Bax4_M)*3.675000e-13; vA49: Mactive + CytoCm => Mactive_CytoCm; (k469*Mactive*CytoCm)*3.675000e-13; vA50: Mactive_CytoCm => Mactive + CytoCm; (k470*Mactive_CytoCm)*3.675000e-13; vA51: Mactive_CytoCm => Mactive + CytoCr; (k471*Mactive_CytoCm)*3.675000e-13; vA52: Mactive + Smacm => Mactive_Smacm; (k472*Mactive*Smacm)*3.675000e-13; vA53: Mactive_Smacm => Mactive + Smacm; (k473*Mactive_Smacm)*3.675000e-13; vA54: Mactive_Smacm => Mactive + Smacr; (k474*Mactive_Smacm)*3.675000e-13; vA55: CytoCr => CytoC; (k475*CytoCr)*3.675000e-13; vA56: CytoC => CytoCr; (k476*CytoC)*5.250000e-12; vA57: CytoC + Apaf => CytoC_Apaf; (k477*CytoC*Apaf)*5.250000e-12; vA58: CytoC_Apaf => CytoC + Apaf; (k478*CytoC_Apaf)*5.250000e-12; vA59: CytoC_Apaf => CytoC + Apafactive; (k479*CytoC_Apaf)*5.250000e-12; vA60: Apafactive + pC9 => Apop; (k480*Apafactive*pC9)*5.250000e-12; vA61: Apop => Apafactive + pC9; (k481*Apop)*5.250000e-12; vA62: pC3 + Apop => Apop_C3; (k482*pC3*Apop)*5.250000e-12; vA63: Apop_C3 => pC3 + Apop; (k483*Apop_C3)*5.250000e-12; vA64: Apop_C3 => C3 + Apop; (k484*Apop_C3)*5.250000e-12; vA65: Smacr => Smac; (k485*Smacr)*3.675000e-13; vA66: Smac => Smacr; (k486*Smac)*5.250000e-12; vA67: XIAP + Apop => Apop_XIAP; (k487*XIAP*Apop)*5.250000e-12; vA68: Apop_XIAP => XIAP + Apop; (k488*Apop_XIAP)*5.250000e-12; vA69: XIAP + Smac => Smac_XIAP; (k489*XIAP*Smac)*5.250000e-12; vA70: Smac_XIAP => XIAP + Smac; (k490*Smac_XIAP)*5.250000e-12; vA71: Bcl2c + BAD => Bcl2c_BAD; (k491*Bcl2c*BAD)*5.250000e-12; vA72: Bcl2c_BAD => Bcl2c + BAD; (k492*Bcl2c_BAD)*5.250000e-12; vA73: Bcl2c + PUMA => Bcl2c_PUMA; (k493*Bcl2c*PUMA)*5.250000e-12; vA74: Bcl2c_PUMA => Bcl2c + PUMA; (k494*Bcl2c_PUMA)*5.250000e-12; vA75: Bcl2c + NOXA => Bcl2c_NOXA; (k495*Bcl2c*NOXA)*5.250000e-12; vA76: Bcl2c_NOXA => Bcl2c + NOXA; (k496*Bcl2c_NOXA)*5.250000e-12; vA77: Bax + BIM => BIM_Bax; (k497*Bax*BIM)*5.250000e-12; vA78: BIM_Bax => Bax + BIM; (k498*BIM_Bax)*5.250000e-12; vA79: BIM_Bax => Baxactive + BIM; (k499*BIM_Bax)*5.250000e-12; vA80: Bcl2c + BIM => Bcl2c_BIM; (k500*Bcl2c*BIM)*5.250000e-12; vA81: Bcl2c_BIM => Bcl2c + BIM; (k501*Bcl2c_BIM)*5.250000e-12; vA82: Mactive => M; (k502*Mactive)*3.675000e-13; vA83: Smacr => Smacm; (k503*Smacr)*3.675000e-13; vA84: CytoCr => CytoCm; (k504*CytoCr)*3.675000e-13; vA85: Bcl2c => Bcl2; (k505*Bcl2c)*5.250000e-12; vA86: Bcl2 => Bcl2c; (k506*Bcl2)*3.675000e-13; vA87: pC8 => C8; (k507*pC8)*5.250000e-12; vR1: E + E1 => EE1; (k508*E*E1)*5.250000e-12; vR2: EE1 => E + E1; (k509*EE1)*5.250000e-12; vR3: E2 + EE1 => EE1E2; (k510*E2*EE1)*5.250000e-12; vR4: EE1E2 => E2 + EE1; (k511*EE1E2)*5.250000e-12; vR5: E1 + EE1 => EE1E1; (k512*E1*EE1)*5.250000e-12; vR6: EE1E1 => E1 + EE1; (k513*EE1E1)*5.250000e-12; vR7: E + EE1E1 => EE1EE1; (k514*E*EE1E1)*5.250000e-12; vR8: EE1EE1 => E + EE1E1; (k515*EE1EE1)*5.250000e-12; vR9: EE1EE1 => EE1 + EE1; (k516*EE1EE1)*5.250000e-12; vR10: EE1 + EE1 => EE1EE1; (k517*EE1*EE1)*5.250000e-12; vR11: E3 + EE1 => EE1E3; (k518*E3*EE1)*5.250000e-12; vR12: EE1E3 => E3 + EE1; (k519*EE1E3)*5.250000e-12; vR13: H + EE1E3 => EE1HE3; (k520*H*EE1E3)*5.250000e-12; vR14: EE1HE3 => H + EE1E3; (k521*EE1HE3)*5.250000e-12; vR15: EE1HE3 => EE1 + HE3; (k522*EE1HE3)*5.250000e-12; vR16: EE1 + HE3 => EE1HE3; (k523*EE1*HE3)*5.250000e-12; vR17: Ev3 + EE1 => EE1Ev3; (k524*Ev3*EE1)*5.250000e-12; vR18: EE1Ev3 => Ev3 + EE1; (k525*EE1Ev3)*5.250000e-12; vR19: E4 + EE1 => EE1E4; (k526*E4*EE1)*5.250000e-12; vR20: EE1E4 => E4 + EE1; (k527*EE1E4)*5.250000e-12; vR21: H + EE1E4 => EE1HE4; (k528*H*EE1E4)*5.250000e-12; vR22: EE1HE4 => H + EE1E4; (k529*EE1HE4)*5.250000e-12; vR23: EE1HE4 => EE1 + HE4; (k530*EE1HE4)*5.250000e-12; vR24: EE1 + HE4 => EE1HE4; (k531*EE1*HE4)*5.250000e-12; vR25: H + E3 => HE3; (k532*H*E3)*5.250000e-12; vR26: HE3 => H + E3; (k533*HE3)*5.250000e-12; vR27: E2 + HE3 => E2HE3; (k534*E2*HE3)*5.250000e-12; vR28: E2HE3 => E2 + HE3; (k535*E2HE3)*5.250000e-12; vR29: E1 + HE3 => E1HE3; (k536*E1*HE3)*5.250000e-12; vR30: E1HE3 => E1 + HE3; (k537*E1HE3)*5.250000e-12; vR31: E + E1HE3 => EE1HE3; (k538*E*E1HE3)*5.250000e-12; vR32: EE1HE3 => E + E1HE3; (k539*EE1HE3)*5.250000e-12; vR33: E3 + HE3 => HE3E3; (k540*E3*HE3)*5.250000e-12; vR34: HE3E3 => E3 + HE3; (k541*HE3E3)*5.250000e-12; vR35: H + HE3E3 => HE3HE3; (k542*H*HE3E3)*5.250000e-12; vR36: HE3HE3 => H + HE3E3; (k543*HE3HE3)*5.250000e-12; vR37: HE3HE3 => HE3 + HE3; (k544*HE3HE3)*5.250000e-12; vR38: HE3 + HE3 => HE3HE3; (k545*HE3*HE3)*5.250000e-12; vR39: Ev3 + HE3 => HE3Ev3; (k546*Ev3*HE3)*5.250000e-12; vR40: HE3Ev3 => Ev3 + HE3; (k547*HE3Ev3)*5.250000e-12; vR41: E4 + HE3 => HE3E4; (k548*E4*HE3)*5.250000e-12; vR42: HE3E4 => E4 + HE3; (k549*HE3E4)*5.250000e-12; vR43: H + HE3E4 => HE3HE4; (k550*H*HE3E4)*5.250000e-12; vR44: HE3HE4 => H + HE3E4; (k551*HE3HE4)*5.250000e-12; vR45: HE3HE4 => HE3 + HE4; (k552*HE3HE4)*5.250000e-12; vR46: HE3 + HE4 => HE3HE4; (k553*HE3*HE4)*5.250000e-12; vR47: H + E4 => HE4; (k554*H*E4)*5.250000e-12; vR48: HE4 => H + E4; (k555*HE4)*5.250000e-12; vR49: E2 + HE4 => E2HE4; (k556*E2*HE4)*5.250000e-12; vR50: E2HE4 => E2 + HE4; (k557*E2HE4)*5.250000e-12; vR51: E1 + HE4 => E1HE4; (k558*E1*HE4)*5.250000e-12; vR52: E1HE4 => E1 + HE4; (k559*E1HE4)*5.250000e-12; vR53: E + E1HE4 => EE1HE4; (k560*E*E1HE4)*5.250000e-12; vR54: EE1HE4 => E + E1HE4; (k561*EE1HE4)*5.250000e-12; vR55: E3 + HE4 => E3HE4; (k562*E3*HE4)*5.250000e-12; vR56: E3HE4 => E3 + HE4; (k563*E3HE4)*5.250000e-12; vR57: H + E3HE4 => HE3HE4; (k564*H*E3HE4)*5.250000e-12; vR58: HE3HE4 => H + E3HE4; (k565*HE3HE4)*5.250000e-12; vR59: Ev3 + HE4 => HE4Ev3; (k566*Ev3*HE4)*5.250000e-12; vR60: HE4Ev3 => Ev3 + HE4; (k567*HE4Ev3)*5.250000e-12; vR61: E4 + HE4 => HE4E4; (k568*E4*HE4)*5.250000e-12; vR62: HE4E4 => E4 + HE4; (k569*HE4E4)*5.250000e-12; vR63: H + HE4E4 => HE4HE4; (k570*H*HE4E4)*5.250000e-12; vR64: HE4HE4 => H + HE4E4; (k571*HE4HE4)*5.250000e-12; vR65: HE4HE4 => HE4 + HE4; (k572*HE4HE4)*5.250000e-12; vR66: HE4 + HE4 => HE4HE4; (k573*HE4*HE4)*5.250000e-12; vR67: E1 + ppERK => E1_ppERK; (k574*E1*ppERK)*5.250000e-12; vR68: pE1 => E1; (k575*pE1)*5.250000e-12; vR69: E2 + ppERK => E2_ppERK; (k576*E2*ppERK)*5.250000e-12; vR70: pE2 => E2; (k577*pE2)*5.250000e-12; vR71: E4 + ppERK => E4_ppERK; (k578*E4*ppERK)*5.250000e-12; vR72: pE4 => E4; (k579*pE4)*5.250000e-12; vR73: HGF + Met => HGF_Met; (k580*HGF*Met)*5.250000e-12; vR74: HGF_Met => HGF + Met; (k581*HGF_Met)*5.250000e-12; vR75: Met + HGF_Met => HGF_Met_Met; (k582*Met*HGF_Met)*5.250000e-12; vR76: HGF_Met_Met => Met + HGF_Met; (k583*HGF_Met_Met)*5.250000e-12; vR77: HGF + HGF_Met_Met => HGF_Met_HGF_Met; (k584*HGF*HGF_Met_Met)*5.250000e-12; vR78: HGF_Met_HGF_Met => HGF + HGF_Met_Met; (k585*HGF_Met_HGF_Met)*5.250000e-12; vR79: HGF_Met_HGF_Met => HGF_Met + HGF_Met; (k586*HGF_Met_HGF_Met)*5.250000e-12; vR80: HGF_Met + HGF_Met => HGF_Met_HGF_Met; (k587*HGF_Met*HGF_Met)*5.250000e-12; vR81: P + Pr => PPr; (k588*P*Pr)*5.250000e-12; vR82: PPr => P + Pr; (k589*PPr)*5.250000e-12; vR83: PPr + PPr => PPrPPr; (k590*PPr*PPr)*5.250000e-12; vR84: PPrPPr => PPr + PPr; (k591*PPrPPr)*5.250000e-12; vR85: PPrPPr => P + PPrPr; (k592*PPrPPr)*5.250000e-12; vR86: PPrPr => Pr + PPr; (k593*PPrPr)*5.250000e-12; vR87: F + Fr => FFr; (k594*F*Fr)*5.250000e-12; vR88: FFr => F + Fr; (k595*FFr)*5.250000e-12; vR89: FFr + FFr => FFrFFr; (k596*FFr*FFr)*5.250000e-12; vR90: FFrFFr => FFr + FFr; (k597*FFrFFr)*5.250000e-12; vR91: FFrFFr => F + FFrFr; (k598*FFrFFr)*5.250000e-12; vR92: F + FFrFr => FFrFFr; (k599*F*FFrFr)*5.250000e-12; vR93: FFrFr => Fr + FFr; (k600*FFrFr)*5.250000e-12; vR94: Fr + FFr => FFrFr; (k601*Fr*FFr)*5.250000e-12; vR95: Ir + Ir => IrIr; (k602*Ir*Ir)*5.250000e-12; vR96: IrIr => Ir + Ir; (k603*IrIr)*5.250000e-12; vR97: Isr + Isr => Isr_Isr; (k604*Isr*Isr)*5.250000e-12; vR98: Isr_Isr => Isr + Isr; (k605*Isr_Isr)*5.250000e-12; vR99: E1_ppERK => E1 + ppERK; (k606*E1_ppERK)*5.250000e-12; vR100: E1_ppERK => pE1 + ppERK; (k607*E1_ppERK)*5.250000e-12; vR101: E2_ppERK => E2 + ppERK; (k608*E2_ppERK)*5.250000e-12; vR102: E2_ppERK => pE2 + ppERK; (k609*E2_ppERK)*5.250000e-12; vR103: E4_ppERK => E4 + ppERK; (k610*E4_ppERK)*5.250000e-12; vR104: E4_ppERK => pE4 + ppERK; (k611*E4_ppERK)*5.250000e-12; vR105: E1 + E1 => E1E1; (k612*E1*E1)*5.250000e-12; vR106: E1E1 => E1 + E1; (k613*E1E1)*5.250000e-12; vR107: E1 + E2 => E1E2; (k614*E1*E2)*5.250000e-12; vR108: E1E2 => E1 + E2; (k615*E1E2)*5.250000e-12; vR109: E1 + E3 => E1E3; (k616*E1*E3)*5.250000e-12; vR110: E1E3 => E1 + E3; (k617*E1E3)*5.250000e-12; vR111: E1 + E4 => E1E4; (k618*E1*E4)*5.250000e-12; vR112: E1E4 => E1 + E4; (k619*E1E4)*5.250000e-12; vR113: E2 + E2 => E2E2; (k620*E2*E2)*5.250000e-12; vR114: E2E2 => E2 + E2; (k621*E2E2)*5.250000e-12; vR115: E2 + E3 => E2E3; (k622*E2*E3)*5.250000e-12; vR116: E2E3 => E2 + E3; (k623*E2E3)*5.250000e-12; vR117: E2 + E4 => E2E4; (k624*E2*E4)*5.250000e-12; vR118: E2E4 => E2 + E4; (k625*E2E4)*5.250000e-12; vR119: E3 + E4 => E3E4; (k626*E3*E4)*5.250000e-12; vR120: E3E4 => E3 + E4; (k627*E3E4)*5.250000e-12; vR121: E4 + E4 => E4E4; (k628*E4*E4)*5.250000e-12; vR122: E4E4 => E4 + E4; (k629*E4E4)*5.250000e-12; vR123: E + E1E1 => EE1E1; (k630*E*E1E1)*5.250000e-12; vR124: EE1E1 => E + E1E1; (k631*EE1E1)*5.250000e-12; vR125: E + E1E2 => EE1E2; (k632*E*E1E2)*5.250000e-12; vR126: EE1E2 => E + E1E2; (k633*EE1E2)*5.250000e-12; vR127: E + E1E3 => EE1E3; (k634*E*E1E3)*5.250000e-12; vR128: EE1E3 => E + E1E3; (k635*EE1E3)*5.250000e-12; vR129: H + E1E3 => E1HE3; (k636*H*E1E3)*5.250000e-12; vR130: E1HE3 => H + E1E3; (k637*E1HE3)*5.250000e-12; vR131: E + E1E4 => EE1E4; (k638*E*E1E4)*5.250000e-12; vR132: EE1E4 => E + E1E4; (k639*EE1E4)*5.250000e-12; vR133: H + E1E4 => E1HE4; (k640*H*E1E4)*5.250000e-12; vR134: E1HE4 => H + E1E4; (k641*E1HE4)*5.250000e-12; vR135: H + E2E3 => E2HE3; (k642*H*E2E3)*5.250000e-12; vR136: E2HE3 => H + E2E3; (k643*E2HE3)*5.250000e-12; vR137: H + E2E4 => E2HE4; (k644*H*E2E4)*5.250000e-12; vR138: E2HE4 => H + E2E4; (k645*E2HE4)*5.250000e-12; vR139: H + E3E4 => E3HE4; (k646*H*E3E4)*5.250000e-12; vR140: E3HE4 => H + E3E4; (k647*E3HE4)*5.250000e-12; vR141: H + E4E4 => HE4E4; (k648*H*E4E4)*5.250000e-12; vR142: HE4E4 => H + E4E4; (k649*HE4E4)*5.250000e-12; vR143: Met + Met => Met_Met; (k650*Met*Met)*5.250000e-12; vR144: Met_Met => Met + Met; (k651*Met_Met)*5.250000e-12; vR145: HGF + Met_Met => HGF_Met_Met; (k652*HGF*Met_Met)*5.250000e-12; vR146: HGF_Met_Met => HGF + Met_Met; (k653*HGF_Met_Met)*5.250000e-12; vR147: Fr + Fr => FrFr; (k654*Fr*Fr)*5.250000e-12; vR148: FrFr => Fr + Fr; (k655*FrFr)*5.250000e-12; vR149: F + FrFr => FFrFr; (k656*F*FrFr)*5.250000e-12; vR150: FFrFr => F + FrFr; (k657*FFrFr)*5.250000e-12; vR151: I + IrIr => IIrIr; (k658*I*IrIr)*5.250000e-12; vR152: IIrIr => I + IrIr; (k659*IIrIr)*5.250000e-12; vR153: I + IIrIr => IIrIrI; (k660*I*IIrIr)*5.250000e-12; vR154: IIrIrI => I + IIrIr; (k661*IIrIrI)*5.250000e-12; vR155: INS + Isr_Isr => INS_Isr_Isr; (k662*INS*Isr_Isr)*5.250000e-12; vR156: INS_Isr_Isr => INS + Isr_Isr; (k663*INS_Isr_Isr)*5.250000e-12; vR157: INS + INS_Isr_Isr => INS_Isr_Isr_INS; (k664*INS*INS_Isr_Isr)*5.250000e-12; vR158: INS_Isr_Isr_INS => INS + INS_Isr_Isr; (k665*INS_Isr_Isr_INS)*5.250000e-12; vRP1_1: EE1E2 => pEE1E2; (k666*EE1E2)*5.250000e-12; vRP1_2: EE1Ev3 => pEE1Ev3; (k667*EE1Ev3)*5.250000e-12; vRP1_3: EE1E1 => pEE1E1; (k668*EE1E1)*5.250000e-12; vRP1_4: EE1EE1 => pEE1EE1; (k669*EE1EE1)*5.250000e-12; vRP1_5: EE1E3 => pEE1E3; (k670*EE1E3)*5.250000e-12; vRP1_6: EE1HE3 => pEE1HE3; (k671*EE1HE3)*5.250000e-12; vRP1_7: EE1E4 => pEE1E4; (k672*EE1E4)*5.250000e-12; vRP1_8: EE1HE4 => pEE1HE4; (k673*EE1HE4)*5.250000e-12; vRP1_9: E2HE3 => pE2HE3; (k674*E2HE3)*5.250000e-12; vRP1_10: HE3Ev3 => pHE3Ev3; (k675*HE3Ev3)*5.250000e-12; vRP1_11: E1HE3 => pE1HE3; (k676*E1HE3)*5.250000e-12; vRP1_12: HE3E4 => pHE3E4; (k677*HE3E4)*5.250000e-12; vRP1_13: HE3HE4 => pHE3HE4; (k678*HE3HE4)*5.250000e-12; vRP1_14: E2HE4 => pE2HE4; (k679*E2HE4)*5.250000e-12; vRP1_15: HE4Ev3 => pHE4Ev3; (k680*HE4Ev3)*5.250000e-12; vRP1_16: E1HE4 => pE1HE4; (k681*E1HE4)*5.250000e-12; vRP1_17: E3HE4 => pE3HE4; (k682*E3HE4)*5.250000e-12; vRP1_18: HE4E4 => pHE4E4; (k683*HE4E4)*5.250000e-12; vRP1_19: HE4HE4 => pHE4HE4; (k684*HE4HE4)*5.250000e-12; vRP1_20: HGF_Met_Met => pHGF_Met_Met; (k685*HGF_Met_Met)*5.250000e-12; vRP1_21: HGF_Met_HGF_Met => pHGF_Met_HGF_Met; (k686*HGF_Met_HGF_Met)*5.250000e-12; vRP1_22: PPrPPr => pPPrPPr; (k687*PPrPPr)*5.250000e-12; vRP1_23: PPrPr => pPPrPr; (k688*PPrPr)*5.250000e-12; vRP1_24: FFrFFr => pFFrFFr; (k689*FFrFFr)*5.250000e-12; vRP1_25: FFrFr => pFFrFr; (k690*FFrFr)*5.250000e-12; vRP1_26: IIrIr => pIIrIr; (k691*IIrIr)*5.250000e-12; vRP1_27: INS_Isr_Isr => pINS_Isr_Isr; (k692*INS_Isr_Isr)*5.250000e-12; vRP1_28: IIrIrI => pIIrIrI; (k693*IIrIrI)*5.250000e-12; vRP1_29: INS_Isr_Isr_INS => pINS_Isr_Isr_INS; (k694*INS_Isr_Isr_INS)*5.250000e-12; vRP2_1: pEE1E2 => EE1E2; (k695*pEE1E2)*5.250000e-12; vRP2_2: pEE1Ev3 => EE1Ev3; (k696*pEE1Ev3)*5.250000e-12; vRP2_3: pEE1E1 => EE1E1; (k697*pEE1E1)*5.250000e-12; vRP2_4: pEE1EE1 => EE1EE1; (k698*pEE1EE1)*5.250000e-12; vRP2_5: pEE1E3 => EE1E3; (k699*pEE1E3)*5.250000e-12; vRP2_6: pEE1HE3 => EE1HE3; (k700*pEE1HE3)*5.250000e-12; vRP2_7: pEE1E4 => EE1E4; (k701*pEE1E4)*5.250000e-12; vRP2_8: pEE1HE4 => EE1HE4; (k702*pEE1HE4)*5.250000e-12; vRP2_9: pE2HE3 => E2HE3; (k703*pE2HE3)*5.250000e-12; vRP2_10: pHE3Ev3 => HE3Ev3; (k704*pHE3Ev3)*5.250000e-12; vRP2_11: pE1HE3 => E1HE3; (k705*pE1HE3)*5.250000e-12; vRP2_12: pHE3E4 => HE3E4; (k706*pHE3E4)*5.250000e-12; vRP2_13: pHE3HE4 => HE3HE4; (k707*pHE3HE4)*5.250000e-12; vRP2_14: pE2HE4 => E2HE4; (k708*pE2HE4)*5.250000e-12; vRP2_15: pHE4Ev3 => HE4Ev3; (k709*pHE4Ev3)*5.250000e-12; vRP2_16: pE1HE4 => E1HE4; (k710*pE1HE4)*5.250000e-12; vRP2_17: pE3HE4 => E3HE4; (k711*pE3HE4)*5.250000e-12; vRP2_18: pHE4E4 => HE4E4; (k712*pHE4E4)*5.250000e-12; vRP2_19: pHE4HE4 => HE4HE4; (k713*pHE4HE4)*5.250000e-12; vRP2_20: pHGF_Met_Met => HGF_Met_Met; (k714*pHGF_Met_Met)*5.250000e-12; vRP2_21: pHGF_Met_HGF_Met => HGF_Met_HGF_Met; (k715*pHGF_Met_HGF_Met)*5.250000e-12; vRP2_22: pPPrPPr => PPrPPr; (k716*pPPrPPr)*5.250000e-12; vRP2_23: pPPrPr => PPrPr; (k717*pPPrPr)*5.250000e-12; vRP2_24: pFFrFFr => FFrFFr; (k718*pFFrFFr)*5.250000e-12; vRP2_25: pFFrFr => FFrFr; (k719*pFFrFr)*5.250000e-12; vRP2_26: pIIrIr => IIrIr; (k720*pIIrIr)*5.250000e-12; vRP2_27: pINS_Isr_Isr => INS_Isr_Isr; (k721*pINS_Isr_Isr)*5.250000e-12; vRP2_28: pIIrIrI => IIrIrI; (k722*pIIrIrI)*5.250000e-12; vRP2_29: pINS_Isr_Isr_INS => INS_Isr_Isr_INS; (k723*pINS_Isr_Isr_INS)*5.250000e-12; vRP3_1: EE1E2 + Sp => Sp_EE1E2; (k724*EE1E2*Sp)*5.250000e-12; vRP3_2: EE1Ev3 + Sp => Sp_EE1Ev3; (k725*EE1Ev3*Sp)*5.250000e-12; vRP3_3: EE1E1 + Sp => Sp_EE1E1; (k726*EE1E1*Sp)*5.250000e-12; vRP3_4: EE1EE1 + Sp => Sp_EE1EE1; (k727*EE1EE1*Sp)*5.250000e-12; vRP3_5: EE1E3 + Sp => Sp_EE1E3; (k728*EE1E3*Sp)*5.250000e-12; vRP3_6: EE1HE3 + Sp => Sp_EE1HE3; (k729*EE1HE3*Sp)*5.250000e-12; vRP3_7: EE1E4 + Sp => Sp_EE1E4; (k730*EE1E4*Sp)*5.250000e-12; vRP3_8: EE1HE4 + Sp => Sp_EE1HE4; (k731*EE1HE4*Sp)*5.250000e-12; vRP3_9: E2HE3 + Sp => Sp_E2HE3; (k732*E2HE3*Sp)*5.250000e-12; vRP3_10: HE3Ev3 + Sp => Sp_HE3Ev3; (k733*HE3Ev3*Sp)*5.250000e-12; vRP3_11: E1HE3 + Sp => Sp_E1HE3; (k734*E1HE3*Sp)*5.250000e-12; vRP3_12: HE3E4 + Sp => Sp_HE3E4; (k735*HE3E4*Sp)*5.250000e-12; vRP3_13: HE3HE4 + Sp => Sp_HE3HE4; (k736*HE3HE4*Sp)*5.250000e-12; vRP3_14: E2HE4 + Sp => Sp_E2HE4; (k737*E2HE4*Sp)*5.250000e-12; vRP3_15: HE4Ev3 + Sp => Sp_HE4Ev3; (k738*HE4Ev3*Sp)*5.250000e-12; vRP3_16: E1HE4 + Sp => Sp_E1HE4; (k739*E1HE4*Sp)*5.250000e-12; vRP3_17: E3HE4 + Sp => Sp_E3HE4; (k740*E3HE4*Sp)*5.250000e-12; vRP3_18: HE4E4 + Sp => Sp_HE4E4; (k741*HE4E4*Sp)*5.250000e-12; vRP3_19: HE4HE4 + Sp => Sp_HE4HE4; (k742*HE4HE4*Sp)*5.250000e-12; vRP3_20: HGF_Met_Met + Sp => Sp_HGF_Met_Met; (k743*HGF_Met_Met*Sp)*5.250000e-12; vRP3_21: HGF_Met_HGF_Met + Sp => Sp_HGF_Met_HGF_Met; (k744*HGF_Met_HGF_Met*Sp)*5.250000e-12; vRP3_22: PPrPPr + Sp => Sp_PPrPPr; (k745*PPrPPr*Sp)*5.250000e-12; vRP3_23: PPrPr + Sp => Sp_PPrPr; (k746*PPrPr*Sp)*5.250000e-12; vRP3_24: FFrFFr + Sp => Sp_FFrFFr; (k747*FFrFFr*Sp)*5.250000e-12; vRP3_25: FFrFr + Sp => Sp_FFrFr; (k748*FFrFr*Sp)*5.250000e-12; vRP3_26: IIrIr + Sp => Sp_IIrIr; (k749*IIrIr*Sp)*5.250000e-12; vRP3_27: INS_Isr_Isr + Sp => Sp_INS_Isr_Isr; (k750*INS_Isr_Isr*Sp)*5.250000e-12; vRP3_28: IIrIrI + Sp => Sp_IIrIrI; (k751*IIrIrI*Sp)*5.250000e-12; vRP3_29: INS_Isr_Isr_INS + Sp => Sp_INS_Isr_Isr_INS; (k752*INS_Isr_Isr_INS*Sp)*5.250000e-12; vRP4_1: Sp_EE1E2 => EE1E2 + Sp; (k753*Sp_EE1E2)*5.250000e-12; vRP4_2: Sp_EE1Ev3 => EE1Ev3 + Sp; (k754*Sp_EE1Ev3)*5.250000e-12; vRP4_3: Sp_EE1E1 => EE1E1 + Sp; (k755*Sp_EE1E1)*5.250000e-12; vRP4_4: Sp_EE1EE1 => EE1EE1 + Sp; (k756*Sp_EE1EE1)*5.250000e-12; vRP4_5: Sp_EE1E3 => EE1E3 + Sp; (k757*Sp_EE1E3)*5.250000e-12; vRP4_6: Sp_EE1HE3 => EE1HE3 + Sp; (k758*Sp_EE1HE3)*5.250000e-12; vRP4_7: Sp_EE1E4 => EE1E4 + Sp; (k759*Sp_EE1E4)*5.250000e-12; vRP4_8: Sp_EE1HE4 => EE1HE4 + Sp; (k760*Sp_EE1HE4)*5.250000e-12; vRP4_9: Sp_E2HE3 => E2HE3 + Sp; (k761*Sp_E2HE3)*5.250000e-12; vRP4_10: Sp_HE3Ev3 => HE3Ev3 + Sp; (k762*Sp_HE3Ev3)*5.250000e-12; vRP4_11: Sp_E1HE3 => E1HE3 + Sp; (k763*Sp_E1HE3)*5.250000e-12; vRP4_12: Sp_HE3E4 => HE3E4 + Sp; (k764*Sp_HE3E4)*5.250000e-12; vRP4_13: Sp_HE3HE4 => HE3HE4 + Sp; (k765*Sp_HE3HE4)*5.250000e-12; vRP4_14: Sp_E2HE4 => E2HE4 + Sp; (k766*Sp_E2HE4)*5.250000e-12; vRP4_15: Sp_HE4Ev3 => HE4Ev3 + Sp; (k767*Sp_HE4Ev3)*5.250000e-12; vRP4_16: Sp_E1HE4 => E1HE4 + Sp; (k768*Sp_E1HE4)*5.250000e-12; vRP4_17: Sp_E3HE4 => E3HE4 + Sp; (k769*Sp_E3HE4)*5.250000e-12; vRP4_18: Sp_HE4E4 => HE4E4 + Sp; (k770*Sp_HE4E4)*5.250000e-12; vRP4_19: Sp_HE4HE4 => HE4HE4 + Sp; (k771*Sp_HE4HE4)*5.250000e-12; vRP4_20: Sp_HGF_Met_Met => HGF_Met_Met + Sp; (k772*Sp_HGF_Met_Met)*5.250000e-12; vRP4_21: Sp_HGF_Met_HGF_Met => HGF_Met_HGF_Met + Sp; (k773*Sp_HGF_Met_HGF_Met)*5.250000e-12; vRP4_22: Sp_PPrPPr => PPrPPr + Sp; (k774*Sp_PPrPPr)*5.250000e-12; vRP4_23: Sp_PPrPr => PPrPr + Sp; (k775*Sp_PPrPr)*5.250000e-12; vRP4_24: Sp_FFrFFr => FFrFFr + Sp; (k776*Sp_FFrFFr)*5.250000e-12; vRP4_25: Sp_FFrFr => FFrFr + Sp; (k777*Sp_FFrFr)*5.250000e-12; vRP4_26: Sp_IIrIr => IIrIr + Sp; (k778*Sp_IIrIr)*5.250000e-12; vRP4_27: Sp_INS_Isr_Isr => INS_Isr_Isr + Sp; (k779*Sp_INS_Isr_Isr)*5.250000e-12; vRP4_28: Sp_IIrIrI => IIrIrI + Sp; (k780*Sp_IIrIrI)*5.250000e-12; vRP4_29: Sp_INS_Isr_Isr_INS => INS_Isr_Isr_INS + Sp; (k781*Sp_INS_Isr_Isr_INS)*5.250000e-12; vRP5_1: pEE1E2 => pEE1E2int; ((k782_1*((pEE1E2/(k782_2+pEE1E2))*Cbl))+(k782_3*pEE1E2))*5.250000e-12; vRP5_2: pEE1Ev3 => pEE1Ev3int; ((k783_1*(pEE1Ev3/(k783_2+pEE1Ev3))*Cbl)+(k783_3*pEE1Ev3))*5.250000e-12; vRP5_3: pEE1E1 => pEE1E1int; ((k784_1*(pEE1E1/(k784_2+pEE1E1))*Cbl)+(k784_3*pEE1E1))*5.250000e-12; vRP5_4: pEE1EE1 => pEE1EE1int; ((k785_1*(pEE1EE1/(k785_2+pEE1EE1))*Cbl)+(k785_3*pEE1EE1))*5.250000e-12; vRP5_5: pEE1E3 => pEE1E3int; ((k786_1*(pEE1E3/(k786_2+pEE1E3))*Cbl)+(k786_3*pEE1E3))*5.250000e-12; vRP5_6: pEE1HE3 => pEE1HE3int; ((k787_1*(pEE1HE3/(k787_2+pEE1HE3))*Cbl)+(k787_3*pEE1HE3))*5.250000e-12; vRP5_7: pEE1E4 => pEE1E4int; ((k788_1*(pEE1E4/(k788_2+pEE1E4))*Cbl)+(k788_3*pEE1E4))*5.250000e-12; vRP5_8: pEE1HE4 => pEE1HE4int; ((k789_1*(pEE1HE4/(k789_2+pEE1HE4))*Cbl)+(k789_3*pEE1HE4))*5.250000e-12; vRP5_9: pE2HE3 => pE2HE3int; ((k790_1*(pE2HE3/(k790_2+pE2HE3))*Cbl)+(k790_3*pE2HE3))*5.250000e-12; vRP5_10: pHE3Ev3 => pHE3Ev3int; ((k791_1*(pHE3Ev3/(k791_2+pHE3Ev3))*Cbl)+(k791_3*pHE3Ev3))*5.250000e-12; vRP5_11: pE1HE3 => pE1HE3int; ((k792_1*(pE1HE3/(k792_2+pE1HE3))*Cbl)+(k792_3*pE1HE3))*5.250000e-12; vRP5_12: pHE3E4 => pHE3E4int; ((k793_1*(pHE3E4/(k793_2+pHE3E4))*Cbl)+(k793_3*pHE3E4))*5.250000e-12; vRP5_13: pHE3HE4 => pHE3HE4int; ((k794_1*(pHE3HE4/(k794_2+pHE3HE4))*Cbl)+(k794_3*pHE3HE4))*5.250000e-12; vRP5_14: pE2HE4 => pE2HE4int; ((k795_1*(pE2HE4/(k795_2+pE2HE4))*Cbl)+(k795_3*pE2HE4))*5.250000e-12; vRP5_15: pHE4Ev3 => pHE4Ev3int; ((k796_1*(pHE4Ev3/(k796_2+pHE4Ev3))*Cbl)+(k796_3*pHE4Ev3))*5.250000e-12; vRP5_16: pE1HE4 => pE1HE4int; ((k797_1*(pE1HE4/(k797_2+pE1HE4))*Cbl)+(k797_3*pE1HE4))*5.250000e-12; vRP5_17: pE3HE4 => pE3HE4int; ((k798_1*(pE3HE4/(k798_2+pE3HE4))*Cbl)+(k798_3*pE3HE4))*5.250000e-12; vRP5_18: pHE4E4 => pHE4E4int; ((k799_1*(pHE4E4/(k799_2+pHE4E4))*Cbl)+(k799_3*pHE4E4))*5.250000e-12; vRP5_19: pHE4HE4 => pHE4HE4int; ((k800_1*(pHE4HE4/(k800_2+pHE4HE4))*Cbl)+(k800_3*pHE4HE4))*5.250000e-12; vRP5_20: pHGF_Met_Met => pHGF_Met_Metint; ((k801_1*(pHGF_Met_Met/(k801_2+pHGF_Met_Met))*Cbl)+(k801_3*pHGF_Met_Met))*5.250000e-12; vRP5_21: pHGF_Met_HGF_Met => pHGF_Met_HGF_Metint; ((k802_1*(pHGF_Met_HGF_Met/(k802_2+pHGF_Met_HGF_Met))*Cbl)+(k802_3*pHGF_Met_HGF_Met))*5.250000e-12; vRP5_22: pPPrPPr => pPPrPPrint; ((k803_1*(pPPrPPr/(k803_2+pPPrPPr))*Cbl)+(k803_3*pPPrPPr))*5.250000e-12; vRP5_23: pPPrPr => pPPrPrint; ((k804_1*(pPPrPr/(k804_2+pPPrPr))*Cbl)+(k804_3*pPPrPr))*5.250000e-12; vRP5_24: pFFrFFr => pFFrFFrint; ((k805_1*(pFFrFFr/(k805_2+pFFrFFr))*Cbl)+(k805_3*pFFrFFr))*5.250000e-12; vRP5_25: pFFrFr => pFFrFrint; ((k806_1*(pFFrFr/(k806_2+pFFrFr))*Cbl)+(k806_3*pFFrFr))*5.250000e-12; vRP5_26: pIIrIr => pIIrIr_int; ((k807_1*(pIIrIr/(k807_2+pIIrIr))*Cbl)+(k807_3*pIIrIr))*5.250000e-12; vRP5_27: pINS_Isr_Isr => pINS_Isr_Isr_int; ((k808_1*(pINS_Isr_Isr/(k808_2+pINS_Isr_Isr))*Cbl)+(k808_3*pINS_Isr_Isr))*5.250000e-12; vRP5_28: pIIrIrI => pIIrIrI_int; ((k809_1*(pIIrIrI/(k809_2+pIIrIrI))*Cbl)+(k809_3*pIIrIrI))*5.250000e-12; vRP5_29: pINS_Isr_Isr_INS => pINS_Isr_Isr_INS_int; ((k810_1*(pINS_Isr_Isr_INS/(k810_2+pINS_Isr_Isr_INS))*Cbl)+(k810_3*pINS_Isr_Isr_INS))*5.250000e-12; vRP6_1: pEE1E2int => EE1E2int; (k811*pEE1E2int)*5.250000e-12; vRP6_2: pEE1Ev3int => EE1Ev3int; (k812*pEE1Ev3int)*5.250000e-12; vRP6_3: pEE1E1int => EE1E1int; (k813*pEE1E1int)*5.250000e-12; vRP6_4: pEE1EE1int => EE1EE1int; (k814*pEE1EE1int)*5.250000e-12; vRP6_5: pEE1E3int => EE1E3int; (k815*pEE1E3int)*5.250000e-12; vRP6_6: pEE1HE3int => EE1HE3int; (k816*pEE1HE3int)*5.250000e-12; vRP6_7: pEE1E4int => EE1E4int; (k817*pEE1E4int)*5.250000e-12; vRP6_8: pEE1HE4int => EE1HE4int; (k818*pEE1HE4int)*5.250000e-12; vRP6_9: pE2HE3int => E2HE3int; (k819*pE2HE3int)*5.250000e-12; vRP6_10: pHE3Ev3int => HE3Ev3int; (k820*pHE3Ev3int)*5.250000e-12; vRP6_11: pE1HE3int => E1HE3int; (k821*pE1HE3int)*5.250000e-12; vRP6_12: pHE3E4int => HE3E4int; (k822*pHE3E4int)*5.250000e-12; vRP6_13: pHE3HE4int => HE3HE4int; (k823*pHE3HE4int)*5.250000e-12; vRP6_14: pE2HE4int => E2HE4int; (k824*pE2HE4int)*5.250000e-12; vRP6_15: pHE4Ev3int => HE4Ev3int; (k825*pHE4Ev3int)*5.250000e-12; vRP6_16: pE1HE4int => E1HE4int; (k826*pE1HE4int)*5.250000e-12; vRP6_17: pE3HE4int => E3HE4int; (k827*pE3HE4int)*5.250000e-12; vRP6_18: pHE4E4int => HE4E4int; (k828*pHE4E4int)*5.250000e-12; vRP6_19: pHE4HE4int => HE4HE4int; (k829*pHE4HE4int)*5.250000e-12; vRP6_20: pHGF_Met_Metint => HGF_Met_Metint; (k830*pHGF_Met_Metint)*5.250000e-12; vRP6_21: pHGF_Met_HGF_Metint => HGF_Met_HGF_Metint; (k831*pHGF_Met_HGF_Metint)*5.250000e-12; vRP6_22: pPPrPPrint => PPrPPrint; (k832*pPPrPPrint)*5.250000e-12; vRP6_23: pPPrPrint => PPrPrint; (k833*pPPrPrint)*5.250000e-12; vRP6_24: pFFrFFrint => FFrFFrint; (k834*pFFrFFrint)*5.250000e-12; vRP6_25: pFFrFrint => FFrFrint; (k835*pFFrFrint)*5.250000e-12; vRP6_26: pIIrIr_int => IIrIr_int; (k836*pIIrIr_int)*5.250000e-12; vRP6_27: pINS_Isr_Isr_int => INS_Isr_Isr_int; (k837*pINS_Isr_Isr_int)*5.250000e-12; vRP6_28: pIIrIrI_int => IIrIrI_int; (k838*pIIrIrI_int)*5.250000e-12; vRP6_29: pINS_Isr_Isr_INS_int => INS_Isr_Isr_INS_int; (k839*pINS_Isr_Isr_INS_int)*5.250000e-12; vRP7_1: EE1E2int => pEE1E2int; (k840*EE1E2int)*5.250000e-12; vRP7_2: EE1Ev3int => pEE1Ev3int; (k841*EE1Ev3int)*5.250000e-12; vRP7_3: EE1E1int => pEE1E1int; (k842*EE1E1int)*5.250000e-12; vRP7_4: EE1EE1int => pEE1EE1int; (k843*EE1EE1int)*5.250000e-12; vRP7_5: EE1E3int => pEE1E3int; (k844*EE1E3int)*5.250000e-12; vRP7_6: EE1HE3int => pEE1HE3int; (k845*EE1HE3int)*5.250000e-12; vRP7_7: EE1E4int => pEE1E4int; (k846*EE1E4int)*5.250000e-12; vRP7_8: EE1HE4int => pEE1HE4int; (k847*EE1HE4int)*5.250000e-12; vRP7_9: E2HE3int => pE2HE3int; (k848*E2HE3int)*5.250000e-12; vRP7_10: HE3Ev3int => pHE3Ev3int; (k849*HE3Ev3int)*5.250000e-12; vRP7_11: E1HE3int => pE1HE3int; (k850*E1HE3int)*5.250000e-12; vRP7_12: HE3E4int => pHE3E4int; (k851*HE3E4int)*5.250000e-12; vRP7_13: HE3HE4int => pHE3HE4int; (k852*HE3HE4int)*5.250000e-12; vRP7_14: E2HE4int => pE2HE4int; (k853*E2HE4int)*5.250000e-12; vRP7_15: HE4Ev3int => pHE4Ev3int; (k854*HE4Ev3int)*5.250000e-12; vRP7_16: E1HE4int => pE1HE4int; (k855*E1HE4int)*5.250000e-12; vRP7_17: E3HE4int => pE3HE4int; (k856*E3HE4int)*5.250000e-12; vRP7_18: HE4E4int => pHE4E4int; (k857*HE4E4int)*5.250000e-12; vRP7_19: HE4HE4int => pHE4HE4int; (k858*HE4HE4int)*5.250000e-12; vRP7_20: HGF_Met_Metint => pHGF_Met_Metint; (k859*HGF_Met_Metint)*5.250000e-12; vRP7_21: HGF_Met_HGF_Metint => pHGF_Met_HGF_Metint; (k860*HGF_Met_HGF_Metint)*5.250000e-12; vRP7_22: PPrPPrint => pPPrPPrint; (k861*PPrPPrint)*5.250000e-12; vRP7_23: PPrPrint => pPPrPrint; (k862*PPrPrint)*5.250000e-12; vRP7_24: FFrFFrint => pFFrFFrint; (k863*FFrFFrint)*5.250000e-12; vRP7_25: FFrFrint => pFFrFrint; (k864*FFrFrint)*5.250000e-12; vRP7_26: IIrIr_int => pIIrIr_int; (k865*IIrIr_int)*5.250000e-12; vRP7_27: INS_Isr_Isr_int => pINS_Isr_Isr_int; (k866*INS_Isr_Isr_int)*5.250000e-12; vRP7_28: IIrIrI_int => pIIrIrI_int; (k867*IIrIrI_int)*5.250000e-12; vRP7_29: INS_Isr_Isr_INS_int => pINS_Isr_Isr_INS_int; (k868*INS_Isr_Isr_INS_int)*5.250000e-12; vRP8_1: EE1E2int => EE1E2; (k869*EE1E2int)*5.250000e-12; vRP8_2: EE1Ev3int => EE1Ev3; (k870*EE1Ev3int)*5.250000e-12; vRP8_3: EE1E1int => EE1E1; (k871*EE1E1int)*5.250000e-12; vRP8_4: EE1EE1int => EE1EE1; (k872*EE1EE1int)*5.250000e-12; vRP8_5: EE1E3int => EE1E3; (k873*EE1E3int)*5.250000e-12; vRP8_6: EE1HE3int => EE1HE3; (k874*EE1HE3int)*5.250000e-12; vRP8_7: EE1E4int => EE1E4; (k875*EE1E4int)*5.250000e-12; vRP8_8: EE1HE4int => EE1HE4; (k876*EE1HE4int)*5.250000e-12; vRP8_9: E2HE3int => E2HE3; (k877*E2HE3int)*5.250000e-12; vRP8_10: HE3Ev3int => HE3Ev3; (k878*HE3Ev3int)*5.250000e-12; vRP8_11: E1HE3int => E1HE3; (k879*E1HE3int)*5.250000e-12; vRP8_12: HE3E4int => HE3E4; (k880*HE3E4int)*5.250000e-12; vRP8_13: HE3HE4int => HE3HE4; (k881*HE3HE4int)*5.250000e-12; vRP8_14: E2HE4int => E2HE4; (k882*E2HE4int)*5.250000e-12; vRP8_15: HE4Ev3int => HE4Ev3; (k883*HE4Ev3int)*5.250000e-12; vRP8_16: E1HE4int => E1HE4; (k884*E1HE4int)*5.250000e-12; vRP8_17: E3HE4int => E3HE4; (k885*E3HE4int)*5.250000e-12; vRP8_18: HE4E4int => HE4E4; (k886*HE4E4int)*5.250000e-12; vRP8_19: HE4HE4int => HE4HE4; (k887*HE4HE4int)*5.250000e-12; vRP8_20: HGF_Met_Metint => HGF_Met_Met; (k888*HGF_Met_Metint)*5.250000e-12; vRP8_21: HGF_Met_HGF_Metint => HGF_Met_HGF_Met; (k889*HGF_Met_HGF_Metint)*5.250000e-12; vRP8_22: PPrPPrint => PPrPPr; (k890*PPrPPrint)*5.250000e-12; vRP8_23: PPrPrint => PPrPr; (k891*PPrPrint)*5.250000e-12; vRP8_24: FFrFFrint => FFrFFr; (k892*FFrFFrint)*5.250000e-12; vRP8_25: FFrFrint => FFrFr; (k893*FFrFrint)*5.250000e-12; vRP8_26: IIrIr_int => IIrIr; (k894*IIrIr_int)*5.250000e-12; vRP8_27: INS_Isr_Isr_int => INS_Isr_Isr; (k895*INS_Isr_Isr_int)*5.250000e-12; vRP8_28: IIrIrI_int => IIrIrI; (k896*IIrIrI_int)*5.250000e-12; vRP8_29: INS_Isr_Isr_INS_int => INS_Isr_Isr_INS; (k897*INS_Isr_Isr_INS_int)*5.250000e-12; vRP9_1: pEE1E2int + G2_SOS => pEE1E2int_G2_SOS; (k898*pEE1E2int*G2_SOS)*5.250000e-12; vRP9_2: pEE1Ev3int + G2_SOS => pEE1Ev3int_G2_SOS; (k899*pEE1Ev3int*G2_SOS)*5.250000e-12; vRP9_3: pEE1E1int + G2_SOS => pEE1E1int_G2_SOS; (k900*pEE1E1int*G2_SOS)*5.250000e-12; vRP9_4: pEE1EE1int + G2_SOS => pEE1EE1int_G2_SOS; (k901*pEE1EE1int*G2_SOS)*5.250000e-12; vRP9_5: pEE1E3int + G2_SOS => pEE1E3int_G2_SOS; (k902*pEE1E3int*G2_SOS)*5.250000e-12; vRP9_6: pEE1HE3int + G2_SOS => pEE1HE3int_G2_SOS; (k903*pEE1HE3int*G2_SOS)*5.250000e-12; vRP9_7: pEE1E4int + G2_SOS => pEE1E4int_G2_SOS; (k904*pEE1E4int*G2_SOS)*5.250000e-12; vRP9_8: pEE1HE4int + G2_SOS => pEE1HE4int_G2_SOS; (k905*pEE1HE4int*G2_SOS)*5.250000e-12; vRP9_9: pE2HE3int + G2_SOS => pE2HE3int_G2_SOS; (k906*pE2HE3int*G2_SOS)*5.250000e-12; vRP9_10: pHE3Ev3int + G2_SOS => pHE3Ev3int_G2_SOS; (k907*pHE3Ev3int*G2_SOS)*5.250000e-12; vRP9_11: pE1HE3int + G2_SOS => pE1HE3int_G2_SOS; (k908*pE1HE3int*G2_SOS)*5.250000e-12; vRP9_12: pHE3E4int + G2_SOS => pHE3E4int_G2_SOS; (k909*pHE3E4int*G2_SOS)*5.250000e-12; vRP9_13: pHE3HE4int + G2_SOS => pHE3HE4int_G2_SOS; (k910*pHE3HE4int*G2_SOS)*5.250000e-12; vRP9_14: pE2HE4int + G2_SOS => pE2HE4int_G2_SOS; (k911*pE2HE4int*G2_SOS)*5.250000e-12; vRP9_15: pHE4Ev3int + G2_SOS => pHE4Ev3int_G2_SOS; (k912*pHE4Ev3int*G2_SOS)*5.250000e-12; vRP9_16: pE1HE4int + G2_SOS => pE1HE4int_G2_SOS; (k913*pE1HE4int*G2_SOS)*5.250000e-12; vRP9_17: pE3HE4int + G2_SOS => pE3HE4int_G2_SOS; (k914*pE3HE4int*G2_SOS)*5.250000e-12; vRP9_18: pHE4E4int + G2_SOS => pHE4E4int_G2_SOS; (k915*pHE4E4int*G2_SOS)*5.250000e-12; vRP9_19: pHE4HE4int + G2_SOS => pHE4HE4int_G2_SOS; (k916*pHE4HE4int*G2_SOS)*5.250000e-12; vRP9_20: pHGF_Met_Metint + G2_SOS => pHGF_Met_Metint_G2_SOS; (k917*pHGF_Met_Metint*G2_SOS)*5.250000e-12; vRP9_21: pHGF_Met_HGF_Metint + G2_SOS => pHGF_Met_HGF_Metint_G2_SOS; (k918*pHGF_Met_HGF_Metint*G2_SOS)*5.250000e-12; vRP9_22: pPPrPPrint + G2_SOS => pPPrPPrint_G2_SOS; (k919*pPPrPPrint*G2_SOS)*5.250000e-12; vRP9_23: pPPrPrint + G2_SOS => pPPrPrint_G2_SOS; (k920*pPPrPrint*G2_SOS)*5.250000e-12; vRP9_24: pFFrFFrint + G2_SOS => pFFrFFrint_G2_SOS; (k921*pFFrFFrint*G2_SOS)*5.250000e-12; vRP9_25: pFFrFrint + G2_SOS => pFFrFrint_G2_SOS; (k922*pFFrFrint*G2_SOS)*5.250000e-12; vRP9_26: pIIrIr_int_IRS + G2_SOS => pIIrIr_int_IRS_G2_SOS; (k923*pIIrIr_int_IRS*G2_SOS)*5.250000e-12; vRP9_27: pINS_Isr_Isr_int_IRS + G2_SOS => pINS_Isr_Isr_int_IRS_G2_SOS; (k924*pINS_Isr_Isr_int_IRS*G2_SOS)*5.250000e-12; vRP9_28: pIIrIrI_int_IRS + G2_SOS => pIIrIrI_int_IRS_G2_SOS; (k925*pIIrIrI_int_IRS*G2_SOS)*5.250000e-12; vRP9_29: pINS_Isr_Isr_INS_int_IRS + G2_SOS => pINS_Isr_Isr_INS_int_IRS_G2_SOS; (k926*pINS_Isr_Isr_INS_int_IRS*G2_SOS)*5.250000e-12; vRP10_1: pEE1E2int_G2_SOS => pEE1E2int + G2_SOS; (k927*pEE1E2int_G2_SOS)*5.250000e-12; vRP10_2: pEE1Ev3int_G2_SOS => pEE1Ev3int + G2_SOS; (k928*pEE1Ev3int_G2_SOS)*5.250000e-12; vRP10_3: pEE1E1int_G2_SOS => pEE1E1int + G2_SOS; (k929*pEE1E1int_G2_SOS)*5.250000e-12; vRP10_4: pEE1EE1int_G2_SOS => pEE1EE1int + G2_SOS; (k930*pEE1EE1int_G2_SOS)*5.250000e-12; vRP10_5: pEE1E3int_G2_SOS => pEE1E3int + G2_SOS; (k931*pEE1E3int_G2_SOS)*5.250000e-12; vRP10_6: pEE1HE3int_G2_SOS => pEE1HE3int + G2_SOS; (k932*pEE1HE3int_G2_SOS)*5.250000e-12; vRP10_7: pEE1E4int_G2_SOS => pEE1E4int + G2_SOS; (k933*pEE1E4int_G2_SOS)*5.250000e-12; vRP10_8: pEE1HE4int_G2_SOS => pEE1HE4int + G2_SOS; (k934*pEE1HE4int_G2_SOS)*5.250000e-12; vRP10_9: pE2HE3int_G2_SOS => pE2HE3int + G2_SOS; (k935*pE2HE3int_G2_SOS)*5.250000e-12; vRP10_10: pHE3Ev3int_G2_SOS => pHE3Ev3int + G2_SOS; (k936*pHE3Ev3int_G2_SOS)*5.250000e-12; vRP10_11: pE1HE3int_G2_SOS => pE1HE3int + G2_SOS; (k937*pE1HE3int_G2_SOS)*5.250000e-12; vRP10_12: pHE3E4int_G2_SOS => pHE3E4int + G2_SOS; (k938*pHE3E4int_G2_SOS)*5.250000e-12; vRP10_13: pHE3HE4int_G2_SOS => pHE3HE4int + G2_SOS; (k939*pHE3HE4int_G2_SOS)*5.250000e-12; vRP10_14: pE2HE4int_G2_SOS => pE2HE4int + G2_SOS; (k940*pE2HE4int_G2_SOS)*5.250000e-12; vRP10_15: pHE4Ev3int_G2_SOS => pHE4Ev3int + G2_SOS; (k941*pHE4Ev3int_G2_SOS)*5.250000e-12; vRP10_16: pE1HE4int_G2_SOS => pE1HE4int + G2_SOS; (k942*pE1HE4int_G2_SOS)*5.250000e-12; vRP10_17: pE3HE4int_G2_SOS => pE3HE4int + G2_SOS; (k943*pE3HE4int_G2_SOS)*5.250000e-12; vRP10_18: pHE4E4int_G2_SOS => pHE4E4int + G2_SOS; (k944*pHE4E4int_G2_SOS)*5.250000e-12; vRP10_19: pHE4HE4int_G2_SOS => pHE4HE4int + G2_SOS; (k945*pHE4HE4int_G2_SOS)*5.250000e-12; vRP10_20: pHGF_Met_Metint_G2_SOS => pHGF_Met_Metint + G2_SOS; (k946*pHGF_Met_Metint_G2_SOS)*5.250000e-12; vRP10_21: pHGF_Met_HGF_Metint_G2_SOS => pHGF_Met_HGF_Metint + G2_SOS; (k947*pHGF_Met_HGF_Metint_G2_SOS)*5.250000e-12; vRP10_22: pPPrPPrint_G2_SOS => pPPrPPrint + G2_SOS; (k948*pPPrPPrint_G2_SOS)*5.250000e-12; vRP10_23: pPPrPrint_G2_SOS => pPPrPrint + G2_SOS; (k949*pPPrPrint_G2_SOS)*5.250000e-12; vRP10_24: pFFrFFrint_G2_SOS => pFFrFFrint + G2_SOS; (k950*pFFrFFrint_G2_SOS)*5.250000e-12; vRP10_25: pFFrFrint_G2_SOS => pFFrFrint + G2_SOS; (k951*pFFrFrint_G2_SOS)*5.250000e-12; vRP10_26: pIIrIr_int_IRS_G2_SOS => pIIrIr_int_IRS + G2_SOS; (k952*pIIrIr_int_IRS_G2_SOS)*5.250000e-12; vRP10_27: pINS_Isr_Isr_int_IRS_G2_SOS => pINS_Isr_Isr_int_IRS + G2_SOS; (k953*pINS_Isr_Isr_int_IRS_G2_SOS)*5.250000e-12; vRP10_28: pIIrIrI_int_IRS_G2_SOS => pIIrIrI_int_IRS + G2_SOS; (k954*pIIrIrI_int_IRS_G2_SOS)*5.250000e-12; vRP10_29: pINS_Isr_Isr_INS_int_IRS_G2_SOS => pINS_Isr_Isr_INS_int_IRS + G2_SOS; (k955*pINS_Isr_Isr_INS_int_IRS_G2_SOS)*5.250000e-12; vRP11_1: pEE1E2 + G2_SOS => pEE1E2_G2_SOS; (k956*pEE1E2*G2_SOS)*5.250000e-12; vRP11_2: pEE1Ev3 + G2_SOS => pEE1Ev3_G2_SOS; (k957*pEE1Ev3*G2_SOS)*5.250000e-12; vRP11_3: pEE1E1 + G2_SOS => pEE1E1_G2_SOS; (k958*pEE1E1*G2_SOS)*5.250000e-12; vRP11_4: pEE1EE1 + G2_SOS => pEE1EE1_G2_SOS; (k959*pEE1EE1*G2_SOS)*5.250000e-12; vRP11_5: pEE1E3 + G2_SOS => pEE1E3_G2_SOS; (k960*pEE1E3*G2_SOS)*5.250000e-12; vRP11_6: pEE1HE3 + G2_SOS => pEE1HE3_G2_SOS; (k961*pEE1HE3*G2_SOS)*5.250000e-12; vRP11_7: pEE1E4 + G2_SOS => pEE1E4_G2_SOS; (k962*pEE1E4*G2_SOS)*5.250000e-12; vRP11_8: pEE1HE4 + G2_SOS => pEE1HE4_G2_SOS; (k963*pEE1HE4*G2_SOS)*5.250000e-12; vRP11_9: pE2HE3 + G2_SOS => pE2HE3_G2_SOS; (k964*pE2HE3*G2_SOS)*5.250000e-12; vRP11_10: pHE3Ev3 + G2_SOS => pHE3Ev3_G2_SOS; (k965*pHE3Ev3*G2_SOS)*5.250000e-12; vRP11_11: pE1HE3 + G2_SOS => pE1HE3_G2_SOS; (k966*pE1HE3*G2_SOS)*5.250000e-12; vRP11_12: pHE3E4 + G2_SOS => pHE3E4_G2_SOS; (k967*pHE3E4*G2_SOS)*5.250000e-12; vRP11_13: pHE3HE4 + G2_SOS => pHE3HE4_G2_SOS; (k968*pHE3HE4*G2_SOS)*5.250000e-12; vRP11_14: pE2HE4 + G2_SOS => pE2HE4_G2_SOS; (k969*pE2HE4*G2_SOS)*5.250000e-12; vRP11_15: pHE4Ev3 + G2_SOS => pHE4Ev3_G2_SOS; (k970*pHE4Ev3*G2_SOS)*5.250000e-12; vRP11_16: pE1HE4 + G2_SOS => pE1HE4_G2_SOS; (k971*pE1HE4*G2_SOS)*5.250000e-12; vRP11_17: pE3HE4 + G2_SOS => pE3HE4_G2_SOS; (k972*pE3HE4*G2_SOS)*5.250000e-12; vRP11_18: pHE4E4 + G2_SOS => pHE4E4_G2_SOS; (k973*pHE4E4*G2_SOS)*5.250000e-12; vRP11_19: pHE4HE4 + G2_SOS => pHE4HE4_G2_SOS; (k974*pHE4HE4*G2_SOS)*5.250000e-12; vRP11_20: pHGF_Met_Met + G2_SOS => pHGF_Met_Met_G2_SOS; (k975*pHGF_Met_Met*G2_SOS)*5.250000e-12; vRP11_21: pHGF_Met_HGF_Met + G2_SOS => pHGF_Met_HGF_Met_G2_SOS; (k976*pHGF_Met_HGF_Met*G2_SOS)*5.250000e-12; vRP11_22: pPPrPPr + G2_SOS => pPPrPPr_G2_SOS; (k977*pPPrPPr*G2_SOS)*5.250000e-12; vRP11_23: pPPrPr + G2_SOS => pPPrPr_G2_SOS; (k978*pPPrPr*G2_SOS)*5.250000e-12; vRP11_24: pFFrFFr + G2_SOS => pFFrFFr_G2_SOS; (k979*pFFrFFr*G2_SOS)*5.250000e-12; vRP11_25: pFFrFr + G2_SOS => pFFrFr_G2_SOS; (k980*pFFrFr*G2_SOS)*5.250000e-12; vRP11_26: pIIrIr_IRS + G2_SOS => pIIrIr_IRS_G2_SOS; (k981*pIIrIr_IRS*G2_SOS)*5.250000e-12; vRP11_27: pINS_Isr_Isr_IRS + G2_SOS => pINS_Isr_Isr_IRS_G2_SOS; (k982*pINS_Isr_Isr_IRS*G2_SOS)*5.250000e-12; vRP11_28: pIIrIrI_IRS + G2_SOS => pIIrIrI_IRS_G2_SOS; (k983*pIIrIrI_IRS*G2_SOS)*5.250000e-12; vRP11_29: pINS_Isr_Isr_INS_IRS + G2_SOS => pINS_Isr_Isr_INS_IRS_G2_SOS; (k984*pINS_Isr_Isr_INS_IRS*G2_SOS)*5.250000e-12; vRP12_1: pEE1E2_G2_SOS => pEE1E2 + G2_SOS; (k985*pEE1E2_G2_SOS)*5.250000e-12; vRP12_2: pEE1Ev3_G2_SOS => pEE1Ev3 + G2_SOS; (k986*pEE1Ev3_G2_SOS)*5.250000e-12; vRP12_3: pEE1E1_G2_SOS => pEE1E1 + G2_SOS; (k987*pEE1E1_G2_SOS)*5.250000e-12; vRP12_4: pEE1EE1_G2_SOS => pEE1EE1 + G2_SOS; (k988*pEE1EE1_G2_SOS)*5.250000e-12; vRP12_5: pEE1E3_G2_SOS => pEE1E3 + G2_SOS; (k989*pEE1E3_G2_SOS)*5.250000e-12; vRP12_6: pEE1HE3_G2_SOS => pEE1HE3 + G2_SOS; (k990*pEE1HE3_G2_SOS)*5.250000e-12; vRP12_7: pEE1E4_G2_SOS => pEE1E4 + G2_SOS; (k991*pEE1E4_G2_SOS)*5.250000e-12; vRP12_8: pEE1HE4_G2_SOS => pEE1HE4 + G2_SOS; (k992*pEE1HE4_G2_SOS)*5.250000e-12; vRP12_9: pE2HE3_G2_SOS => pE2HE3 + G2_SOS; (k993*pE2HE3_G2_SOS)*5.250000e-12; vRP12_10: pHE3Ev3_G2_SOS => pHE3Ev3 + G2_SOS; (k994*pHE3Ev3_G2_SOS)*5.250000e-12; vRP12_11: pE1HE3_G2_SOS => pE1HE3 + G2_SOS; (k995*pE1HE3_G2_SOS)*5.250000e-12; vRP12_12: pHE3E4_G2_SOS => pHE3E4 + G2_SOS; (k996*pHE3E4_G2_SOS)*5.250000e-12; vRP12_13: pHE3HE4_G2_SOS => pHE3HE4 + G2_SOS; (k997*pHE3HE4_G2_SOS)*5.250000e-12; vRP12_14: pE2HE4_G2_SOS => pE2HE4 + G2_SOS; (k998*pE2HE4_G2_SOS)*5.250000e-12; vRP12_15: pHE4Ev3_G2_SOS => pHE4Ev3 + G2_SOS; (k999*pHE4Ev3_G2_SOS)*5.250000e-12; vRP12_16: pE1HE4_G2_SOS => pE1HE4 + G2_SOS; (k1000*pE1HE4_G2_SOS)*5.250000e-12; vRP12_17: pE3HE4_G2_SOS => pE3HE4 + G2_SOS; (k1001*pE3HE4_G2_SOS)*5.250000e-12; vRP12_18: pHE4E4_G2_SOS => pHE4E4 + G2_SOS; (k1002*pHE4E4_G2_SOS)*5.250000e-12; vRP12_19: pHE4HE4_G2_SOS => pHE4HE4 + G2_SOS; (k1003*pHE4HE4_G2_SOS)*5.250000e-12; vRP12_20: pHGF_Met_Met_G2_SOS => pHGF_Met_Met + G2_SOS; (k1004*pHGF_Met_Met_G2_SOS)*5.250000e-12; vRP12_21: pHGF_Met_HGF_Met_G2_SOS => pHGF_Met_HGF_Met + G2_SOS; (k1005*pHGF_Met_HGF_Met_G2_SOS)*5.250000e-12; vRP12_22: pPPrPPr_G2_SOS => pPPrPPr + G2_SOS; (k1006*pPPrPPr_G2_SOS)*5.250000e-12; vRP12_23: pPPrPr_G2_SOS => pPPrPr + G2_SOS; (k1007*pPPrPr_G2_SOS)*5.250000e-12; vRP12_24: pFFrFFr_G2_SOS => pFFrFFr + G2_SOS; (k1008*pFFrFFr_G2_SOS)*5.250000e-12; vRP12_25: pFFrFr_G2_SOS => pFFrFr + G2_SOS; (k1009*pFFrFr_G2_SOS)*5.250000e-12; vRP12_26: pIIrIr_IRS_G2_SOS => pIIrIr_IRS + G2_SOS; (k1010*pIIrIr_IRS_G2_SOS)*5.250000e-12; vRP12_27: pINS_Isr_Isr_IRS_G2_SOS => pINS_Isr_Isr_IRS + G2_SOS; (k1011*pINS_Isr_Isr_IRS_G2_SOS)*5.250000e-12; vRP12_28: pIIrIrI_IRS_G2_SOS => pIIrIrI_IRS + G2_SOS; (k1012*pIIrIrI_IRS_G2_SOS)*5.250000e-12; vRP12_29: pINS_Isr_Isr_INS_IRS_G2_SOS => pINS_Isr_Isr_INS_IRS + G2_SOS; (k1013*pINS_Isr_Isr_INS_IRS_G2_SOS)*5.250000e-12; vRP13_1: pEE1E2 + PLCg => pEE1E2_PLCg; (k1014*pEE1E2*PLCg)*5.250000e-12; vRP13_2: pEE1Ev3 + PLCg => pEE1Ev3_PLCg; (k1015*pEE1Ev3*PLCg)*5.250000e-12; vRP13_3: pEE1E1 + PLCg => pEE1E1_PLCg; (k1016*pEE1E1*PLCg)*5.250000e-12; vRP13_4: pEE1EE1 + PLCg => pEE1EE1_PLCg; (k1017*pEE1EE1*PLCg)*5.250000e-12; vRP13_5: pEE1E3 + PLCg => pEE1E3_PLCg; (k1018*pEE1E3*PLCg)*5.250000e-12; vRP13_6: pEE1HE3 + PLCg => pEE1HE3_PLCg; (k1019*pEE1HE3*PLCg)*5.250000e-12; vRP13_7: pEE1E4 + PLCg => pEE1E4_PLCg; (k1020*pEE1E4*PLCg)*5.250000e-12; vRP13_8: pEE1HE4 + PLCg => pEE1HE4_PLCg; (k1021*pEE1HE4*PLCg)*5.250000e-12; vRP13_9: pE2HE3 + PLCg => pE2HE3_PLCg; (k1022*pE2HE3*PLCg)*5.250000e-12; vRP13_10: pHE3Ev3 + PLCg => pHE3Ev3_PLCg; (k1023*pHE3Ev3*PLCg)*5.250000e-12; vRP13_11: pE1HE3 + PLCg => pE1HE3_PLCg; (k1024*pE1HE3*PLCg)*5.250000e-12; vRP13_12: pHE3E4 + PLCg => pHE3E4_PLCg; (k1025*pHE3E4*PLCg)*5.250000e-12; vRP13_13: pHE3HE4 + PLCg => pHE3HE4_PLCg; (k1026*pHE3HE4*PLCg)*5.250000e-12; vRP13_14: pE2HE4 + PLCg => pE2HE4_PLCg; (k1027*pE2HE4*PLCg)*5.250000e-12; vRP13_15: pHE4Ev3 + PLCg => pHE4Ev3_PLCg; (k1028*pHE4Ev3*PLCg)*5.250000e-12; vRP13_16: pE1HE4 + PLCg => pE1HE4_PLCg; (k1029*pE1HE4*PLCg)*5.250000e-12; vRP13_17: pE3HE4 + PLCg => pE3HE4_PLCg; (k1030*pE3HE4*PLCg)*5.250000e-12; vRP13_18: pHE4E4 + PLCg => pHE4E4_PLCg; (k1031*pHE4E4*PLCg)*5.250000e-12; vRP13_19: pHE4HE4 + PLCg => pHE4HE4_PLCg; (k1032*pHE4HE4*PLCg)*5.250000e-12; vRP13_20: pHGF_Met_Met + PLCg => pHGF_Met_Met_PLCg; (k1033*pHGF_Met_Met*PLCg)*5.250000e-12; vRP13_21: pHGF_Met_HGF_Met + PLCg => pHGF_Met_HGF_Met_PLCg; (k1034*pHGF_Met_HGF_Met*PLCg)*5.250000e-12; vRP13_22: pPPrPPr + PLCg => pPPrPPr_PLCg; (k1035*pPPrPPr*PLCg)*5.250000e-12; vRP13_23: pPPrPr + PLCg => pPPrPr_PLCg; (k1036*pPPrPr*PLCg)*5.250000e-12; vRP13_24: pFFrFFr + PLCg => pFFrFFr_PLCg; (k1037*pFFrFFr*PLCg)*5.250000e-12; vRP13_25: pFFrFr + PLCg => pFFrFr_PLCg; (k1038*pFFrFr*PLCg)*5.250000e-12; vRP13_26: pIIrIr_IRS + PLCg => pIIrIr_IRS_PLCg; (k1039*pIIrIr_IRS*PLCg)*5.250000e-12; vRP13_27: pINS_Isr_Isr_IRS + PLCg => pINS_Isr_Isr_IRS_PLCg; (k1040*pINS_Isr_Isr_IRS*PLCg)*5.250000e-12; vRP13_28: pIIrIrI_IRS + PLCg => pIIrIrI_IRS_PLCg; (k1041*pIIrIrI_IRS*PLCg)*5.250000e-12; vRP13_29: pINS_Isr_Isr_INS_IRS + PLCg => pINS_Isr_Isr_INS_IRS_PLCg; (k1042*pINS_Isr_Isr_INS_IRS*PLCg)*5.250000e-12; vRP14_1: pEE1E2_PLCg => pEE1E2 + PLCg; (k1043*pEE1E2_PLCg)*5.250000e-12; vRP14_2: pEE1Ev3_PLCg => pEE1Ev3 + PLCg; (k1044*pEE1Ev3_PLCg)*5.250000e-12; vRP14_3: pEE1E1_PLCg => pEE1E1 + PLCg; (k1045*pEE1E1_PLCg)*5.250000e-12; vRP14_4: pEE1EE1_PLCg => pEE1EE1 + PLCg; (k1046*pEE1EE1_PLCg)*5.250000e-12; vRP14_5: pEE1E3_PLCg => pEE1E3 + PLCg; (k1047*pEE1E3_PLCg)*5.250000e-12; vRP14_6: pEE1HE3_PLCg => pEE1HE3 + PLCg; (k1048*pEE1HE3_PLCg)*5.250000e-12; vRP14_7: pEE1E4_PLCg => pEE1E4 + PLCg; (k1049*pEE1E4_PLCg)*5.250000e-12; vRP14_8: pEE1HE4_PLCg => pEE1HE4 + PLCg; (k1050*pEE1HE4_PLCg)*5.250000e-12; vRP14_9: pE2HE3_PLCg => pE2HE3 + PLCg; (k1051*pE2HE3_PLCg)*5.250000e-12; vRP14_10: pHE3Ev3_PLCg => pHE3Ev3 + PLCg; (k1052*pHE3Ev3_PLCg)*5.250000e-12; vRP14_11: pE1HE3_PLCg => pE1HE3 + PLCg; (k1053*pE1HE3_PLCg)*5.250000e-12; vRP14_12: pHE3E4_PLCg => pHE3E4 + PLCg; (k1054*pHE3E4_PLCg)*5.250000e-12; vRP14_13: pHE3HE4_PLCg => pHE3HE4 + PLCg; (k1055*pHE3HE4_PLCg)*5.250000e-12; vRP14_14: pE2HE4_PLCg => pE2HE4 + PLCg; (k1056*pE2HE4_PLCg)*5.250000e-12; vRP14_15: pHE4Ev3_PLCg => pHE4Ev3 + PLCg; (k1057*pHE4Ev3_PLCg)*5.250000e-12; vRP14_16: pE1HE4_PLCg => pE1HE4 + PLCg; (k1058*pE1HE4_PLCg)*5.250000e-12; vRP14_17: pE3HE4_PLCg => pE3HE4 + PLCg; (k1059*pE3HE4_PLCg)*5.250000e-12; vRP14_18: pHE4E4_PLCg => pHE4E4 + PLCg; (k1060*pHE4E4_PLCg)*5.250000e-12; vRP14_19: pHE4HE4_PLCg => pHE4HE4 + PLCg; (k1061*pHE4HE4_PLCg)*5.250000e-12; vRP14_20: pHGF_Met_Met_PLCg => pHGF_Met_Met + PLCg; (k1062*pHGF_Met_Met_PLCg)*5.250000e-12; vRP14_21: pHGF_Met_HGF_Met_PLCg => pHGF_Met_HGF_Met + PLCg; (k1063*pHGF_Met_HGF_Met_PLCg)*5.250000e-12; vRP14_22: pPPrPPr_PLCg => pPPrPPr + PLCg; (k1064*pPPrPPr_PLCg)*5.250000e-12; vRP14_23: pPPrPr_PLCg => pPPrPr + PLCg; (k1065*pPPrPr_PLCg)*5.250000e-12; vRP14_24: pFFrFFr_PLCg => pFFrFFr + PLCg; (k1066*pFFrFFr_PLCg)*5.250000e-12; vRP14_25: pFFrFr_PLCg => pFFrFr + PLCg; (k1067*pFFrFr_PLCg)*5.250000e-12; vRP14_26: pIIrIr_IRS_PLCg => pIIrIr_IRS + PLCg; (k1068*pIIrIr_IRS_PLCg)*5.250000e-12; vRP14_27: pINS_Isr_Isr_IRS_PLCg => pINS_Isr_Isr_IRS + PLCg; (k1069*pINS_Isr_Isr_IRS_PLCg)*5.250000e-12; vRP14_28: pIIrIrI_IRS_PLCg => pIIrIrI_IRS + PLCg; (k1070*pIIrIrI_IRS_PLCg)*5.250000e-12; vRP14_29: pINS_Isr_Isr_INS_IRS_PLCg => pINS_Isr_Isr_INS_IRS + PLCg; (k1071*pINS_Isr_Isr_INS_IRS_PLCg)*5.250000e-12; vRP15_1: pEE1E2 + PI3K1 => pEE1E2_PI3K1; (k1072*pEE1E2*PI3K1)*5.250000e-12; vRP15_2: pEE1Ev3 + PI3K1 => pEE1Ev3_PI3K1; (k1073*pEE1Ev3*PI3K1)*5.250000e-12; vRP15_3: pEE1E1 + PI3K1 => pEE1E1_PI3K1; (k1074*pEE1E1*PI3K1)*5.250000e-12; vRP15_4: pEE1EE1 + PI3K1 => pEE1EE1_PI3K1; (k1075*pEE1EE1*PI3K1)*5.250000e-12; vRP15_5: pEE1E3 + PI3K1 => pEE1E3_PI3K1; (k1076*pEE1E3*PI3K1)*5.250000e-12; vRP15_6: pEE1HE3 + PI3K1 => pEE1HE3_PI3K1; (k1077*pEE1HE3*PI3K1)*5.250000e-12; vRP15_7: pEE1E4 + PI3K1 => pEE1E4_PI3K1; (k1078*pEE1E4*PI3K1)*5.250000e-12; vRP15_8: pEE1HE4 + PI3K1 => pEE1HE4_PI3K1; (k1079*pEE1HE4*PI3K1)*5.250000e-12; vRP15_9: pE2HE3 + PI3K1 => pE2HE3_PI3K1; (k1080*pE2HE3*PI3K1)*5.250000e-12; vRP15_10: pHE3Ev3 + PI3K1 => pHE3Ev3_PI3K1; (k1081*pHE3Ev3*PI3K1)*5.250000e-12; vRP15_11: pE1HE3 + PI3K1 => pE1HE3_PI3K1; (k1082*pE1HE3*PI3K1)*5.250000e-12; vRP15_12: pHE3E4 + PI3K1 => pHE3E4_PI3K1; (k1083*pHE3E4*PI3K1)*5.250000e-12; vRP15_13: pHE3HE4 + PI3K1 => pHE3HE4_PI3K1; (k1084*pHE3HE4*PI3K1)*5.250000e-12; vRP15_14: pE2HE4 + PI3K1 => pE2HE4_PI3K1; (k1085*pE2HE4*PI3K1)*5.250000e-12; vRP15_15: pHE4Ev3 + PI3K1 => pHE4Ev3_PI3K1; (k1086*pHE4Ev3*PI3K1)*5.250000e-12; vRP15_16: pE1HE4 + PI3K1 => pE1HE4_PI3K1; (k1087*pE1HE4*PI3K1)*5.250000e-12; vRP15_17: pE3HE4 + PI3K1 => pE3HE4_PI3K1; (k1088*pE3HE4*PI3K1)*5.250000e-12; vRP15_18: pHE4E4 + PI3K1 => pHE4E4_PI3K1; (k1089*pHE4E4*PI3K1)*5.250000e-12; vRP15_19: pHE4HE4 + PI3K1 => pHE4HE4_PI3K1; (k1090*pHE4HE4*PI3K1)*5.250000e-12; vRP15_20: pHGF_Met_Met + PI3K1 => pHGF_Met_Met_PI3K1; (k1091*pHGF_Met_Met*PI3K1)*5.250000e-12; vRP15_21: pHGF_Met_HGF_Met + PI3K1 => pHGF_Met_HGF_Met_PI3K1; (k1092*pHGF_Met_HGF_Met*PI3K1)*5.250000e-12; vRP15_22: pPPrPPr + PI3K1 => pPPrPPr_PI3K1; (k1093*pPPrPPr*PI3K1)*5.250000e-12; vRP15_23: pPPrPr + PI3K1 => pPPrPr_PI3K1; (k1094*pPPrPr*PI3K1)*5.250000e-12; vRP15_24: pFFrFFr + PI3K1 => pFFrFFr_PI3K1; (k1095*pFFrFFr*PI3K1)*5.250000e-12; vRP15_25: pFFrFr + PI3K1 => pFFrFr_PI3K1; (k1096*pFFrFr*PI3K1)*5.250000e-12; vRP15_26: pIIrIr_IRS + PI3K1 => pIIrIr_IRS_PI3K1; (k1097*pIIrIr_IRS*PI3K1)*5.250000e-12; vRP15_27: pINS_Isr_Isr_IRS + PI3K1 => pINS_Isr_Isr_IRS_PI3K1; (k1098*pINS_Isr_Isr_IRS*PI3K1)*5.250000e-12; vRP15_28: pIIrIrI_IRS + PI3K1 => pIIrIrI_IRS_PI3K1; (k1099*pIIrIrI_IRS*PI3K1)*5.250000e-12; vRP15_29: pINS_Isr_Isr_INS_IRS + PI3K1 => pINS_Isr_Isr_INS_IRS_PI3K1; (k1100*pINS_Isr_Isr_INS_IRS*PI3K1)*5.250000e-12; vRP16_1: pEE1E2_PI3K1 => pEE1E2 + PI3K1; (k1101*pEE1E2_PI3K1)*5.250000e-12; vRP16_2: pEE1Ev3_PI3K1 => pEE1Ev3 + PI3K1; (k1102*pEE1Ev3_PI3K1)*5.250000e-12; vRP16_3: pEE1E1_PI3K1 => pEE1E1 + PI3K1; (k1103*pEE1E1_PI3K1)*5.250000e-12; vRP16_4: pEE1EE1_PI3K1 => pEE1EE1 + PI3K1; (k1104*pEE1EE1_PI3K1)*5.250000e-12; vRP16_5: pEE1E3_PI3K1 => pEE1E3 + PI3K1; (k1105*pEE1E3_PI3K1)*5.250000e-12; vRP16_6: pEE1HE3_PI3K1 => pEE1HE3 + PI3K1; (k1106*pEE1HE3_PI3K1)*5.250000e-12; vRP16_7: pEE1E4_PI3K1 => pEE1E4 + PI3K1; (k1107*pEE1E4_PI3K1)*5.250000e-12; vRP16_8: pEE1HE4_PI3K1 => pEE1HE4 + PI3K1; (k1108*pEE1HE4_PI3K1)*5.250000e-12; vRP16_9: pE2HE3_PI3K1 => pE2HE3 + PI3K1; (k1109*pE2HE3_PI3K1)*5.250000e-12; vRP16_10: pHE3Ev3_PI3K1 => pHE3Ev3 + PI3K1; (k1110*pHE3Ev3_PI3K1)*5.250000e-12; vRP16_11: pE1HE3_PI3K1 => pE1HE3 + PI3K1; (k1111*pE1HE3_PI3K1)*5.250000e-12; vRP16_12: pHE3E4_PI3K1 => pHE3E4 + PI3K1; (k1112*pHE3E4_PI3K1)*5.250000e-12; vRP16_13: pHE3HE4_PI3K1 => pHE3HE4 + PI3K1; (k1113*pHE3HE4_PI3K1)*5.250000e-12; vRP16_14: pE2HE4_PI3K1 => pE2HE4 + PI3K1; (k1114*pE2HE4_PI3K1)*5.250000e-12; vRP16_15: pHE4Ev3_PI3K1 => pHE4Ev3 + PI3K1; (k1115*pHE4Ev3_PI3K1)*5.250000e-12; vRP16_16: pE1HE4_PI3K1 => pE1HE4 + PI3K1; (k1116*pE1HE4_PI3K1)*5.250000e-12; vRP16_17: pE3HE4_PI3K1 => pE3HE4 + PI3K1; (k1117*pE3HE4_PI3K1)*5.250000e-12; vRP16_18: pHE4E4_PI3K1 => pHE4E4 + PI3K1; (k1118*pHE4E4_PI3K1)*5.250000e-12; vRP16_19: pHE4HE4_PI3K1 => pHE4HE4 + PI3K1; (k1119*pHE4HE4_PI3K1)*5.250000e-12; vRP16_20: pHGF_Met_Met_PI3K1 => pHGF_Met_Met + PI3K1; (k1120*pHGF_Met_Met_PI3K1)*5.250000e-12; vRP16_21: pHGF_Met_HGF_Met_PI3K1 => pHGF_Met_HGF_Met + PI3K1; (k1121*pHGF_Met_HGF_Met_PI3K1)*5.250000e-12; vRP16_22: pPPrPPr_PI3K1 => pPPrPPr + PI3K1; (k1122*pPPrPPr_PI3K1)*5.250000e-12; vRP16_23: pPPrPr_PI3K1 => pPPrPr + PI3K1; (k1123*pPPrPr_PI3K1)*5.250000e-12; vRP16_24: pFFrFFr_PI3K1 => pFFrFFr + PI3K1; (k1124*pFFrFFr_PI3K1)*5.250000e-12; vRP16_25: pFFrFr_PI3K1 => pFFrFr + PI3K1; (k1125*pFFrFr_PI3K1)*5.250000e-12; vRP16_26: pIIrIr_IRS_PI3K1 => pIIrIr_IRS + PI3K1; (k1126*pIIrIr_IRS_PI3K1)*5.250000e-12; vRP16_27: pINS_Isr_Isr_IRS_PI3K1 => pINS_Isr_Isr_IRS + PI3K1; (k1127*pINS_Isr_Isr_IRS_PI3K1)*5.250000e-12; vRP16_28: pIIrIrI_IRS_PI3K1 => pIIrIrI_IRS + PI3K1; (k1128*pIIrIrI_IRS_PI3K1)*5.250000e-12; vRP16_29: pINS_Isr_Isr_INS_IRS_PI3K1 => pINS_Isr_Isr_INS_IRS + PI3K1; (k1129*pINS_Isr_Isr_INS_IRS_PI3K1)*5.250000e-12; vRP17_1: pEE1E2 + PI3K2 => pEE1E2_PI3K2; (k1130*pEE1E2*PI3K2)*5.250000e-12; vRP17_2: pEE1Ev3 + PI3K2 => pEE1Ev3_PI3K2; (k1131*pEE1Ev3*PI3K2)*5.250000e-12; vRP17_3: pEE1E1 + PI3K2 => pEE1E1_PI3K2; (k1132*pEE1E1*PI3K2)*5.250000e-12; vRP17_4: pEE1EE1 + PI3K2 => pEE1EE1_PI3K2; (k1133*pEE1EE1*PI3K2)*5.250000e-12; vRP17_5: pEE1E3 + PI3K2 => pEE1E3_PI3K2; (k1134*pEE1E3*PI3K2)*5.250000e-12; vRP17_6: pEE1HE3 + PI3K2 => pEE1HE3_PI3K2; (k1135*pEE1HE3*PI3K2)*5.250000e-12; vRP17_7: pEE1E4 + PI3K2 => pEE1E4_PI3K2; (k1136*pEE1E4*PI3K2)*5.250000e-12; vRP17_8: pEE1HE4 + PI3K2 => pEE1HE4_PI3K2; (k1137*pEE1HE4*PI3K2)*5.250000e-12; vRP17_9: pE2HE3 + PI3K2 => pE2HE3_PI3K2; (k1138*pE2HE3*PI3K2)*5.250000e-12; vRP17_10: pHE3Ev3 + PI3K2 => pHE3Ev3_PI3K2; (k1139*pHE3Ev3*PI3K2)*5.250000e-12; vRP17_11: pE1HE3 + PI3K2 => pE1HE3_PI3K2; (k1140*pE1HE3*PI3K2)*5.250000e-12; vRP17_12: pHE3E4 + PI3K2 => pHE3E4_PI3K2; (k1141*pHE3E4*PI3K2)*5.250000e-12; vRP17_13: pHE3HE4 + PI3K2 => pHE3HE4_PI3K2; (k1142*pHE3HE4*PI3K2)*5.250000e-12; vRP17_14: pE2HE4 + PI3K2 => pE2HE4_PI3K2; (k1143*pE2HE4*PI3K2)*5.250000e-12; vRP17_15: pHE4Ev3 + PI3K2 => pHE4Ev3_PI3K2; (k1144*pHE4Ev3*PI3K2)*5.250000e-12; vRP17_16: pE1HE4 + PI3K2 => pE1HE4_PI3K2; (k1145*pE1HE4*PI3K2)*5.250000e-12; vRP17_17: pE3HE4 + PI3K2 => pE3HE4_PI3K2; (k1146*pE3HE4*PI3K2)*5.250000e-12; vRP17_18: pHE4E4 + PI3K2 => pHE4E4_PI3K2; (k1147*pHE4E4*PI3K2)*5.250000e-12; vRP17_19: pHE4HE4 + PI3K2 => pHE4HE4_PI3K2; (k1148*pHE4HE4*PI3K2)*5.250000e-12; vRP17_20: pHGF_Met_Met + PI3K2 => pHGF_Met_Met_PI3K2; (k1149*pHGF_Met_Met*PI3K2)*5.250000e-12; vRP17_21: pHGF_Met_HGF_Met + PI3K2 => pHGF_Met_HGF_Met_PI3K2; (k1150*pHGF_Met_HGF_Met*PI3K2)*5.250000e-12; vRP17_22: pPPrPPr + PI3K2 => pPPrPPr_PI3K2; (k1151*pPPrPPr*PI3K2)*5.250000e-12; vRP17_23: pPPrPr + PI3K2 => pPPrPr_PI3K2; (k1152*pPPrPr*PI3K2)*5.250000e-12; vRP17_24: pFFrFFr + PI3K2 => pFFrFFr_PI3K2; (k1153*pFFrFFr*PI3K2)*5.250000e-12; vRP17_25: pFFrFr + PI3K2 => pFFrFr_PI3K2; (k1154*pFFrFr*PI3K2)*5.250000e-12; vRP17_26: pIIrIr_IRS + PI3K2 => pIIrIr_IRS_PI3K2; (k1155*pIIrIr_IRS*PI3K2)*5.250000e-12; vRP17_27: pINS_Isr_Isr_IRS + PI3K2 => pINS_Isr_Isr_IRS_PI3K2; (k1156*pINS_Isr_Isr_IRS*PI3K2)*5.250000e-12; vRP17_28: pIIrIrI_IRS + PI3K2 => pIIrIrI_IRS_PI3K2; (k1157*pIIrIrI_IRS*PI3K2)*5.250000e-12; vRP17_29: pINS_Isr_Isr_INS_IRS + PI3K2 => pINS_Isr_Isr_INS_IRS_PI3K2; (k1158*pINS_Isr_Isr_INS_IRS*PI3K2)*5.250000e-12; vRP18_1: pEE1E2_PI3K2 => pEE1E2 + PI3K2; (k1159*pEE1E2_PI3K2)*5.250000e-12; vRP18_2: pEE1Ev3_PI3K2 => pEE1Ev3 + PI3K2; (k1160*pEE1Ev3_PI3K2)*5.250000e-12; vRP18_3: pEE1E1_PI3K2 => pEE1E1 + PI3K2; (k1161*pEE1E1_PI3K2)*5.250000e-12; vRP18_4: pEE1EE1_PI3K2 => pEE1EE1 + PI3K2; (k1162*pEE1EE1_PI3K2)*5.250000e-12; vRP18_5: pEE1E3_PI3K2 => pEE1E3 + PI3K2; (k1163*pEE1E3_PI3K2)*5.250000e-12; vRP18_6: pEE1HE3_PI3K2 => pEE1HE3 + PI3K2; (k1164*pEE1HE3_PI3K2)*5.250000e-12; vRP18_7: pEE1E4_PI3K2 => pEE1E4 + PI3K2; (k1165*pEE1E4_PI3K2)*5.250000e-12; vRP18_8: pEE1HE4_PI3K2 => pEE1HE4 + PI3K2; (k1166*pEE1HE4_PI3K2)*5.250000e-12; vRP18_9: pE2HE3_PI3K2 => pE2HE3 + PI3K2; (k1167*pE2HE3_PI3K2)*5.250000e-12; vRP18_10: pHE3Ev3_PI3K2 => pHE3Ev3 + PI3K2; (k1168*pHE3Ev3_PI3K2)*5.250000e-12; vRP18_11: pE1HE3_PI3K2 => pE1HE3 + PI3K2; (k1169*pE1HE3_PI3K2)*5.250000e-12; vRP18_12: pHE3E4_PI3K2 => pHE3E4 + PI3K2; (k1170*pHE3E4_PI3K2)*5.250000e-12; vRP18_13: pHE3HE4_PI3K2 => pHE3HE4 + PI3K2; (k1171*pHE3HE4_PI3K2)*5.250000e-12; vRP18_14: pE2HE4_PI3K2 => pE2HE4 + PI3K2; (k1172*pE2HE4_PI3K2)*5.250000e-12; vRP18_15: pHE4Ev3_PI3K2 => pHE4Ev3 + PI3K2; (k1173*pHE4Ev3_PI3K2)*5.250000e-12; vRP18_16: pE1HE4_PI3K2 => pE1HE4 + PI3K2; (k1174*pE1HE4_PI3K2)*5.250000e-12; vRP18_17: pE3HE4_PI3K2 => pE3HE4 + PI3K2; (k1175*pE3HE4_PI3K2)*5.250000e-12; vRP18_18: pHE4E4_PI3K2 => pHE4E4 + PI3K2; (k1176*pHE4E4_PI3K2)*5.250000e-12; vRP18_19: pHE4HE4_PI3K2 => pHE4HE4 + PI3K2; (k1177*pHE4HE4_PI3K2)*5.250000e-12; vRP18_20: pHGF_Met_Met_PI3K2 => pHGF_Met_Met + PI3K2; (k1178*pHGF_Met_Met_PI3K2)*5.250000e-12; vRP18_21: pHGF_Met_HGF_Met_PI3K2 => pHGF_Met_HGF_Met + PI3K2; (k1179*pHGF_Met_HGF_Met_PI3K2)*5.250000e-12; vRP18_22: pPPrPPr_PI3K2 => pPPrPPr + PI3K2; (k1180*pPPrPPr_PI3K2)*5.250000e-12; vRP18_23: pPPrPr_PI3K2 => pPPrPr + PI3K2; (k1181*pPPrPr_PI3K2)*5.250000e-12; vRP18_24: pFFrFFr_PI3K2 => pFFrFFr + PI3K2; (k1182*pFFrFFr_PI3K2)*5.250000e-12; vRP18_25: pFFrFr_PI3K2 => pFFrFr + PI3K2; (k1183*pFFrFr_PI3K2)*5.250000e-12; vRP18_26: pIIrIr_IRS_PI3K2 => pIIrIr_IRS + PI3K2; (k1184*pIIrIr_IRS_PI3K2)*5.250000e-12; vRP18_27: pINS_Isr_Isr_IRS_PI3K2 => pINS_Isr_Isr_IRS + PI3K2; (k1185*pINS_Isr_Isr_IRS_PI3K2)*5.250000e-12; vRP18_28: pIIrIrI_IRS_PI3K2 => pIIrIrI_IRS + PI3K2; (k1186*pIIrIrI_IRS_PI3K2)*5.250000e-12; vRP18_29: pINS_Isr_Isr_INS_IRS_PI3K2 => pINS_Isr_Isr_INS_IRS + PI3K2; (k1187*pINS_Isr_Isr_INS_IRS_PI3K2)*5.250000e-12; vRP19_1: pEE1E2int_G2_SOS + RasD => pEE1E2int_G2_SOS_RasD; (k1188*pEE1E2int_G2_SOS*RasD)*5.250000e-12; vRP19_2: pEE1Ev3int_G2_SOS + RasD => pEE1Ev3int_G2_SOS_RasD; (k1189*pEE1Ev3int_G2_SOS*RasD)*5.250000e-12; vRP19_3: pEE1E1int_G2_SOS + RasD => pEE1E1int_G2_SOS_RasD; (k1190*pEE1E1int_G2_SOS*RasD)*5.250000e-12; vRP19_4: pEE1EE1int_G2_SOS + RasD => pEE1EE1int_G2_SOS_RasD; (k1191*pEE1EE1int_G2_SOS*RasD)*5.250000e-12; vRP19_5: pEE1E3int_G2_SOS + RasD => pEE1E3int_G2_SOS_RasD; (k1192*pEE1E3int_G2_SOS*RasD)*5.250000e-12; vRP19_6: pEE1HE3int_G2_SOS + RasD => pEE1HE3int_G2_SOS_RasD; (k1193*pEE1HE3int_G2_SOS*RasD)*5.250000e-12; vRP19_7: pEE1E4int_G2_SOS + RasD => pEE1E4int_G2_SOS_RasD; (k1194*pEE1E4int_G2_SOS*RasD)*5.250000e-12; vRP19_8: pEE1HE4int_G2_SOS + RasD => pEE1HE4int_G2_SOS_RasD; (k1195*pEE1HE4int_G2_SOS*RasD)*5.250000e-12; vRP19_9: pE2HE3int_G2_SOS + RasD => pE2HE3int_G2_SOS_RasD; (k1196*pE2HE3int_G2_SOS*RasD)*5.250000e-12; vRP19_10: pHE3Ev3int_G2_SOS + RasD => pHE3Ev3int_G2_SOS_RasD; (k1197*pHE3Ev3int_G2_SOS*RasD)*5.250000e-12; vRP19_11: pE1HE3int_G2_SOS + RasD => pE1HE3int_G2_SOS_RasD; (k1198*pE1HE3int_G2_SOS*RasD)*5.250000e-12; vRP19_12: pHE3E4int_G2_SOS + RasD => pHE3E4int_G2_SOS_RasD; (k1199*pHE3E4int_G2_SOS*RasD)*5.250000e-12; vRP19_13: pHE3HE4int_G2_SOS + RasD => pHE3HE4int_G2_SOS_RasD; (k1200*pHE3HE4int_G2_SOS*RasD)*5.250000e-12; vRP19_14: pE2HE4int_G2_SOS + RasD => pE2HE4int_G2_SOS_RasD; (k1201*pE2HE4int_G2_SOS*RasD)*5.250000e-12; vRP19_15: pHE4Ev3int_G2_SOS + RasD => pHE4Ev3int_G2_SOS_RasD; (k1202*pHE4Ev3int_G2_SOS*RasD)*5.250000e-12; vRP19_16: pE1HE4int_G2_SOS + RasD => pE1HE4int_G2_SOS_RasD; (k1203*pE1HE4int_G2_SOS*RasD)*5.250000e-12; vRP19_17: pE3HE4int_G2_SOS + RasD => pE3HE4int_G2_SOS_RasD; (k1204*pE3HE4int_G2_SOS*RasD)*5.250000e-12; vRP19_18: pHE4E4int_G2_SOS + RasD => pHE4E4int_G2_SOS_RasD; (k1205*pHE4E4int_G2_SOS*RasD)*5.250000e-12; vRP19_19: pHE4HE4int_G2_SOS + RasD => pHE4HE4int_G2_SOS_RasD; (k1206*pHE4HE4int_G2_SOS*RasD)*5.250000e-12; vRP19_20: pHGF_Met_Metint_G2_SOS + RasD => pHGF_Met_Metint_G2_SOS_RasD; (k1207*pHGF_Met_Metint_G2_SOS*RasD)*5.250000e-12; vRP19_21: pHGF_Met_HGF_Metint_G2_SOS + RasD => pHGF_Met_HGF_Metint_G2_SOS_RasD; (k1208*pHGF_Met_HGF_Metint_G2_SOS*RasD)*5.250000e-12; vRP19_22: pPPrPPrint_G2_SOS + RasD => pPPrPPrint_G2_SOS_RasD; (k1209*pPPrPPrint_G2_SOS*RasD)*5.250000e-12; vRP19_23: pPPrPrint_G2_SOS + RasD => pPPrPrint_G2_SOS_RasD; (k1210*pPPrPrint_G2_SOS*RasD)*5.250000e-12; vRP19_24: pFFrFFrint_G2_SOS + RasD => pFFrFFrint_G2_SOS_RasD; (k1211*pFFrFFrint_G2_SOS*RasD)*5.250000e-12; vRP19_25: pFFrFrint_G2_SOS + RasD => pFFrFrint_G2_SOS_RasD; (k1212*pFFrFrint_G2_SOS*RasD)*5.250000e-12; vRP19_26: pIIrIr_int_IRS_G2_SOS + RasD => pIIrIr_int_IRS_G2_SOS_RasD; (k1213*pIIrIr_int_IRS_G2_SOS*RasD)*5.250000e-12; vRP19_27: pINS_Isr_Isr_int_IRS_G2_SOS + RasD => pINS_Isr_Isr_int_IRS_G2_SOS_RasD; (k1214*pINS_Isr_Isr_int_IRS_G2_SOS*RasD)*5.250000e-12; vRP19_28: pIIrIrI_int_IRS_G2_SOS + RasD => pIIrIrI_int_IRS_G2_SOS_RasD; (k1215*pIIrIrI_int_IRS_G2_SOS*RasD)*5.250000e-12; vRP19_29: pINS_Isr_Isr_INS_int_IRS_G2_SOS + RasD => pINS_Isr_Isr_INS_int_IRS_G2_SOS_RasD; (k1216*pINS_Isr_Isr_INS_int_IRS_G2_SOS*RasD)*5.250000e-12; vRP20_1: pEE1E2int_G2_SOS_RasD => pEE1E2int_G2_SOS + RasD; (k1217*pEE1E2int_G2_SOS_RasD)*5.250000e-12; vRP20_2: pEE1Ev3int_G2_SOS_RasD => pEE1Ev3int_G2_SOS + RasD; (k1218*pEE1Ev3int_G2_SOS_RasD)*5.250000e-12; vRP20_3: pEE1E1int_G2_SOS_RasD => pEE1E1int_G2_SOS + RasD; (k1219*pEE1E1int_G2_SOS_RasD)*5.250000e-12; vRP20_4: pEE1EE1int_G2_SOS_RasD => pEE1EE1int_G2_SOS + RasD; (k1220*pEE1EE1int_G2_SOS_RasD)*5.250000e-12; vRP20_5: pEE1E3int_G2_SOS_RasD => pEE1E3int_G2_SOS + RasD; (k1221*pEE1E3int_G2_SOS_RasD)*5.250000e-12; vRP20_6: pEE1HE3int_G2_SOS_RasD => pEE1HE3int_G2_SOS + RasD; (k1222*pEE1HE3int_G2_SOS_RasD)*5.250000e-12; vRP20_7: pEE1E4int_G2_SOS_RasD => pEE1E4int_G2_SOS + RasD; (k1223*pEE1E4int_G2_SOS_RasD)*5.250000e-12; vRP20_8: pEE1HE4int_G2_SOS_RasD => pEE1HE4int_G2_SOS + RasD; (k1224*pEE1HE4int_G2_SOS_RasD)*5.250000e-12; vRP20_9: pE2HE3int_G2_SOS_RasD => pE2HE3int_G2_SOS + RasD; (k1225*pE2HE3int_G2_SOS_RasD)*5.250000e-12; vRP20_10: pHE3Ev3int_G2_SOS_RasD => pHE3Ev3int_G2_SOS + RasD; (k1226*pHE3Ev3int_G2_SOS_RasD)*5.250000e-12; vRP20_11: pE1HE3int_G2_SOS_RasD => pE1HE3int_G2_SOS + RasD; (k1227*pE1HE3int_G2_SOS_RasD)*5.250000e-12; vRP20_12: pHE3E4int_G2_SOS_RasD => pHE3E4int_G2_SOS + RasD; (k1228*pHE3E4int_G2_SOS_RasD)*5.250000e-12; vRP20_13: pHE3HE4int_G2_SOS_RasD => pHE3HE4int_G2_SOS + RasD; (k1229*pHE3HE4int_G2_SOS_RasD)*5.250000e-12; vRP20_14: pE2HE4int_G2_SOS_RasD => pE2HE4int_G2_SOS + RasD; (k1230*pE2HE4int_G2_SOS_RasD)*5.250000e-12; vRP20_15: pHE4Ev3int_G2_SOS_RasD => pHE4Ev3int_G2_SOS + RasD; (k1231*pHE4Ev3int_G2_SOS_RasD)*5.250000e-12; vRP20_16: pE1HE4int_G2_SOS_RasD => pE1HE4int_G2_SOS + RasD; (k1232*pE1HE4int_G2_SOS_RasD)*5.250000e-12; vRP20_17: pE3HE4int_G2_SOS_RasD => pE3HE4int_G2_SOS + RasD; (k1233*pE3HE4int_G2_SOS_RasD)*5.250000e-12; vRP20_18: pHE4E4int_G2_SOS_RasD => pHE4E4int_G2_SOS + RasD; (k1234*pHE4E4int_G2_SOS_RasD)*5.250000e-12; vRP20_19: pHE4HE4int_G2_SOS_RasD => pHE4HE4int_G2_SOS + RasD; (k1235*pHE4HE4int_G2_SOS_RasD)*5.250000e-12; vRP20_20: pHGF_Met_Metint_G2_SOS_RasD => pHGF_Met_Metint_G2_SOS + RasD; (k1236*pHGF_Met_Metint_G2_SOS_RasD)*5.250000e-12; vRP20_21: pHGF_Met_HGF_Metint_G2_SOS_RasD => pHGF_Met_HGF_Metint_G2_SOS + RasD; (k1237*pHGF_Met_HGF_Metint_G2_SOS_RasD)*5.250000e-12; vRP20_22: pPPrPPrint_G2_SOS_RasD => pPPrPPrint_G2_SOS + RasD; (k1238*pPPrPPrint_G2_SOS_RasD)*5.250000e-12; vRP20_23: pPPrPrint_G2_SOS_RasD => pPPrPrint_G2_SOS + RasD; (k1239*pPPrPrint_G2_SOS_RasD)*5.250000e-12; vRP20_24: pFFrFFrint_G2_SOS_RasD => pFFrFFrint_G2_SOS + RasD; (k1240*pFFrFFrint_G2_SOS_RasD)*5.250000e-12; vRP20_25: pFFrFrint_G2_SOS_RasD => pFFrFrint_G2_SOS + RasD; (k1241*pFFrFrint_G2_SOS_RasD)*5.250000e-12; vRP20_26: pIIrIr_int_IRS_G2_SOS_RasD => pIIrIr_int_IRS_G2_SOS + RasD; (k1242*pIIrIr_int_IRS_G2_SOS_RasD)*5.250000e-12; vRP20_27: pINS_Isr_Isr_int_IRS_G2_SOS_RasD => pINS_Isr_Isr_int_IRS_G2_SOS + RasD; (k1243*pINS_Isr_Isr_int_IRS_G2_SOS_RasD)*5.250000e-12; vRP20_28: pIIrIrI_int_IRS_G2_SOS_RasD => pIIrIrI_int_IRS_G2_SOS + RasD; (k1244*pIIrIrI_int_IRS_G2_SOS_RasD)*5.250000e-12; vRP20_29: pINS_Isr_Isr_INS_int_IRS_G2_SOS_RasD => pINS_Isr_Isr_INS_int_IRS_G2_SOS + RasD; (k1245*pINS_Isr_Isr_INS_int_IRS_G2_SOS_RasD)*5.250000e-12; vRP21_1: pEE1E2int_G2_SOS_RasD => pEE1E2int_G2_SOS + RasT; (k1246*pEE1E2int_G2_SOS_RasD)*5.250000e-12; vRP21_2: pEE1Ev3int_G2_SOS_RasD => pEE1Ev3int_G2_SOS + RasT; (k1247*pEE1Ev3int_G2_SOS_RasD)*5.250000e-12; vRP21_3: pEE1E1int_G2_SOS_RasD => pEE1E1int_G2_SOS + RasT; (k1248*pEE1E1int_G2_SOS_RasD)*5.250000e-12; vRP21_4: pEE1EE1int_G2_SOS_RasD => pEE1EE1int_G2_SOS + RasT; (k1249*pEE1EE1int_G2_SOS_RasD)*5.250000e-12; vRP21_5: pEE1E3int_G2_SOS_RasD => pEE1E3int_G2_SOS + RasT; (k1250*pEE1E3int_G2_SOS_RasD)*5.250000e-12; vRP21_6: pEE1HE3int_G2_SOS_RasD => pEE1HE3int_G2_SOS + RasT; (k1251*pEE1HE3int_G2_SOS_RasD)*5.250000e-12; vRP21_7: pEE1E4int_G2_SOS_RasD => pEE1E4int_G2_SOS + RasT; (k1252*pEE1E4int_G2_SOS_RasD)*5.250000e-12; vRP21_8: pEE1HE4int_G2_SOS_RasD => pEE1HE4int_G2_SOS + RasT; (k1253*pEE1HE4int_G2_SOS_RasD)*5.250000e-12; vRP21_9: pE2HE3int_G2_SOS_RasD => pE2HE3int_G2_SOS + RasT; (k1254*pE2HE3int_G2_SOS_RasD)*5.250000e-12; vRP21_10: pHE3Ev3int_G2_SOS_RasD => pHE3Ev3int_G2_SOS + RasT; (k1255*pHE3Ev3int_G2_SOS_RasD)*5.250000e-12; vRP21_11: pE1HE3int_G2_SOS_RasD => pE1HE3int_G2_SOS + RasT; (k1256*pE1HE3int_G2_SOS_RasD)*5.250000e-12; vRP21_12: pHE3E4int_G2_SOS_RasD => pHE3E4int_G2_SOS + RasT; (k1257*pHE3E4int_G2_SOS_RasD)*5.250000e-12; vRP21_13: pHE3HE4int_G2_SOS_RasD => pHE3HE4int_G2_SOS + RasT; (k1258*pHE3HE4int_G2_SOS_RasD)*5.250000e-12; vRP21_14: pE2HE4int_G2_SOS_RasD => pE2HE4int_G2_SOS + RasT; (k1259*pE2HE4int_G2_SOS_RasD)*5.250000e-12; vRP21_15: pHE4Ev3int_G2_SOS_RasD => pHE4Ev3int_G2_SOS + RasT; (k1260*pHE4Ev3int_G2_SOS_RasD)*5.250000e-12; vRP21_16: pE1HE4int_G2_SOS_RasD => pE1HE4int_G2_SOS + RasT; (k1261*pE1HE4int_G2_SOS_RasD)*5.250000e-12; vRP21_17: pE3HE4int_G2_SOS_RasD => pE3HE4int_G2_SOS + RasT; (k1262*pE3HE4int_G2_SOS_RasD)*5.250000e-12; vRP21_18: pHE4E4int_G2_SOS_RasD => pHE4E4int_G2_SOS + RasT; (k1263*pHE4E4int_G2_SOS_RasD)*5.250000e-12; vRP21_19: pHE4HE4int_G2_SOS_RasD => pHE4HE4int_G2_SOS + RasT; (k1264*pHE4HE4int_G2_SOS_RasD)*5.250000e-12; vRP21_20: pHGF_Met_Metint_G2_SOS_RasD => pHGF_Met_Metint_G2_SOS + RasT; (k1265*pHGF_Met_Metint_G2_SOS_RasD)*5.250000e-12; vRP21_21: pHGF_Met_HGF_Metint_G2_SOS_RasD => pHGF_Met_HGF_Metint_G2_SOS + RasT; (k1266*pHGF_Met_HGF_Metint_G2_SOS_RasD)*5.250000e-12; vRP21_22: pPPrPPrint_G2_SOS_RasD => pPPrPPrint_G2_SOS + RasT; (k1267*pPPrPPrint_G2_SOS_RasD)*5.250000e-12; vRP21_23: pPPrPrint_G2_SOS_RasD => pPPrPrint_G2_SOS + RasT; (k1268*pPPrPrint_G2_SOS_RasD)*5.250000e-12; vRP21_24: pFFrFFrint_G2_SOS_RasD => pFFrFFrint_G2_SOS + RasT; (k1269*pFFrFFrint_G2_SOS_RasD)*5.250000e-12; vRP21_25: pFFrFrint_G2_SOS_RasD => pFFrFrint_G2_SOS + RasT; (k1270*pFFrFrint_G2_SOS_RasD)*5.250000e-12; vRP21_26: pIIrIr_int_IRS_G2_SOS_RasD => pIIrIr_int_IRS_G2_SOS + RasT; (k1271*pIIrIr_int_IRS_G2_SOS_RasD)*5.250000e-12; vRP21_27: pINS_Isr_Isr_int_IRS_G2_SOS_RasD => pINS_Isr_Isr_int_IRS_G2_SOS + RasT; (k1272*pINS_Isr_Isr_int_IRS_G2_SOS_RasD)*5.250000e-12; vRP21_28: pIIrIrI_int_IRS_G2_SOS_RasD => pIIrIrI_int_IRS_G2_SOS + RasT; (k1273*pIIrIrI_int_IRS_G2_SOS_RasD)*5.250000e-12; vRP21_29: pINS_Isr_Isr_INS_int_IRS_G2_SOS_RasD => pINS_Isr_Isr_INS_int_IRS_G2_SOS + RasT; (k1274*pINS_Isr_Isr_INS_int_IRS_G2_SOS_RasD)*5.250000e-12; vRP22_1: pEE1E2_G2_SOS + RasD => pEE1E2_G2_SOS_RasD; (k1275*pEE1E2_G2_SOS*RasD)*5.250000e-12; vRP22_2: pEE1Ev3_G2_SOS + RasD => pEE1Ev3_G2_SOS_RasD; (k1276*pEE1Ev3_G2_SOS*RasD)*5.250000e-12; vRP22_3: pEE1E1_G2_SOS + RasD => pEE1E1_G2_SOS_RasD; (k1277*pEE1E1_G2_SOS*RasD)*5.250000e-12; vRP22_4: pEE1EE1_G2_SOS + RasD => pEE1EE1_G2_SOS_RasD; (k1278*pEE1EE1_G2_SOS*RasD)*5.250000e-12; vRP22_5: pEE1E3_G2_SOS + RasD => pEE1E3_G2_SOS_RasD; (k1279*pEE1E3_G2_SOS*RasD)*5.250000e-12; vRP22_6: pEE1HE3_G2_SOS + RasD => pEE1HE3_G2_SOS_RasD; (k1280*pEE1HE3_G2_SOS*RasD)*5.250000e-12; vRP22_7: pEE1E4_G2_SOS + RasD => pEE1E4_G2_SOS_RasD; (k1281*pEE1E4_G2_SOS*RasD)*5.250000e-12; vRP22_8: pEE1HE4_G2_SOS + RasD => pEE1HE4_G2_SOS_RasD; (k1282*pEE1HE4_G2_SOS*RasD)*5.250000e-12; vRP22_9: pE2HE3_G2_SOS + RasD => pE2HE3_G2_SOS_RasD; (k1283*pE2HE3_G2_SOS*RasD)*5.250000e-12; vRP22_10: pHE3Ev3_G2_SOS + RasD => pHE3Ev3_G2_SOS_RasD; (k1284*pHE3Ev3_G2_SOS*RasD)*5.250000e-12; vRP22_11: pE1HE3_G2_SOS + RasD => pE1HE3_G2_SOS_RasD; (k1285*pE1HE3_G2_SOS*RasD)*5.250000e-12; vRP22_12: pHE3E4_G2_SOS + RasD => pHE3E4_G2_SOS_RasD; (k1286*pHE3E4_G2_SOS*RasD)*5.250000e-12; vRP22_13: pHE3HE4_G2_SOS + RasD => pHE3HE4_G2_SOS_RasD; (k1287*pHE3HE4_G2_SOS*RasD)*5.250000e-12; vRP22_14: pE2HE4_G2_SOS + RasD => pE2HE4_G2_SOS_RasD; (k1288*pE2HE4_G2_SOS*RasD)*5.250000e-12; vRP22_15: pHE4Ev3_G2_SOS + RasD => pHE4Ev3_G2_SOS_RasD; (k1289*pHE4Ev3_G2_SOS*RasD)*5.250000e-12; vRP22_16: pE1HE4_G2_SOS + RasD => pE1HE4_G2_SOS_RasD; (k1290*pE1HE4_G2_SOS*RasD)*5.250000e-12; vRP22_17: pE3HE4_G2_SOS + RasD => pE3HE4_G2_SOS_RasD; (k1291*pE3HE4_G2_SOS*RasD)*5.250000e-12; vRP22_18: pHE4E4_G2_SOS + RasD => pHE4E4_G2_SOS_RasD; (k1292*pHE4E4_G2_SOS*RasD)*5.250000e-12; vRP22_19: pHE4HE4_G2_SOS + RasD => pHE4HE4_G2_SOS_RasD; (k1293*pHE4HE4_G2_SOS*RasD)*5.250000e-12; vRP22_20: pHGF_Met_Met_G2_SOS + RasD => pHGF_Met_Met_G2_SOS_RasD; (k1294*pHGF_Met_Met_G2_SOS*RasD)*5.250000e-12; vRP22_21: pHGF_Met_HGF_Met_G2_SOS + RasD => pHGF_Met_HGF_Met_G2_SOS_RasD; (k1295*pHGF_Met_HGF_Met_G2_SOS*RasD)*5.250000e-12; vRP22_22: pPPrPPr_G2_SOS + RasD => pPPrPPr_G2_SOS_RasD; (k1296*pPPrPPr_G2_SOS*RasD)*5.250000e-12; vRP22_23: pPPrPr_G2_SOS + RasD => pPPrPr_G2_SOS_RasD; (k1297*pPPrPr_G2_SOS*RasD)*5.250000e-12; vRP22_24: pFFrFFr_G2_SOS + RasD => pFFrFFr_G2_SOS_RasD; (k1298*pFFrFFr_G2_SOS*RasD)*5.250000e-12; vRP22_25: pFFrFr_G2_SOS + RasD => pFFrFr_G2_SOS_RasD; (k1299*pFFrFr_G2_SOS*RasD)*5.250000e-12; vRP22_26: pIIrIr_IRS_G2_SOS + RasD => pIIrIr_IRS_G2_SOS_RasD; (k1300*pIIrIr_IRS_G2_SOS*RasD)*5.250000e-12; vRP22_27: pINS_Isr_Isr_IRS_G2_SOS + RasD => pINS_Isr_Isr_IRS_G2_SOS_RasD; (k1301*pINS_Isr_Isr_IRS_G2_SOS*RasD)*5.250000e-12; vRP22_28: pIIrIrI_IRS_G2_SOS + RasD => pIIrIrI_IRS_G2_SOS_RasD; (k1302*pIIrIrI_IRS_G2_SOS*RasD)*5.250000e-12; vRP22_29: pINS_Isr_Isr_INS_IRS_G2_SOS + RasD => pINS_Isr_Isr_INS_IRS_G2_SOS_RasD; (k1303*pINS_Isr_Isr_INS_IRS_G2_SOS*RasD)*5.250000e-12; vRP23_1: pEE1E2_G2_SOS_RasD => pEE1E2_G2_SOS + RasD; (k1304*pEE1E2_G2_SOS_RasD)*5.250000e-12; vRP23_2: pEE1Ev3_G2_SOS_RasD => pEE1Ev3_G2_SOS + RasD; (k1305*pEE1Ev3_G2_SOS_RasD)*5.250000e-12; vRP23_3: pEE1E1_G2_SOS_RasD => pEE1E1_G2_SOS + RasD; (k1306*pEE1E1_G2_SOS_RasD)*5.250000e-12; vRP23_4: pEE1EE1_G2_SOS_RasD => pEE1EE1_G2_SOS + RasD; (k1307*pEE1EE1_G2_SOS_RasD)*5.250000e-12; vRP23_5: pEE1E3_G2_SOS_RasD => pEE1E3_G2_SOS + RasD; (k1308*pEE1E3_G2_SOS_RasD)*5.250000e-12; vRP23_6: pEE1HE3_G2_SOS_RasD => pEE1HE3_G2_SOS + RasD; (k1309*pEE1HE3_G2_SOS_RasD)*5.250000e-12; vRP23_7: pEE1E4_G2_SOS_RasD => pEE1E4_G2_SOS + RasD; (k1310*pEE1E4_G2_SOS_RasD)*5.250000e-12; vRP23_8: pEE1HE4_G2_SOS_RasD => pEE1HE4_G2_SOS + RasD; (k1311*pEE1HE4_G2_SOS_RasD)*5.250000e-12; vRP23_9: pE2HE3_G2_SOS_RasD => pE2HE3_G2_SOS + RasD; (k1312*pE2HE3_G2_SOS_RasD)*5.250000e-12; vRP23_10: pHE3Ev3_G2_SOS_RasD => pHE3Ev3_G2_SOS + RasD; (k1313*pHE3Ev3_G2_SOS_RasD)*5.250000e-12; vRP23_11: pE1HE3_G2_SOS_RasD => pE1HE3_G2_SOS + RasD; (k1314*pE1HE3_G2_SOS_RasD)*5.250000e-12; vRP23_12: pHE3E4_G2_SOS_RasD => pHE3E4_G2_SOS + RasD; (k1315*pHE3E4_G2_SOS_RasD)*5.250000e-12; vRP23_13: pHE3HE4_G2_SOS_RasD => pHE3HE4_G2_SOS + RasD; (k1316*pHE3HE4_G2_SOS_RasD)*5.250000e-12; vRP23_14: pE2HE4_G2_SOS_RasD => pE2HE4_G2_SOS + RasD; (k1317*pE2HE4_G2_SOS_RasD)*5.250000e-12; vRP23_15: pHE4Ev3_G2_SOS_RasD => pHE4Ev3_G2_SOS + RasD; (k1318*pHE4Ev3_G2_SOS_RasD)*5.250000e-12; vRP23_16: pE1HE4_G2_SOS_RasD => pE1HE4_G2_SOS + RasD; (k1319*pE1HE4_G2_SOS_RasD)*5.250000e-12; vRP23_17: pE3HE4_G2_SOS_RasD => pE3HE4_G2_SOS + RasD; (k1320*pE3HE4_G2_SOS_RasD)*5.250000e-12; vRP23_18: pHE4E4_G2_SOS_RasD => pHE4E4_G2_SOS + RasD; (k1321*pHE4E4_G2_SOS_RasD)*5.250000e-12; vRP23_19: pHE4HE4_G2_SOS_RasD => pHE4HE4_G2_SOS + RasD; (k1322*pHE4HE4_G2_SOS_RasD)*5.250000e-12; vRP23_20: pHGF_Met_Met_G2_SOS_RasD => pHGF_Met_Met_G2_SOS + RasD; (k1323*pHGF_Met_Met_G2_SOS_RasD)*5.250000e-12; vRP23_21: pHGF_Met_HGF_Met_G2_SOS_RasD => pHGF_Met_HGF_Met_G2_SOS + RasD; (k1324*pHGF_Met_HGF_Met_G2_SOS_RasD)*5.250000e-12; vRP23_22: pPPrPPr_G2_SOS_RasD => pPPrPPr_G2_SOS + RasD; (k1325*pPPrPPr_G2_SOS_RasD)*5.250000e-12; vRP23_23: pPPrPr_G2_SOS_RasD => pPPrPr_G2_SOS + RasD; (k1326*pPPrPr_G2_SOS_RasD)*5.250000e-12; vRP23_24: pFFrFFr_G2_SOS_RasD => pFFrFFr_G2_SOS + RasD; (k1327*pFFrFFr_G2_SOS_RasD)*5.250000e-12; vRP23_25: pFFrFr_G2_SOS_RasD => pFFrFr_G2_SOS + RasD; (k1328*pFFrFr_G2_SOS_RasD)*5.250000e-12; vRP23_26: pIIrIr_IRS_G2_SOS_RasD => pIIrIr_IRS_G2_SOS + RasD; (k1329*pIIrIr_IRS_G2_SOS_RasD)*5.250000e-12; vRP23_27: pINS_Isr_Isr_IRS_G2_SOS_RasD => pINS_Isr_Isr_IRS_G2_SOS + RasD; (k1330*pINS_Isr_Isr_IRS_G2_SOS_RasD)*5.250000e-12; vRP23_28: pIIrIrI_IRS_G2_SOS_RasD => pIIrIrI_IRS_G2_SOS + RasD; (k1331*pIIrIrI_IRS_G2_SOS_RasD)*5.250000e-12; vRP23_29: pINS_Isr_Isr_INS_IRS_G2_SOS_RasD => pINS_Isr_Isr_INS_IRS_G2_SOS + RasD; (k1332*pINS_Isr_Isr_INS_IRS_G2_SOS_RasD)*5.250000e-12; vRP24_1: pEE1E2_G2_SOS_RasD => pEE1E2_G2_SOS + RasT; (k1333*pEE1E2_G2_SOS_RasD)*5.250000e-12; vRP24_2: pEE1Ev3_G2_SOS_RasD => pEE1Ev3_G2_SOS + RasT; (k1334*pEE1Ev3_G2_SOS_RasD)*5.250000e-12; vRP24_3: pEE1E1_G2_SOS_RasD => pEE1E1_G2_SOS + RasT; (k1335*pEE1E1_G2_SOS_RasD)*5.250000e-12; vRP24_4: pEE1EE1_G2_SOS_RasD => pEE1EE1_G2_SOS + RasT; (k1336*pEE1EE1_G2_SOS_RasD)*5.250000e-12; vRP24_5: pEE1E3_G2_SOS_RasD => pEE1E3_G2_SOS + RasT; (k1337*pEE1E3_G2_SOS_RasD)*5.250000e-12; vRP24_6: pEE1HE3_G2_SOS_RasD => pEE1HE3_G2_SOS + RasT; (k1338*pEE1HE3_G2_SOS_RasD)*5.250000e-12; vRP24_7: pEE1E4_G2_SOS_RasD => pEE1E4_G2_SOS + RasT; (k1339*pEE1E4_G2_SOS_RasD)*5.250000e-12; vRP24_8: pEE1HE4_G2_SOS_RasD => pEE1HE4_G2_SOS + RasT; (k1340*pEE1HE4_G2_SOS_RasD)*5.250000e-12; vRP24_9: pE2HE3_G2_SOS_RasD => pE2HE3_G2_SOS + RasT; (k1341*pE2HE3_G2_SOS_RasD)*5.250000e-12; vRP24_10: pHE3Ev3_G2_SOS_RasD => pHE3Ev3_G2_SOS + RasT; (k1342*pHE3Ev3_G2_SOS_RasD)*5.250000e-12; vRP24_11: pE1HE3_G2_SOS_RasD => pE1HE3_G2_SOS + RasT; (k1343*pE1HE3_G2_SOS_RasD)*5.250000e-12; vRP24_12: pHE3E4_G2_SOS_RasD => pHE3E4_G2_SOS + RasT; (k1344*pHE3E4_G2_SOS_RasD)*5.250000e-12; vRP24_13: pHE3HE4_G2_SOS_RasD => pHE3HE4_G2_SOS + RasT; (k1345*pHE3HE4_G2_SOS_RasD)*5.250000e-12; vRP24_14: pE2HE4_G2_SOS_RasD => pE2HE4_G2_SOS + RasT; (k1346*pE2HE4_G2_SOS_RasD)*5.250000e-12; vRP24_15: pHE4Ev3_G2_SOS_RasD => pHE4Ev3_G2_SOS + RasT; (k1347*pHE4Ev3_G2_SOS_RasD)*5.250000e-12; vRP24_16: pE1HE4_G2_SOS_RasD => pE1HE4_G2_SOS + RasT; (k1348*pE1HE4_G2_SOS_RasD)*5.250000e-12; vRP24_17: pE3HE4_G2_SOS_RasD => pE3HE4_G2_SOS + RasT; (k1349*pE3HE4_G2_SOS_RasD)*5.250000e-12; vRP24_18: pHE4E4_G2_SOS_RasD => pHE4E4_G2_SOS + RasT; (k1350*pHE4E4_G2_SOS_RasD)*5.250000e-12; vRP24_19: pHE4HE4_G2_SOS_RasD => pHE4HE4_G2_SOS + RasT; (k1351*pHE4HE4_G2_SOS_RasD)*5.250000e-12; vRP24_20: pHGF_Met_Met_G2_SOS_RasD => pHGF_Met_Met_G2_SOS + RasT; (k1352*pHGF_Met_Met_G2_SOS_RasD)*5.250000e-12; vRP24_21: pHGF_Met_HGF_Met_G2_SOS_RasD => pHGF_Met_HGF_Met_G2_SOS + RasT; (k1353*pHGF_Met_HGF_Met_G2_SOS_RasD)*5.250000e-12; vRP24_22: pPPrPPr_G2_SOS_RasD => pPPrPPr_G2_SOS + RasT; (k1354*pPPrPPr_G2_SOS_RasD)*5.250000e-12; vRP24_23: pPPrPr_G2_SOS_RasD => pPPrPr_G2_SOS + RasT; (k1355*pPPrPr_G2_SOS_RasD)*5.250000e-12; vRP24_24: pFFrFFr_G2_SOS_RasD => pFFrFFr_G2_SOS + RasT; (k1356*pFFrFFr_G2_SOS_RasD)*5.250000e-12; vRP24_25: pFFrFr_G2_SOS_RasD => pFFrFr_G2_SOS + RasT; (k1357*pFFrFr_G2_SOS_RasD)*5.250000e-12; vRP24_26: pIIrIr_IRS_G2_SOS_RasD => pIIrIr_IRS_G2_SOS + RasT; (k1358*pIIrIr_IRS_G2_SOS_RasD)*5.250000e-12; vRP24_27: pINS_Isr_Isr_IRS_G2_SOS_RasD => pINS_Isr_Isr_IRS_G2_SOS + RasT; (k1359*pINS_Isr_Isr_IRS_G2_SOS_RasD)*5.250000e-12; vRP24_28: pIIrIrI_IRS_G2_SOS_RasD => pIIrIrI_IRS_G2_SOS + RasT; (k1360*pIIrIrI_IRS_G2_SOS_RasD)*5.250000e-12; vRP24_29: pINS_Isr_Isr_INS_IRS_G2_SOS_RasD => pINS_Isr_Isr_INS_IRS_G2_SOS + RasT; (k1361*pINS_Isr_Isr_INS_IRS_G2_SOS_RasD)*5.250000e-12; vRP25_1: pEE1E2_PLCg + PIP2 => pEE1E2_PLCg_PIP2; (k1362*pEE1E2_PLCg*PIP2)*5.250000e-12; vRP25_2: pEE1Ev3_PLCg + PIP2 => pEE1Ev3_PLCg_PIP2; (k1363*pEE1Ev3_PLCg*PIP2)*5.250000e-12; vRP25_3: pEE1E1_PLCg + PIP2 => pEE1E1_PLCg_PIP2; (k1364*pEE1E1_PLCg*PIP2)*5.250000e-12; vRP25_4: pEE1EE1_PLCg + PIP2 => pEE1EE1_PLCg_PIP2; (k1365*pEE1EE1_PLCg*PIP2)*5.250000e-12; vRP25_5: pEE1E3_PLCg + PIP2 => pEE1E3_PLCg_PIP2; (k1366*pEE1E3_PLCg*PIP2)*5.250000e-12; vRP25_6: pEE1HE3_PLCg + PIP2 => pEE1HE3_PLCg_PIP2; (k1367*pEE1HE3_PLCg*PIP2)*5.250000e-12; vRP25_7: pEE1E4_PLCg + PIP2 => pEE1E4_PLCg_PIP2; (k1368*pEE1E4_PLCg*PIP2)*5.250000e-12; vRP25_8: pEE1HE4_PLCg + PIP2 => pEE1HE4_PLCg_PIP2; (k1369*pEE1HE4_PLCg*PIP2)*5.250000e-12; vRP25_9: pE2HE3_PLCg + PIP2 => pE2HE3_PLCg_PIP2; (k1370*pE2HE3_PLCg*PIP2)*5.250000e-12; vRP25_10: pHE3Ev3_PLCg + PIP2 => pHE3Ev3_PLCg_PIP2; (k1371*pHE3Ev3_PLCg*PIP2)*5.250000e-12; vRP25_11: pE1HE3_PLCg + PIP2 => pE1HE3_PLCg_PIP2; (k1372*pE1HE3_PLCg*PIP2)*5.250000e-12; vRP25_12: pHE3E4_PLCg + PIP2 => pHE3E4_PLCg_PIP2; (k1373*pHE3E4_PLCg*PIP2)*5.250000e-12; vRP25_13: pHE3HE4_PLCg + PIP2 => pHE3HE4_PLCg_PIP2; (k1374*pHE3HE4_PLCg*PIP2)*5.250000e-12; vRP25_14: pE2HE4_PLCg + PIP2 => pE2HE4_PLCg_PIP2; (k1375*pE2HE4_PLCg*PIP2)*5.250000e-12; vRP25_15: pHE4Ev3_PLCg + PIP2 => pHE4Ev3_PLCg_PIP2; (k1376*pHE4Ev3_PLCg*PIP2)*5.250000e-12; vRP25_16: pE1HE4_PLCg + PIP2 => pE1HE4_PLCg_PIP2; (k1377*pE1HE4_PLCg*PIP2)*5.250000e-12; vRP25_17: pE3HE4_PLCg + PIP2 => pE3HE4_PLCg_PIP2; (k1378*pE3HE4_PLCg*PIP2)*5.250000e-12; vRP25_18: pHE4E4_PLCg + PIP2 => pHE4E4_PLCg_PIP2; (k1379*pHE4E4_PLCg*PIP2)*5.250000e-12; vRP25_19: pHE4HE4_PLCg + PIP2 => pHE4HE4_PLCg_PIP2; (k1380*pHE4HE4_PLCg*PIP2)*5.250000e-12; vRP25_20: pHGF_Met_Met_PLCg + PIP2 => pHGF_Met_Met_PLCg_PIP2; (k1381*pHGF_Met_Met_PLCg*PIP2)*5.250000e-12; vRP25_21: pHGF_Met_HGF_Met_PLCg + PIP2 => pHGF_Met_HGF_Met_PLCg_PIP2; (k1382*pHGF_Met_HGF_Met_PLCg*PIP2)*5.250000e-12; vRP25_22: pPPrPPr_PLCg + PIP2 => pPPrPPr_PLCg_PIP2; (k1383*pPPrPPr_PLCg*PIP2)*5.250000e-12; vRP25_23: pPPrPr_PLCg + PIP2 => pPPrPr_PLCg_PIP2; (k1384*pPPrPr_PLCg*PIP2)*5.250000e-12; vRP25_24: pFFrFFr_PLCg + PIP2 => pFFrFFr_PLCg_PIP2; (k1385*pFFrFFr_PLCg*PIP2)*5.250000e-12; vRP25_25: pFFrFr_PLCg + PIP2 => pFFrFr_PLCg_PIP2; (k1386*pFFrFr_PLCg*PIP2)*5.250000e-12; vRP25_26: pIIrIr_IRS_PLCg + PIP2 => pIIrIr_IRS_PLCg_PIP2; (k1387*pIIrIr_IRS_PLCg*PIP2)*5.250000e-12; vRP25_27: pINS_Isr_Isr_IRS_PLCg + PIP2 => pINS_Isr_Isr_IRS_PLCg_PIP2; (k1388*pINS_Isr_Isr_IRS_PLCg*PIP2)*5.250000e-12; vRP25_28: pIIrIrI_IRS_PLCg + PIP2 => pIIrIrI_IRS_PLCg_PIP2; (k1389*pIIrIrI_IRS_PLCg*PIP2)*5.250000e-12; vRP25_29: pINS_Isr_Isr_INS_IRS_PLCg + PIP2 => pINS_Isr_Isr_INS_IRS_PLCg_PIP2; (k1390*pINS_Isr_Isr_INS_IRS_PLCg*PIP2)*5.250000e-12; vRP26_1: pEE1E2_PLCg_PIP2 => pEE1E2_PLCg + PIP2; (k1391*pEE1E2_PLCg_PIP2)*5.250000e-12; vRP26_2: pEE1Ev3_PLCg_PIP2 => pEE1Ev3_PLCg + PIP2; (k1392*pEE1Ev3_PLCg_PIP2)*5.250000e-12; vRP26_3: pEE1E1_PLCg_PIP2 => pEE1E1_PLCg + PIP2; (k1393*pEE1E1_PLCg_PIP2)*5.250000e-12; vRP26_4: pEE1EE1_PLCg_PIP2 => pEE1EE1_PLCg + PIP2; (k1394*pEE1EE1_PLCg_PIP2)*5.250000e-12; vRP26_5: pEE1E3_PLCg_PIP2 => pEE1E3_PLCg + PIP2; (k1395*pEE1E3_PLCg_PIP2)*5.250000e-12; vRP26_6: pEE1HE3_PLCg_PIP2 => pEE1HE3_PLCg + PIP2; (k1396*pEE1HE3_PLCg_PIP2)*5.250000e-12; vRP26_7: pEE1E4_PLCg_PIP2 => pEE1E4_PLCg + PIP2; (k1397*pEE1E4_PLCg_PIP2)*5.250000e-12; vRP26_8: pEE1HE4_PLCg_PIP2 => pEE1HE4_PLCg + PIP2; (k1398*pEE1HE4_PLCg_PIP2)*5.250000e-12; vRP26_9: pE2HE3_PLCg_PIP2 => pE2HE3_PLCg + PIP2; (k1399*pE2HE3_PLCg_PIP2)*5.250000e-12; vRP26_10: pHE3Ev3_PLCg_PIP2 => pHE3Ev3_PLCg + PIP2; (k1400*pHE3Ev3_PLCg_PIP2)*5.250000e-12; vRP26_11: pE1HE3_PLCg_PIP2 => pE1HE3_PLCg + PIP2; (k1401*pE1HE3_PLCg_PIP2)*5.250000e-12; vRP26_12: pHE3E4_PLCg_PIP2 => pHE3E4_PLCg + PIP2; (k1402*pHE3E4_PLCg_PIP2)*5.250000e-12; vRP26_13: pHE3HE4_PLCg_PIP2 => pHE3HE4_PLCg + PIP2; (k1403*pHE3HE4_PLCg_PIP2)*5.250000e-12; vRP26_14: pE2HE4_PLCg_PIP2 => pE2HE4_PLCg + PIP2; (k1404*pE2HE4_PLCg_PIP2)*5.250000e-12; vRP26_15: pHE4Ev3_PLCg_PIP2 => pHE4Ev3_PLCg + PIP2; (k1405*pHE4Ev3_PLCg_PIP2)*5.250000e-12; vRP26_16: pE1HE4_PLCg_PIP2 => pE1HE4_PLCg + PIP2; (k1406*pE1HE4_PLCg_PIP2)*5.250000e-12; vRP26_17: pE3HE4_PLCg_PIP2 => pE3HE4_PLCg + PIP2; (k1407*pE3HE4_PLCg_PIP2)*5.250000e-12; vRP26_18: pHE4E4_PLCg_PIP2 => pHE4E4_PLCg + PIP2; (k1408*pHE4E4_PLCg_PIP2)*5.250000e-12; vRP26_19: pHE4HE4_PLCg_PIP2 => pHE4HE4_PLCg + PIP2; (k1409*pHE4HE4_PLCg_PIP2)*5.250000e-12; vRP26_20: pHGF_Met_Met_PLCg_PIP2 => pHGF_Met_Met_PLCg + PIP2; (k1410*pHGF_Met_Met_PLCg_PIP2)*5.250000e-12; vRP26_21: pHGF_Met_HGF_Met_PLCg_PIP2 => pHGF_Met_HGF_Met_PLCg + PIP2; (k1411*pHGF_Met_HGF_Met_PLCg_PIP2)*5.250000e-12; vRP26_22: pPPrPPr_PLCg_PIP2 => pPPrPPr_PLCg + PIP2; (k1412*pPPrPPr_PLCg_PIP2)*5.250000e-12; vRP26_23: pPPrPr_PLCg_PIP2 => pPPrPr_PLCg + PIP2; (k1413*pPPrPr_PLCg_PIP2)*5.250000e-12; vRP26_24: pFFrFFr_PLCg_PIP2 => pFFrFFr_PLCg + PIP2; (k1414*pFFrFFr_PLCg_PIP2)*5.250000e-12; vRP26_25: pFFrFr_PLCg_PIP2 => pFFrFr_PLCg + PIP2; (k1415*pFFrFr_PLCg_PIP2)*5.250000e-12; vRP26_26: pIIrIr_IRS_PLCg_PIP2 => pIIrIr_IRS_PLCg + PIP2; (k1416*pIIrIr_IRS_PLCg_PIP2)*5.250000e-12; vRP26_27: pINS_Isr_Isr_IRS_PLCg_PIP2 => pINS_Isr_Isr_IRS_PLCg + PIP2; (k1417*pINS_Isr_Isr_IRS_PLCg_PIP2)*5.250000e-12; vRP26_28: pIIrIrI_IRS_PLCg_PIP2 => pIIrIrI_IRS_PLCg + PIP2; (k1418*pIIrIrI_IRS_PLCg_PIP2)*5.250000e-12; vRP26_29: pINS_Isr_Isr_INS_IRS_PLCg_PIP2 => pINS_Isr_Isr_INS_IRS_PLCg + PIP2; (k1419*pINS_Isr_Isr_INS_IRS_PLCg_PIP2)*5.250000e-12; vRP27_1: pEE1E2_PLCg_PIP2 => pEE1E2_PLCg + DAG + IP3; (k1420*pEE1E2_PLCg_PIP2)*5.250000e-12; vRP27_2: pEE1Ev3_PLCg_PIP2 => pEE1Ev3_PLCg + DAG + IP3; (k1421*pEE1Ev3_PLCg_PIP2)*5.250000e-12; vRP27_3: pEE1E1_PLCg_PIP2 => pEE1E1_PLCg + DAG + IP3; (k1422*pEE1E1_PLCg_PIP2)*5.250000e-12; vRP27_4: pEE1EE1_PLCg_PIP2 => pEE1EE1_PLCg + DAG + IP3; (k1423*pEE1EE1_PLCg_PIP2)*5.250000e-12; vRP27_5: pEE1E3_PLCg_PIP2 => pEE1E3_PLCg + DAG + IP3; (k1424*pEE1E3_PLCg_PIP2)*5.250000e-12; vRP27_6: pEE1HE3_PLCg_PIP2 => pEE1HE3_PLCg + DAG + IP3; (k1425*pEE1HE3_PLCg_PIP2)*5.250000e-12; vRP27_7: pEE1E4_PLCg_PIP2 => pEE1E4_PLCg + DAG + IP3; (k1426*pEE1E4_PLCg_PIP2)*5.250000e-12; vRP27_8: pEE1HE4_PLCg_PIP2 => pEE1HE4_PLCg + DAG + IP3; (k1427*pEE1HE4_PLCg_PIP2)*5.250000e-12; vRP27_9: pE2HE3_PLCg_PIP2 => pE2HE3_PLCg + DAG + IP3; (k1428*pE2HE3_PLCg_PIP2)*5.250000e-12; vRP27_10: pHE3Ev3_PLCg_PIP2 => pHE3Ev3_PLCg + DAG + IP3; (k1429*pHE3Ev3_PLCg_PIP2)*5.250000e-12; vRP27_11: pE1HE3_PLCg_PIP2 => pE1HE3_PLCg + DAG + IP3; (k1430*pE1HE3_PLCg_PIP2)*5.250000e-12; vRP27_12: pHE3E4_PLCg_PIP2 => pHE3E4_PLCg + DAG + IP3; (k1431*pHE3E4_PLCg_PIP2)*5.250000e-12; vRP27_13: pHE3HE4_PLCg_PIP2 => pHE3HE4_PLCg + DAG + IP3; (k1432*pHE3HE4_PLCg_PIP2)*5.250000e-12; vRP27_14: pE2HE4_PLCg_PIP2 => pE2HE4_PLCg + DAG + IP3; (k1433*pE2HE4_PLCg_PIP2)*5.250000e-12; vRP27_15: pHE4Ev3_PLCg_PIP2 => pHE4Ev3_PLCg + DAG + IP3; (k1434*pHE4Ev3_PLCg_PIP2)*5.250000e-12; vRP27_16: pE1HE4_PLCg_PIP2 => pE1HE4_PLCg + DAG + IP3; (k1435*pE1HE4_PLCg_PIP2)*5.250000e-12; vRP27_17: pE3HE4_PLCg_PIP2 => pE3HE4_PLCg + DAG + IP3; (k1436*pE3HE4_PLCg_PIP2)*5.250000e-12; vRP27_18: pHE4E4_PLCg_PIP2 => pHE4E4_PLCg + DAG + IP3; (k1437*pHE4E4_PLCg_PIP2)*5.250000e-12; vRP27_19: pHE4HE4_PLCg_PIP2 => pHE4HE4_PLCg + DAG + IP3; (k1438*pHE4HE4_PLCg_PIP2)*5.250000e-12; vRP27_20: pHGF_Met_Met_PLCg_PIP2 => pHGF_Met_Met_PLCg + DAG + IP3; (k1439*pHGF_Met_Met_PLCg_PIP2)*5.250000e-12; vRP27_21: pHGF_Met_HGF_Met_PLCg_PIP2 => pHGF_Met_HGF_Met_PLCg + DAG + IP3; (k1440*pHGF_Met_HGF_Met_PLCg_PIP2)*5.250000e-12; vRP27_22: pPPrPPr_PLCg_PIP2 => pPPrPPr_PLCg + DAG + IP3; (k1441*pPPrPPr_PLCg_PIP2)*5.250000e-12; vRP27_23: pPPrPr_PLCg_PIP2 => pPPrPr_PLCg + DAG + IP3; (k1442*pPPrPr_PLCg_PIP2)*5.250000e-12; vRP27_24: pFFrFFr_PLCg_PIP2 => pFFrFFr_PLCg + DAG + IP3; (k1443*pFFrFFr_PLCg_PIP2)*5.250000e-12; vRP27_25: pFFrFr_PLCg_PIP2 => pFFrFr_PLCg + DAG + IP3; (k1444*pFFrFr_PLCg_PIP2)*5.250000e-12; vRP27_26: pIIrIr_IRS_PLCg_PIP2 => pIIrIr_IRS_PLCg + DAG + IP3; (k1445*pIIrIr_IRS_PLCg_PIP2)*5.250000e-12; vRP27_27: pINS_Isr_Isr_IRS_PLCg_PIP2 => pINS_Isr_Isr_IRS_PLCg + DAG + IP3; (k1446*pINS_Isr_Isr_IRS_PLCg_PIP2)*5.250000e-12; vRP27_28: pIIrIrI_IRS_PLCg_PIP2 => pIIrIrI_IRS_PLCg + DAG + IP3; (k1447*pIIrIrI_IRS_PLCg_PIP2)*5.250000e-12; vRP27_29: pINS_Isr_Isr_INS_IRS_PLCg_PIP2 => pINS_Isr_Isr_INS_IRS_PLCg + DAG + IP3; (k1448*pINS_Isr_Isr_INS_IRS_PLCg_PIP2)*5.250000e-12; vRP28_1: pEE1E2_PI3K1 + PIP2 => pEE1E2_PI3K1_PIP2; (k1449*pEE1E2_PI3K1*PIP2)*5.250000e-12; vRP28_2: pEE1Ev3_PI3K1 + PIP2 => pEE1Ev3_PI3K1_PIP2; (k1450*pEE1Ev3_PI3K1*PIP2)*5.250000e-12; vRP28_3: pEE1E1_PI3K1 + PIP2 => pEE1E1_PI3K1_PIP2; (k1451*pEE1E1_PI3K1*PIP2)*5.250000e-12; vRP28_4: pEE1EE1_PI3K1 + PIP2 => pEE1EE1_PI3K1_PIP2; (k1452*pEE1EE1_PI3K1*PIP2)*5.250000e-12; vRP28_5: pEE1E3_PI3K1 + PIP2 => pEE1E3_PI3K1_PIP2; (k1453*pEE1E3_PI3K1*PIP2)*5.250000e-12; vRP28_6: pEE1HE3_PI3K1 + PIP2 => pEE1HE3_PI3K1_PIP2; (k1454*pEE1HE3_PI3K1*PIP2)*5.250000e-12; vRP28_7: pEE1E4_PI3K1 + PIP2 => pEE1E4_PI3K1_PIP2; (k1455*pEE1E4_PI3K1*PIP2)*5.250000e-12; vRP28_8: pEE1HE4_PI3K1 + PIP2 => pEE1HE4_PI3K1_PIP2; (k1456*pEE1HE4_PI3K1*PIP2)*5.250000e-12; vRP28_9: pE2HE3_PI3K1 + PIP2 => pE2HE3_PI3K1_PIP2; (k1457*pE2HE3_PI3K1*PIP2)*5.250000e-12; vRP28_10: pHE3Ev3_PI3K1 + PIP2 => pHE3Ev3_PI3K1_PIP2; (k1458*pHE3Ev3_PI3K1*PIP2)*5.250000e-12; vRP28_11: pE1HE3_PI3K1 + PIP2 => pE1HE3_PI3K1_PIP2; (k1459*pE1HE3_PI3K1*PIP2)*5.250000e-12; vRP28_12: pHE3E4_PI3K1 + PIP2 => pHE3E4_PI3K1_PIP2; (k1460*pHE3E4_PI3K1*PIP2)*5.250000e-12; vRP28_13: pHE3HE4_PI3K1 + PIP2 => pHE3HE4_PI3K1_PIP2; (k1461*pHE3HE4_PI3K1*PIP2)*5.250000e-12; vRP28_14: pE2HE4_PI3K1 + PIP2 => pE2HE4_PI3K1_PIP2; (k1462*pE2HE4_PI3K1*PIP2)*5.250000e-12; vRP28_15: pHE4Ev3_PI3K1 + PIP2 => pHE4Ev3_PI3K1_PIP2; (k1463*pHE4Ev3_PI3K1*PIP2)*5.250000e-12; vRP28_16: pE1HE4_PI3K1 + PIP2 => pE1HE4_PI3K1_PIP2; (k1464*pE1HE4_PI3K1*PIP2)*5.250000e-12; vRP28_17: pE3HE4_PI3K1 + PIP2 => pE3HE4_PI3K1_PIP2; (k1465*pE3HE4_PI3K1*PIP2)*5.250000e-12; vRP28_18: pHE4E4_PI3K1 + PIP2 => pHE4E4_PI3K1_PIP2; (k1466*pHE4E4_PI3K1*PIP2)*5.250000e-12; vRP28_19: pHE4HE4_PI3K1 + PIP2 => pHE4HE4_PI3K1_PIP2; (k1467*pHE4HE4_PI3K1*PIP2)*5.250000e-12; vRP28_20: pHGF_Met_Met_PI3K1 + PIP2 => pHGF_Met_Met_PI3K1_PIP2; (k1468*pHGF_Met_Met_PI3K1*PIP2)*5.250000e-12; vRP28_21: pHGF_Met_HGF_Met_PI3K1 + PIP2 => pHGF_Met_HGF_Met_PI3K1_PIP2; (k1469*pHGF_Met_HGF_Met_PI3K1*PIP2)*5.250000e-12; vRP28_22: pPPrPPr_PI3K1 + PIP2 => pPPrPPr_PI3K1_PIP2; (k1470*pPPrPPr_PI3K1*PIP2)*5.250000e-12; vRP28_23: pPPrPr_PI3K1 + PIP2 => pPPrPr_PI3K1_PIP2; (k1471*pPPrPr_PI3K1*PIP2)*5.250000e-12; vRP28_24: pFFrFFr_PI3K1 + PIP2 => pFFrFFr_PI3K1_PIP2; (k1472*pFFrFFr_PI3K1*PIP2)*5.250000e-12; vRP28_25: pFFrFr_PI3K1 + PIP2 => pFFrFr_PI3K1_PIP2; (k1473*pFFrFr_PI3K1*PIP2)*5.250000e-12; vRP28_26: pIIrIr_IRS_PI3K1 + PIP2 => pIIrIr_IRS_PI3K1_PIP2; (k1474*pIIrIr_IRS_PI3K1*PIP2)*5.250000e-12; vRP28_27: pINS_Isr_Isr_IRS_PI3K1 + PIP2 => pINS_Isr_Isr_IRS_PI3K1_PIP2; (k1475*pINS_Isr_Isr_IRS_PI3K1*PIP2)*5.250000e-12; vRP28_28: pIIrIrI_IRS_PI3K1 + PIP2 => pIIrIrI_IRS_PI3K1_PIP2; (k1476*pIIrIrI_IRS_PI3K1*PIP2)*5.250000e-12; vRP28_29: pINS_Isr_Isr_INS_IRS_PI3K1 + PIP2 => pINS_Isr_Isr_INS_IRS_PI3K1_PIP2; (k1477*pINS_Isr_Isr_INS_IRS_PI3K1*PIP2)*5.250000e-12; vRP29_1: pEE1E2_PI3K1_PIP2 => pEE1E2_PI3K1 + PIP2; (k1478*pEE1E2_PI3K1_PIP2)*5.250000e-12; vRP29_2: pEE1Ev3_PI3K1_PIP2 => pEE1Ev3_PI3K1 + PIP2; (k1479*pEE1Ev3_PI3K1_PIP2)*5.250000e-12; vRP29_3: pEE1E1_PI3K1_PIP2 => pEE1E1_PI3K1 + PIP2; (k1480*pEE1E1_PI3K1_PIP2)*5.250000e-12; vRP29_4: pEE1EE1_PI3K1_PIP2 => pEE1EE1_PI3K1 + PIP2; (k1481*pEE1EE1_PI3K1_PIP2)*5.250000e-12; vRP29_5: pEE1E3_PI3K1_PIP2 => pEE1E3_PI3K1 + PIP2; (k1482*pEE1E3_PI3K1_PIP2)*5.250000e-12; vRP29_6: pEE1HE3_PI3K1_PIP2 => pEE1HE3_PI3K1 + PIP2; (k1483*pEE1HE3_PI3K1_PIP2)*5.250000e-12; vRP29_7: pEE1E4_PI3K1_PIP2 => pEE1E4_PI3K1 + PIP2; (k1484*pEE1E4_PI3K1_PIP2)*5.250000e-12; vRP29_8: pEE1HE4_PI3K1_PIP2 => pEE1HE4_PI3K1 + PIP2; (k1485*pEE1HE4_PI3K1_PIP2)*5.250000e-12; vRP29_9: pE2HE3_PI3K1_PIP2 => pE2HE3_PI3K1 + PIP2; (k1486*pE2HE3_PI3K1_PIP2)*5.250000e-12; vRP29_10: pHE3Ev3_PI3K1_PIP2 => pHE3Ev3_PI3K1 + PIP2; (k1487*pHE3Ev3_PI3K1_PIP2)*5.250000e-12; vRP29_11: pE1HE3_PI3K1_PIP2 => pE1HE3_PI3K1 + PIP2; (k1488*pE1HE3_PI3K1_PIP2)*5.250000e-12; vRP29_12: pHE3E4_PI3K1_PIP2 => pHE3E4_PI3K1 + PIP2; (k1489*pHE3E4_PI3K1_PIP2)*5.250000e-12; vRP29_13: pHE3HE4_PI3K1_PIP2 => pHE3HE4_PI3K1 + PIP2; (k1490*pHE3HE4_PI3K1_PIP2)*5.250000e-12; vRP29_14: pE2HE4_PI3K1_PIP2 => pE2HE4_PI3K1 + PIP2; (k1491*pE2HE4_PI3K1_PIP2)*5.250000e-12; vRP29_15: pHE4Ev3_PI3K1_PIP2 => pHE4Ev3_PI3K1 + PIP2; (k1492*pHE4Ev3_PI3K1_PIP2)*5.250000e-12; vRP29_16: pE1HE4_PI3K1_PIP2 => pE1HE4_PI3K1 + PIP2; (k1493*pE1HE4_PI3K1_PIP2)*5.250000e-12; vRP29_17: pE3HE4_PI3K1_PIP2 => pE3HE4_PI3K1 + PIP2; (k1494*pE3HE4_PI3K1_PIP2)*5.250000e-12; vRP29_18: pHE4E4_PI3K1_PIP2 => pHE4E4_PI3K1 + PIP2; (k1495*pHE4E4_PI3K1_PIP2)*5.250000e-12; vRP29_19: pHE4HE4_PI3K1_PIP2 => pHE4HE4_PI3K1 + PIP2; (k1496*pHE4HE4_PI3K1_PIP2)*5.250000e-12; vRP29_20: pHGF_Met_Met_PI3K1_PIP2 => pHGF_Met_Met_PI3K1 + PIP2; (k1497*pHGF_Met_Met_PI3K1_PIP2)*5.250000e-12; vRP29_21: pHGF_Met_HGF_Met_PI3K1_PIP2 => pHGF_Met_HGF_Met_PI3K1 + PIP2; (k1498*pHGF_Met_HGF_Met_PI3K1_PIP2)*5.250000e-12; vRP29_22: pPPrPPr_PI3K1_PIP2 => pPPrPPr_PI3K1 + PIP2; (k1499*pPPrPPr_PI3K1_PIP2)*5.250000e-12; vRP29_23: pPPrPr_PI3K1_PIP2 => pPPrPr_PI3K1 + PIP2; (k1500*pPPrPr_PI3K1_PIP2)*5.250000e-12; vRP29_24: pFFrFFr_PI3K1_PIP2 => pFFrFFr_PI3K1 + PIP2; (k1501*pFFrFFr_PI3K1_PIP2)*5.250000e-12; vRP29_25: pFFrFr_PI3K1_PIP2 => pFFrFr_PI3K1 + PIP2; (k1502*pFFrFr_PI3K1_PIP2)*5.250000e-12; vRP29_26: pIIrIr_IRS_PI3K1_PIP2 => pIIrIr_IRS_PI3K1 + PIP2; (k1503*pIIrIr_IRS_PI3K1_PIP2)*5.250000e-12; vRP29_27: pINS_Isr_Isr_IRS_PI3K1_PIP2 => pINS_Isr_Isr_IRS_PI3K1 + PIP2; (k1504*pINS_Isr_Isr_IRS_PI3K1_PIP2)*5.250000e-12; vRP29_28: pIIrIrI_IRS_PI3K1_PIP2 => pIIrIrI_IRS_PI3K1 + PIP2; (k1505*pIIrIrI_IRS_PI3K1_PIP2)*5.250000e-12; vRP29_29: pINS_Isr_Isr_INS_IRS_PI3K1_PIP2 => pINS_Isr_Isr_INS_IRS_PI3K1 + PIP2; (k1506*pINS_Isr_Isr_INS_IRS_PI3K1_PIP2)*5.250000e-12; vRP30_1: pEE1E2_PI3K1_PIP2 => pEE1E2_PI3K1 + PIP3; (k1507*pEE1E2_PI3K1_PIP2)*5.250000e-12; vRP30_2: pEE1Ev3_PI3K1_PIP2 => pEE1Ev3_PI3K1 + PIP3; (k1508*pEE1Ev3_PI3K1_PIP2)*5.250000e-12; vRP30_3: pEE1E1_PI3K1_PIP2 => pEE1E1_PI3K1 + PIP3; (k1509*pEE1E1_PI3K1_PIP2)*5.250000e-12; vRP30_4: pEE1EE1_PI3K1_PIP2 => pEE1EE1_PI3K1 + PIP3; (k1510*pEE1EE1_PI3K1_PIP2)*5.250000e-12; vRP30_5: pEE1E3_PI3K1_PIP2 => pEE1E3_PI3K1 + PIP3; (k1511*pEE1E3_PI3K1_PIP2)*5.250000e-12; vRP30_6: pEE1HE3_PI3K1_PIP2 => pEE1HE3_PI3K1 + PIP3; (k1512*pEE1HE3_PI3K1_PIP2)*5.250000e-12; vRP30_7: pEE1E4_PI3K1_PIP2 => pEE1E4_PI3K1 + PIP3; (k1513*pEE1E4_PI3K1_PIP2)*5.250000e-12; vRP30_8: pEE1HE4_PI3K1_PIP2 => pEE1HE4_PI3K1 + PIP3; (k1514*pEE1HE4_PI3K1_PIP2)*5.250000e-12; vRP30_9: pE2HE3_PI3K1_PIP2 => pE2HE3_PI3K1 + PIP3; (k1515*pE2HE3_PI3K1_PIP2)*5.250000e-12; vRP30_10: pHE3Ev3_PI3K1_PIP2 => pHE3Ev3_PI3K1 + PIP3; (k1516*pHE3Ev3_PI3K1_PIP2)*5.250000e-12; vRP30_11: pE1HE3_PI3K1_PIP2 => pE1HE3_PI3K1 + PIP3; (k1517*pE1HE3_PI3K1_PIP2)*5.250000e-12; vRP30_12: pHE3E4_PI3K1_PIP2 => pHE3E4_PI3K1 + PIP3; (k1518*pHE3E4_PI3K1_PIP2)*5.250000e-12; vRP30_13: pHE3HE4_PI3K1_PIP2 => pHE3HE4_PI3K1 + PIP3; (k1519*pHE3HE4_PI3K1_PIP2)*5.250000e-12; vRP30_14: pE2HE4_PI3K1_PIP2 => pE2HE4_PI3K1 + PIP3; (k1520*pE2HE4_PI3K1_PIP2)*5.250000e-12; vRP30_15: pHE4Ev3_PI3K1_PIP2 => pHE4Ev3_PI3K1 + PIP3; (k1521*pHE4Ev3_PI3K1_PIP2)*5.250000e-12; vRP30_16: pE1HE4_PI3K1_PIP2 => pE1HE4_PI3K1 + PIP3; (k1522*pE1HE4_PI3K1_PIP2)*5.250000e-12; vRP30_17: pE3HE4_PI3K1_PIP2 => pE3HE4_PI3K1 + PIP3; (k1523*pE3HE4_PI3K1_PIP2)*5.250000e-12; vRP30_18: pHE4E4_PI3K1_PIP2 => pHE4E4_PI3K1 + PIP3; (k1524*pHE4E4_PI3K1_PIP2)*5.250000e-12; vRP30_19: pHE4HE4_PI3K1_PIP2 => pHE4HE4_PI3K1 + PIP3; (k1525*pHE4HE4_PI3K1_PIP2)*5.250000e-12; vRP30_20: pHGF_Met_Met_PI3K1_PIP2 => pHGF_Met_Met_PI3K1 + PIP3; (k1526*pHGF_Met_Met_PI3K1_PIP2)*5.250000e-12; vRP30_21: pHGF_Met_HGF_Met_PI3K1_PIP2 => pHGF_Met_HGF_Met_PI3K1 + PIP3; (k1527*pHGF_Met_HGF_Met_PI3K1_PIP2)*5.250000e-12; vRP30_22: pPPrPPr_PI3K1_PIP2 => pPPrPPr_PI3K1 + PIP3; (k1528*pPPrPPr_PI3K1_PIP2)*5.250000e-12; vRP30_23: pPPrPr_PI3K1_PIP2 => pPPrPr_PI3K1 + PIP3; (k1529*pPPrPr_PI3K1_PIP2)*5.250000e-12; vRP30_24: pFFrFFr_PI3K1_PIP2 => pFFrFFr_PI3K1 + PIP3; (k1530*pFFrFFr_PI3K1_PIP2)*5.250000e-12; vRP30_25: pFFrFr_PI3K1_PIP2 => pFFrFr_PI3K1 + PIP3; (k1531*pFFrFr_PI3K1_PIP2)*5.250000e-12; vRP30_26: pIIrIr_IRS_PI3K1_PIP2 => pIIrIr_IRS_PI3K1 + PIP3; (k1532*pIIrIr_IRS_PI3K1_PIP2)*5.250000e-12; vRP30_27: pINS_Isr_Isr_IRS_PI3K1_PIP2 => pINS_Isr_Isr_IRS_PI3K1 + PIP3; (k1533*pINS_Isr_Isr_IRS_PI3K1_PIP2)*5.250000e-12; vRP30_28: pIIrIrI_IRS_PI3K1_PIP2 => pIIrIrI_IRS_PI3K1 + PIP3; (k1534*pIIrIrI_IRS_PI3K1_PIP2)*5.250000e-12; vRP30_29: pINS_Isr_Isr_INS_IRS_PI3K1_PIP2 => pINS_Isr_Isr_INS_IRS_PI3K1 + PIP3; (k1535*pINS_Isr_Isr_INS_IRS_PI3K1_PIP2)*5.250000e-12; vRP31_1: pEE1E2_PI3K2 + PIP => pEE1E2_PI3K2_PIP; (k1536*pEE1E2_PI3K2*PIP)*5.250000e-12; vRP31_2: pEE1Ev3_PI3K2 + PIP => pEE1Ev3_PI3K2_PIP; (k1537*pEE1Ev3_PI3K2*PIP)*5.250000e-12; vRP31_3: pEE1E1_PI3K2 + PIP => pEE1E1_PI3K2_PIP; (k1538*pEE1E1_PI3K2*PIP)*5.250000e-12; vRP31_4: pEE1EE1_PI3K2 + PIP => pEE1EE1_PI3K2_PIP; (k1539*pEE1EE1_PI3K2*PIP)*5.250000e-12; vRP31_5: pEE1E3_PI3K2 + PIP => pEE1E3_PI3K2_PIP; (k1540*pEE1E3_PI3K2*PIP)*5.250000e-12; vRP31_6: pEE1HE3_PI3K2 + PIP => pEE1HE3_PI3K2_PIP; (k1541*pEE1HE3_PI3K2*PIP)*5.250000e-12; vRP31_7: pEE1E4_PI3K2 + PIP => pEE1E4_PI3K2_PIP; (k1542*pEE1E4_PI3K2*PIP)*5.250000e-12; vRP31_8: pEE1HE4_PI3K2 + PIP => pEE1HE4_PI3K2_PIP; (k1543*pEE1HE4_PI3K2*PIP)*5.250000e-12; vRP31_9: pE2HE3_PI3K2 + PIP => pE2HE3_PI3K2_PIP; (k1544*pE2HE3_PI3K2*PIP)*5.250000e-12; vRP31_10: pHE3Ev3_PI3K2 + PIP => pHE3Ev3_PI3K2_PIP; (k1545*pHE3Ev3_PI3K2*PIP)*5.250000e-12; vRP31_11: pE1HE3_PI3K2 + PIP => pE1HE3_PI3K2_PIP; (k1546*pE1HE3_PI3K2*PIP)*5.250000e-12; vRP31_12: pHE3E4_PI3K2 + PIP => pHE3E4_PI3K2_PIP; (k1547*pHE3E4_PI3K2*PIP)*5.250000e-12; vRP31_13: pHE3HE4_PI3K2 + PIP => pHE3HE4_PI3K2_PIP; (k1548*pHE3HE4_PI3K2*PIP)*5.250000e-12; vRP31_14: pE2HE4_PI3K2 + PIP => pE2HE4_PI3K2_PIP; (k1549*pE2HE4_PI3K2*PIP)*5.250000e-12; vRP31_15: pHE4Ev3_PI3K2 + PIP => pHE4Ev3_PI3K2_PIP; (k1550*pHE4Ev3_PI3K2*PIP)*5.250000e-12; vRP31_16: pE1HE4_PI3K2 + PIP => pE1HE4_PI3K2_PIP; (k1551*pE1HE4_PI3K2*PIP)*5.250000e-12; vRP31_17: pE3HE4_PI3K2 + PIP => pE3HE4_PI3K2_PIP; (k1552*pE3HE4_PI3K2*PIP)*5.250000e-12; vRP31_18: pHE4E4_PI3K2 + PIP => pHE4E4_PI3K2_PIP; (k1553*pHE4E4_PI3K2*PIP)*5.250000e-12; vRP31_19: pHE4HE4_PI3K2 + PIP => pHE4HE4_PI3K2_PIP; (k1554*pHE4HE4_PI3K2*PIP)*5.250000e-12; vRP31_20: pHGF_Met_Met_PI3K2 + PIP => pHGF_Met_Met_PI3K2_PIP; (k1555*pHGF_Met_Met_PI3K2*PIP)*5.250000e-12; vRP31_21: pHGF_Met_HGF_Met_PI3K2 + PIP => pHGF_Met_HGF_Met_PI3K2_PIP; (k1556*pHGF_Met_HGF_Met_PI3K2*PIP)*5.250000e-12; vRP31_22: pPPrPPr_PI3K2 + PIP => pPPrPPr_PI3K2_PIP; (k1557*pPPrPPr_PI3K2*PIP)*5.250000e-12; vRP31_23: pPPrPr_PI3K2 + PIP => pPPrPr_PI3K2_PIP; (k1558*pPPrPr_PI3K2*PIP)*5.250000e-12; vRP31_24: pFFrFFr_PI3K2 + PIP => pFFrFFr_PI3K2_PIP; (k1559*pFFrFFr_PI3K2*PIP)*5.250000e-12; vRP31_25: pFFrFr_PI3K2 + PIP => pFFrFr_PI3K2_PIP; (k1560*pFFrFr_PI3K2*PIP)*5.250000e-12; vRP31_26: pIIrIr_IRS_PI3K2 + PIP => pIIrIr_IRS_PI3K2_PIP; (k1561*pIIrIr_IRS_PI3K2*PIP)*5.250000e-12; vRP31_27: pINS_Isr_Isr_IRS_PI3K2 + PIP => pINS_Isr_Isr_IRS_PI3K2_PIP; (k1562*pINS_Isr_Isr_IRS_PI3K2*PIP)*5.250000e-12; vRP31_28: pIIrIrI_IRS_PI3K2 + PIP => pIIrIrI_IRS_PI3K2_PIP; (k1563*pIIrIrI_IRS_PI3K2*PIP)*5.250000e-12; vRP31_29: pINS_Isr_Isr_INS_IRS_PI3K2 + PIP => pINS_Isr_Isr_INS_IRS_PI3K2_PIP; (k1564*pINS_Isr_Isr_INS_IRS_PI3K2*PIP)*5.250000e-12; vRP32_1: pEE1E2_PI3K2_PIP => pEE1E2_PI3K2 + PIP; (k1565*pEE1E2_PI3K2_PIP)*5.250000e-12; vRP32_2: pEE1Ev3_PI3K2_PIP => pEE1Ev3_PI3K2 + PIP; (k1566*pEE1Ev3_PI3K2_PIP)*5.250000e-12; vRP32_3: pEE1E1_PI3K2_PIP => pEE1E1_PI3K2 + PIP; (k1567*pEE1E1_PI3K2_PIP)*5.250000e-12; vRP32_4: pEE1EE1_PI3K2_PIP => pEE1EE1_PI3K2 + PIP; (k1568*pEE1EE1_PI3K2_PIP)*5.250000e-12; vRP32_5: pEE1E3_PI3K2_PIP => pEE1E3_PI3K2 + PIP; (k1569*pEE1E3_PI3K2_PIP)*5.250000e-12; vRP32_6: pEE1HE3_PI3K2_PIP => pEE1HE3_PI3K2 + PIP; (k1570*pEE1HE3_PI3K2_PIP)*5.250000e-12; vRP32_7: pEE1E4_PI3K2_PIP => pEE1E4_PI3K2 + PIP; (k1571*pEE1E4_PI3K2_PIP)*5.250000e-12; vRP32_8: pEE1HE4_PI3K2_PIP => pEE1HE4_PI3K2 + PIP; (k1572*pEE1HE4_PI3K2_PIP)*5.250000e-12; vRP32_9: pE2HE3_PI3K2_PIP => pE2HE3_PI3K2 + PIP; (k1573*pE2HE3_PI3K2_PIP)*5.250000e-12; vRP32_10: pHE3Ev3_PI3K2_PIP => pHE3Ev3_PI3K2 + PIP; (k1574*pHE3Ev3_PI3K2_PIP)*5.250000e-12; vRP32_11: pE1HE3_PI3K2_PIP => pE1HE3_PI3K2 + PIP; (k1575*pE1HE3_PI3K2_PIP)*5.250000e-12; vRP32_12: pHE3E4_PI3K2_PIP => pHE3E4_PI3K2 + PIP; (k1576*pHE3E4_PI3K2_PIP)*5.250000e-12; vRP32_13: pHE3HE4_PI3K2_PIP => pHE3HE4_PI3K2 + PIP; (k1577*pHE3HE4_PI3K2_PIP)*5.250000e-12; vRP32_14: pE2HE4_PI3K2_PIP => pE2HE4_PI3K2 + PIP; (k1578*pE2HE4_PI3K2_PIP)*5.250000e-12; vRP32_15: pHE4Ev3_PI3K2_PIP => pHE4Ev3_PI3K2 + PIP; (k1579*pHE4Ev3_PI3K2_PIP)*5.250000e-12; vRP32_16: pE1HE4_PI3K2_PIP => pE1HE4_PI3K2 + PIP; (k1580*pE1HE4_PI3K2_PIP)*5.250000e-12; vRP32_17: pE3HE4_PI3K2_PIP => pE3HE4_PI3K2 + PIP; (k1581*pE3HE4_PI3K2_PIP)*5.250000e-12; vRP32_18: pHE4E4_PI3K2_PIP => pHE4E4_PI3K2 + PIP; (k1582*pHE4E4_PI3K2_PIP)*5.250000e-12; vRP32_19: pHE4HE4_PI3K2_PIP => pHE4HE4_PI3K2 + PIP; (k1583*pHE4HE4_PI3K2_PIP)*5.250000e-12; vRP32_20: pHGF_Met_Met_PI3K2_PIP => pHGF_Met_Met_PI3K2 + PIP; (k1584*pHGF_Met_Met_PI3K2_PIP)*5.250000e-12; vRP32_21: pHGF_Met_HGF_Met_PI3K2_PIP => pHGF_Met_HGF_Met_PI3K2 + PIP; (k1585*pHGF_Met_HGF_Met_PI3K2_PIP)*5.250000e-12; vRP32_22: pPPrPPr_PI3K2_PIP => pPPrPPr_PI3K2 + PIP; (k1586*pPPrPPr_PI3K2_PIP)*5.250000e-12; vRP32_23: pPPrPr_PI3K2_PIP => pPPrPr_PI3K2 + PIP; (k1587*pPPrPr_PI3K2_PIP)*5.250000e-12; vRP32_24: pFFrFFr_PI3K2_PIP => pFFrFFr_PI3K2 + PIP; (k1588*pFFrFFr_PI3K2_PIP)*5.250000e-12; vRP32_25: pFFrFr_PI3K2_PIP => pFFrFr_PI3K2 + PIP; (k1589*pFFrFr_PI3K2_PIP)*5.250000e-12; vRP32_26: pIIrIr_IRS_PI3K2_PIP => pIIrIr_IRS_PI3K2 + PIP; (k1590*pIIrIr_IRS_PI3K2_PIP)*5.250000e-12; vRP32_27: pINS_Isr_Isr_IRS_PI3K2_PIP => pINS_Isr_Isr_IRS_PI3K2 + PIP; (k1591*pINS_Isr_Isr_IRS_PI3K2_PIP)*5.250000e-12; vRP32_28: pIIrIrI_IRS_PI3K2_PIP => pIIrIrI_IRS_PI3K2 + PIP; (k1592*pIIrIrI_IRS_PI3K2_PIP)*5.250000e-12; vRP32_29: pINS_Isr_Isr_INS_IRS_PI3K2_PIP => pINS_Isr_Isr_INS_IRS_PI3K2 + PIP; (k1593*pINS_Isr_Isr_INS_IRS_PI3K2_PIP)*5.250000e-12; vRP33_1: pEE1E2_PI3K2_PIP => pEE1E2_PI3K2 + PI3P; (k1594*pEE1E2_PI3K2_PIP)*5.250000e-12; vRP33_2: pEE1Ev3_PI3K2_PIP => pEE1Ev3_PI3K2 + PI3P; (k1595*pEE1Ev3_PI3K2_PIP)*5.250000e-12; vRP33_3: pEE1E1_PI3K2_PIP => pEE1E1_PI3K2 + PI3P; (k1596*pEE1E1_PI3K2_PIP)*5.250000e-12; vRP33_4: pEE1EE1_PI3K2_PIP => pEE1EE1_PI3K2 + PI3P; (k1597*pEE1EE1_PI3K2_PIP)*5.250000e-12; vRP33_5: pEE1E3_PI3K2_PIP => pEE1E3_PI3K2 + PI3P; (k1598*pEE1E3_PI3K2_PIP)*5.250000e-12; vRP33_6: pEE1HE3_PI3K2_PIP => pEE1HE3_PI3K2 + PI3P; (k1599*pEE1HE3_PI3K2_PIP)*5.250000e-12; vRP33_7: pEE1E4_PI3K2_PIP => pEE1E4_PI3K2 + PI3P; (k1600*pEE1E4_PI3K2_PIP)*5.250000e-12; vRP33_8: pEE1HE4_PI3K2_PIP => pEE1HE4_PI3K2 + PI3P; (k1601*pEE1HE4_PI3K2_PIP)*5.250000e-12; vRP33_9: pE2HE3_PI3K2_PIP => pE2HE3_PI3K2 + PI3P; (k1602*pE2HE3_PI3K2_PIP)*5.250000e-12; vRP33_10: pHE3Ev3_PI3K2_PIP => pHE3Ev3_PI3K2 + PI3P; (k1603*pHE3Ev3_PI3K2_PIP)*5.250000e-12; vRP33_11: pE1HE3_PI3K2_PIP => pE1HE3_PI3K2 + PI3P; (k1604*pE1HE3_PI3K2_PIP)*5.250000e-12; vRP33_12: pHE3E4_PI3K2_PIP => pHE3E4_PI3K2 + PI3P; (k1605*pHE3E4_PI3K2_PIP)*5.250000e-12; vRP33_13: pHE3HE4_PI3K2_PIP => pHE3HE4_PI3K2 + PI3P; (k1606*pHE3HE4_PI3K2_PIP)*5.250000e-12; vRP33_14: pE2HE4_PI3K2_PIP => pE2HE4_PI3K2 + PI3P; (k1607*pE2HE4_PI3K2_PIP)*5.250000e-12; vRP33_15: pHE4Ev3_PI3K2_PIP => pHE4Ev3_PI3K2 + PI3P; (k1608*pHE4Ev3_PI3K2_PIP)*5.250000e-12; vRP33_16: pE1HE4_PI3K2_PIP => pE1HE4_PI3K2 + PI3P; (k1609*pE1HE4_PI3K2_PIP)*5.250000e-12; vRP33_17: pE3HE4_PI3K2_PIP => pE3HE4_PI3K2 + PI3P; (k1610*pE3HE4_PI3K2_PIP)*5.250000e-12; vRP33_18: pHE4E4_PI3K2_PIP => pHE4E4_PI3K2 + PI3P; (k1611*pHE4E4_PI3K2_PIP)*5.250000e-12; vRP33_19: pHE4HE4_PI3K2_PIP => pHE4HE4_PI3K2 + PI3P; (k1612*pHE4HE4_PI3K2_PIP)*5.250000e-12; vRP33_20: pHGF_Met_Met_PI3K2_PIP => pHGF_Met_Met_PI3K2 + PI3P; (k1613*pHGF_Met_Met_PI3K2_PIP)*5.250000e-12; vRP33_21: pHGF_Met_HGF_Met_PI3K2_PIP => pHGF_Met_HGF_Met_PI3K2 + PI3P; (k1614*pHGF_Met_HGF_Met_PI3K2_PIP)*5.250000e-12; vRP33_22: pPPrPPr_PI3K2_PIP => pPPrPPr_PI3K2 + PI3P; (k1615*pPPrPPr_PI3K2_PIP)*5.250000e-12; vRP33_23: pPPrPr_PI3K2_PIP => pPPrPr_PI3K2 + PI3P; (k1616*pPPrPr_PI3K2_PIP)*5.250000e-12; vRP33_24: pFFrFFr_PI3K2_PIP => pFFrFFr_PI3K2 + PI3P; (k1617*pFFrFFr_PI3K2_PIP)*5.250000e-12; vRP33_25: pFFrFr_PI3K2_PIP => pFFrFr_PI3K2 + PI3P; (k1618*pFFrFr_PI3K2_PIP)*5.250000e-12; vRP33_26: pIIrIr_IRS_PI3K2_PIP => pIIrIr_IRS_PI3K2 + PI3P; (k1619*pIIrIr_IRS_PI3K2_PIP)*5.250000e-12; vRP33_27: pINS_Isr_Isr_IRS_PI3K2_PIP => pINS_Isr_Isr_IRS_PI3K2 + PI3P; (k1620*pINS_Isr_Isr_IRS_PI3K2_PIP)*5.250000e-12; vRP33_28: pIIrIrI_IRS_PI3K2_PIP => pIIrIrI_IRS_PI3K2 + PI3P; (k1621*pIIrIrI_IRS_PI3K2_PIP)*5.250000e-12; vRP33_29: pINS_Isr_Isr_INS_IRS_PI3K2_PIP => pINS_Isr_Isr_INS_IRS_PI3K2 + PI3P; (k1622*pINS_Isr_Isr_INS_IRS_PI3K2_PIP)*5.250000e-12; vRP34_1: pIIrIr + IRS => pIIrIr_IRS; (k1623*pIIrIr*IRS)*5.250000e-12; vRP34_2: pIIrIr_IRS => pIIrIr + IRS; (k1624*pIIrIr_IRS)*5.250000e-12; vRP34_3: pINS_Isr_Isr + IRS => pINS_Isr_Isr_IRS; (k1625*pINS_Isr_Isr*IRS)*5.250000e-12; vRP34_4: pINS_Isr_Isr_IRS => pINS_Isr_Isr + IRS; (k1626*pINS_Isr_Isr_IRS)*5.250000e-12; vRP34_5: pIIrIrI + IRS => pIIrIrI_IRS; (k1627*pIIrIrI*IRS)*5.250000e-12; vRP34_6: pIIrIrI_IRS => pIIrIrI + IRS; (k1628*pIIrIrI_IRS)*5.250000e-12; vRP34_7: pINS_Isr_Isr_INS + IRS => pINS_Isr_Isr_INS_IRS; (k1629*pINS_Isr_Isr_INS*IRS)*5.250000e-12; vRP34_8: pINS_Isr_Isr_INS_IRS => pINS_Isr_Isr_INS + IRS; (k1630*pINS_Isr_Isr_INS_IRS)*5.250000e-12; vRP34_9: pIIrIr_int + IRS => pIIrIr_int_IRS; (k1631*pIIrIr_int*IRS)*5.250000e-12; vRP34_10: pIIrIr_int_IRS => pIIrIr_int + IRS; (k1632*pIIrIr_int_IRS)*5.250000e-12; vRP34_11: pINS_Isr_Isr_int + IRS => pINS_Isr_Isr_int_IRS; (k1633*pINS_Isr_Isr_int*IRS)*5.250000e-12; vRP34_12: pINS_Isr_Isr_int_IRS => pINS_Isr_Isr_int + IRS; (k1634*pINS_Isr_Isr_int_IRS)*5.250000e-12; vRP34_13: pIIrIrI_int + IRS => pIIrIrI_int_IRS; (k1635*pIIrIrI_int*IRS)*5.250000e-12; vRP34_14: pIIrIrI_int_IRS => pIIrIrI_int + IRS; (k1636*pIIrIrI_int_IRS)*5.250000e-12; vRP34_15: pINS_Isr_Isr_INS_int + IRS => pINS_Isr_Isr_INS_int_IRS; (k1637*pINS_Isr_Isr_INS_int*IRS)*5.250000e-12; vRP34_16: pINS_Isr_Isr_INS_int_IRS => pINS_Isr_Isr_INS_int + IRS; (k1638*pINS_Isr_Isr_INS_int_IRS)*5.250000e-12; vP1: RasT + CRaf => RasT_CRaf; (k1639*RasT*CRaf)*5.250000e-12; vP2: RasT_CRaf => RasT + CRaf; (k1640*RasT_CRaf)*5.250000e-12; vP3: RasT + BRaf => RasT_BRaf; (k1641*RasT*BRaf)*5.250000e-12; vP4: RasT_BRaf => RasT + BRaf; (k1642*RasT_BRaf)*5.250000e-12; vP5: RasT_CRaf + RasT_CRaf => RasT_CRaf_CRaf; (k1643*RasT_CRaf*RasT_CRaf)*5.250000e-12; vP6: RasT_CRaf_CRaf => RasT_CRaf + RasT_CRaf; (k1644*RasT_CRaf_CRaf)*5.250000e-12; vP7: RasT_BRaf + RasT_BRaf => RasT_BRaf_BRaf; (k1645*RasT_BRaf*RasT_BRaf)*5.250000e-12; vP8: RasT_BRaf_BRaf => RasT_BRaf + RasT_BRaf; (k1646*RasT_BRaf_BRaf)*5.250000e-12; vP9: RasT_CRaf + RasT_BRaf => RasT_CRaf_BRaf; (k1647*RasT_CRaf*RasT_BRaf)*5.250000e-12; vP10: RasT_CRaf_BRaf => RasT_CRaf + RasT_BRaf; (k1648*RasT_CRaf_BRaf)*5.250000e-12; vP13: MEK + RasT_CRaf_CRaf => MEK_RasT_CRaf_CRaf; (k1649*MEK*RasT_CRaf_CRaf)*5.250000e-12; vP14: MEK_RasT_CRaf_CRaf => MEK + RasT_CRaf_CRaf; (k1650*MEK_RasT_CRaf_CRaf)*5.250000e-12; vP15: MEK_RasT_CRaf_CRaf => pMEK + RasT_CRaf_CRaf; (k1651*MEK_RasT_CRaf_CRaf)*5.250000e-12; vP16: pMEK + RasT_CRaf_CRaf => pMEK_RasT_CRaf_CRaf; (k1652*pMEK*RasT_CRaf_CRaf)*5.250000e-12; vP17: pMEK_RasT_CRaf_CRaf => pMEK + RasT_CRaf_CRaf; (k1653*pMEK_RasT_CRaf_CRaf)*5.250000e-12; vP18: pMEK_RasT_CRaf_CRaf => ppMEK + RasT_CRaf_CRaf; (k1654*pMEK_RasT_CRaf_CRaf)*5.250000e-12; vP19: MEK + RasT_BRaf_BRaf => MEK_RasT_BRaf_BRaf; (k1655*MEK*RasT_BRaf_BRaf)*5.250000e-12; vP20: MEK_RasT_BRaf_BRaf => MEK + RasT_BRaf_BRaf; (k1656*MEK_RasT_BRaf_BRaf)*5.250000e-12; vP21: MEK_RasT_BRaf_BRaf => pMEK + RasT_BRaf_BRaf; (k1657*MEK_RasT_BRaf_BRaf)*5.250000e-12; vP22: pMEK + RasT_BRaf_BRaf => pMEK_RasT_BRaf_BRaf; (k1658*pMEK*RasT_BRaf_BRaf)*5.250000e-12; vP23: pMEK_RasT_BRaf_BRaf => pMEK + RasT_BRaf_BRaf; (k1659*pMEK_RasT_BRaf_BRaf)*5.250000e-12; vP24: pMEK_RasT_BRaf_BRaf => ppMEK + RasT_BRaf_BRaf; (k1660*pMEK_RasT_BRaf_BRaf)*5.250000e-12; vP25: RasT_CRaf_BRaf + MEK => MEK_RasT_CRaf_BRaf; (k1661*RasT_CRaf_BRaf*MEK)*5.250000e-12; vP26: MEK_RasT_CRaf_BRaf => RasT_CRaf_BRaf + MEK; (k1662*MEK_RasT_CRaf_BRaf)*5.250000e-12; vP27: MEK_RasT_CRaf_BRaf => RasT_CRaf_BRaf + pMEK; (k1663*MEK_RasT_CRaf_BRaf)*5.250000e-12; vP28: RasT_CRaf_BRaf + pMEK => pMEK_RasT_CRaf_BRaf; (k1664*RasT_CRaf_BRaf*pMEK)*5.250000e-12; vP29: pMEK_RasT_CRaf_BRaf => RasT_CRaf_BRaf + pMEK; (k1665*pMEK_RasT_CRaf_BRaf)*5.250000e-12; vP30: pMEK_RasT_CRaf_BRaf => RasT_CRaf_BRaf + ppMEK; (k1666*pMEK_RasT_CRaf_BRaf)*5.250000e-12; vP31: pMEK => MEK; (k1667*pMEK)*5.250000e-12; vP32: ppMEK => pMEK; (k1668*ppMEK)*5.250000e-12; vP33: ppMEK + ERK => ERK_ppMEK; (k1669*ppMEK*ERK)*5.250000e-12; vP34: ERK_ppMEK => ppMEK + ERK; (k1670*ERK_ppMEK)*5.250000e-12; vP35: ERK_ppMEK => ppMEK + pERK; (k1671*ERK_ppMEK)*5.250000e-12; vP36: ppMEK + pERK => pERK_ppMEK; (k1672*ppMEK*pERK)*5.250000e-12; vP37: pERK_ppMEK => ppMEK + pERK; (k1673*pERK_ppMEK)*5.250000e-12; vP38: pERK_ppMEK => ppMEK + ppERK; (k1674*pERK_ppMEK)*5.250000e-12; vP39: ppERKnuc + MKP1 => ppERKnuc_MKP1; (k1675*ppERKnuc*MKP1)*1.750000e-12; vP40: ppERKnuc_MKP1 => ppERKnuc + MKP1; (k1676*ppERKnuc_MKP1)*1.750000e-12; vP41: ppERKnuc_MKP1 => ERKnuc + MKP1; (k1677*ppERKnuc_MKP1)*1.750000e-12; vP42: pMKP1 => MKP1; (k1678*pMKP1)*1.750000e-12; vP43: pcFos => cFos; (k1679*pcFos)*1.750000e-12; vP44: pTSC2 => TSC2; (k1680*pTSC2)*5.250000e-12; vP45: pRSKnuc => pRSK; (k1681*pRSKnuc)*1.750000e-12; vP46: G2_SOS + ppERK => G2_SOS_ppERK; (k1682*G2_SOS*ppERK)*5.250000e-12; vP47: G2_SOS_ppERK => G2_SOS + ppERK; (k1683*G2_SOS_ppERK)*5.250000e-12; vP48: G2_SOS_ppERK => G2_pSOS + ppERK; (k1684*G2_SOS_ppERK)*5.250000e-12; vP49: G2_pSOS => G2_SOS; (k1685*G2_pSOS)*5.250000e-12; vP50: CRaf + ppERK => CRaf_ppERK; (k1686*CRaf*ppERK)*5.250000e-12; vP51: CRaf_ppERK => CRaf + ppERK; (k1687*CRaf_ppERK)*5.250000e-12; vP52: CRaf_ppERK => pCRaf + ppERK; (k1688*CRaf_ppERK)*5.250000e-12; vP53: pCRaf => CRaf; (k1689*pCRaf)*5.250000e-12; vP54: DAG_GRP + RasD => RasD_DAG_GRP; (k1690*DAG_GRP*RasD)*5.250000e-12; vP55: RasD_DAG_GRP => DAG_GRP + RasD; (k1691*RasD_DAG_GRP)*5.250000e-12; vP56: RasD_DAG_GRP => DAG_GRP + RasT; (k1692*RasD_DAG_GRP)*5.250000e-12; vP57: RasT + NF1 => RasT_NF1; (k1693*RasT*NF1)*5.250000e-12; vP58: RasT_NF1 => RasT + NF1; (k1694*RasT_NF1)*5.250000e-12; vP59: RasT_NF1 => RasD + NF1; (k1695*RasT_NF1)*5.250000e-12; vP60: NF1 + ppERK => NF1_ppERK; (k1696*NF1*ppERK)*5.250000e-12; vP61: NF1_ppERK => NF1 + ppERK; (k1697*NF1_ppERK)*5.250000e-12; vP62: NF1_ppERK => pNF1 + ppERK; (k1698*NF1_ppERK)*5.250000e-12; vP63: pNF1 => NF1; (k1699*pNF1)*5.250000e-12; vP64: MKP3 + pERK => pERK_MKP3; (k1700*MKP3*pERK)*5.250000e-12; vP65: pERK_MKP3 => MKP3 + pERK; (k1701*pERK_MKP3)*5.250000e-12; vP66: pERK_MKP3 => MKP3 + ERK; (k1702*pERK_MKP3)*5.250000e-12; vP67: ppERK => pERK; (k1703*ppERK)*5.250000e-12; vP68: ppERK_MKP3 => MKP3 + ppERK; (k1704*ppERK_MKP3)*5.250000e-12; vP69: ppERK_MKP3 => MKP3 + pERK; (k1705*ppERK_MKP3)*5.250000e-12; vP70: RSK + ppERK => RSK_ppERK; (k1706*RSK*ppERK)*5.250000e-12; vP71: RSK_ppERK => RSK + ppERK; (k1707*RSK_ppERK)*5.250000e-12; vP72: RSK_ppERK => pRSK + ppERK; (k1708*RSK_ppERK)*5.250000e-12; vP73: pRSK => RSK; (k1709*pRSK)*5.250000e-12; vP74: ppERK => ppERKnuc; (k1710*ppERK)*5.250000e-12; vP75: ERKnuc => ppERKnuc; (k1711*ERKnuc)*1.750000e-12; vP76: ppERKnuc + pMKP1 => ppERKnuc_pMKP1; (k1712*ppERKnuc*pMKP1)*1.750000e-12; vP77: ppERKnuc_pMKP1 => ppERKnuc + pMKP1; (k1713*ppERKnuc_pMKP1)*1.750000e-12; vP78: ppERKnuc_pMKP1 => ERKnuc + pMKP1; (k1714*ppERKnuc_pMKP1)*1.750000e-12; vP79: ERKnuc => ERK; (k1715*ERKnuc)*1.750000e-12; vP80: pRSK => pRSKnuc; (k1716*pRSK)*5.250000e-12; vP81: pRSKnuc + MKP1 => pRSKnuc_MKP1; (k1717*pRSKnuc*MKP1)*1.750000e-12; vP82: pRSKnuc_MKP1 => pRSKnuc + MKP1; (k1718*pRSKnuc_MKP1)*1.750000e-12; vP83: pRSKnuc_MKP1 => pRSKnuc + pMKP1; (k1719*pRSKnuc_MKP1)*1.750000e-12; vP86: ppERKnuc_MKP1 => ppERKnuc + pMKP1; (k1720*ppERKnuc_MKP1)*1.750000e-12; vP87: pRSKnuc + cFos => cFos_pRSKnuc; (k1721*pRSKnuc*cFos)*1.750000e-12; vP88: cFos_pRSKnuc => pRSKnuc + cFos; (k1722*cFos_pRSKnuc)*1.750000e-12; vP89: cFos_pRSKnuc => pRSKnuc + pcFos; (k1723*cFos_pRSKnuc)*1.750000e-12; vP90: ppERKnuc + cFos => cFos_ppERKnuc; (k1724*ppERKnuc*cFos)*1.750000e-12; vP91: cFos_ppERKnuc => ppERKnuc + cFos; (k1725*cFos_ppERKnuc)*1.750000e-12; vP92: cFos_ppERKnuc => ppERKnuc + pcFos; (k1726*cFos_ppERKnuc)*1.750000e-12; vP93: pcFos + cJun => pcFos_cJun; (k1727*pcFos*cJun)*1.750000e-12; vP94: pcFos_cJun => pcFos + cJun; (k1728*pcFos_cJun)*1.750000e-12; vP95: DAG + GRP => DAG_GRP; (k1729*DAG*GRP)*5.250000e-12; vP96: DAG_GRP => DAG + GRP; (k1730*DAG_GRP)*5.250000e-12; vP97: DAG + PKC => DAG_PKC; (k1731*DAG*PKC)*5.250000e-12; vP98: DAG_PKC => DAG + PKC; (k1732*DAG_PKC)*5.250000e-12; vP99: DAG_PKC + RKIP => RKIP_DAG_PKC; (k1733*DAG_PKC*RKIP)*5.250000e-12; vP100: RKIP_DAG_PKC => DAG_PKC + RKIP; (k1734*RKIP_DAG_PKC)*5.250000e-12; vP101: RKIP_DAG_PKC => DAG_PKC + pRKIP; (k1735*RKIP_DAG_PKC)*5.250000e-12; vP102: pRKIP => RKIP; (k1736*pRKIP)*5.250000e-12; vP103: CRaf + RKIP => RKIP_CRaf; (k1737*CRaf*RKIP)*5.250000e-12; vP104: RKIP_CRaf => CRaf + RKIP; (k1738*RKIP_CRaf)*5.250000e-12; vP105: PIP3 + PTEN => PIP3_PTEN; (k1739*PIP3*PTEN)*5.250000e-12; vP106: PIP3_PTEN => PIP3 + PTEN; (k1740*PIP3_PTEN)*5.250000e-12; vP107: PIP3_PTEN => PIP2 + PTEN; (k1741*PIP3_PTEN)*5.250000e-12; vP108: PIP3 + AKT => PIP3_AKT; (k1742*PIP3*AKT)*5.250000e-12; vP109: PIP3_AKT => PIP3 + AKT; (k1743*PIP3_AKT)*5.250000e-12; vP110: PIP3 + PDK1 => PIP3_PDK1; (k1744*PIP3*PDK1)*5.250000e-12; vP111: PIP3_PDK1 => PIP3 + PDK1; (k1745*PIP3_PDK1)*5.250000e-12; vP112: Rictor + mTOR => mTORC2; (k1746*Rictor*mTOR)*5.250000e-12; vP113: mTORC2 => Rictor + mTOR; (k1747*mTORC2)*5.250000e-12; vP114: PIP3_AKT + PIP3_PDK1 => PIP3_AKT_PIP3_PDK1; (k1748*PIP3_AKT*PIP3_PDK1)*5.250000e-12; vP115: PIP3_AKT_PIP3_PDK1 => PIP3_AKT + PIP3_PDK1; (k1749*PIP3_AKT_PIP3_PDK1)*5.250000e-12; vP116: PIP3_AKT_PIP3_PDK1 => PIP3_PDK1 + PIP3_pAKT; (k1750*PIP3_AKT_PIP3_PDK1)*5.250000e-12; vP117: PIP3_pAKT => PIP3_AKT; (k1751*PIP3_pAKT)*5.250000e-12; vP118: PIP3_pAKT + mTORC2 => PIP3_pAKT_mTORC2; (k1752*PIP3_pAKT*mTORC2)*5.250000e-12; vP119: PIP3_pAKT_mTORC2 => PIP3_pAKT + mTORC2; (k1753*PIP3_pAKT_mTORC2)*5.250000e-12; vP120: PIP3_pAKT_mTORC2 => mTORC2 + PIP3_ppAKT; (k1754*PIP3_pAKT_mTORC2)*5.250000e-12; vP121: PIP3_ppAKT => PIP3_pAKT; (k1755*PIP3_ppAKT)*5.250000e-12; vP122: PIP3_ppAKT => PIP3 + ppAKT; (k1756*PIP3_ppAKT)*5.250000e-12; vP123: PIP3 + ppAKT => PIP3_ppAKT; (k1757*PIP3*ppAKT)*5.250000e-12; vP124: ppAKT + GSK3b => GSK3b_ppAKT; (k1758*ppAKT*GSK3b)*5.250000e-12; vP125: GSK3b_ppAKT => ppAKT + GSK3b; (k1759*GSK3b_ppAKT)*5.250000e-12; vP126: GSK3b_ppAKT => ppAKT + pGSK3b; (k1760*GSK3b_ppAKT)*5.250000e-12; vP127: pGSK3b => GSK3b; (k1761*pGSK3b)*5.250000e-12; vP128: bCATENIN => pbCATENIN; ((k1762_1*bCATENIN*(GSK3b^k1762_2))/((k1762_3^k1762_2)+(GSK3b^k1762_2)))*5.250000e-12; vP131: pbCATENIN => bCATENIN; (k1763*pbCATENIN)*5.250000e-12; vP132: bCATENIN => bCATENINnuc; (k1764*bCATENIN)*5.250000e-12; vP133: bCATENINnuc => bCATENIN; (k1765*bCATENINnuc)*1.750000e-12; vP134: ppAKT + TSC2 => TSC2_ppAKT; (k1766*ppAKT*TSC2)*5.250000e-12; vP135: TSC2_ppAKT => ppAKT + TSC2; (k1767*TSC2_ppAKT)*5.250000e-12; vP136: TSC2_ppAKT => ppAKT + pTSC2; (k1768*TSC2_ppAKT)*5.250000e-12; vP137: TSC2 + ppERK => TSC2_ppERK; (k1769*TSC2*ppERK)*5.250000e-12; vP138: TSC2_ppERK => TSC2 + ppERK; (k1770*TSC2_ppERK)*5.250000e-12; vP139: TSC2_ppERK => pTSC2 + ppERK; (k1771*TSC2_ppERK)*5.250000e-12; vP140: TSC1 + TSC2 => TSC; (k1772*TSC1*TSC2)*5.250000e-12; vP141: TSC => TSC1 + TSC2; (k1773*TSC)*5.250000e-12; vP146: mTORC1 => mTORC1active; (k1774*mTORC1)*5.250000e-12; vP147: mTORC1active => mTORC1; ((k1775_1*mTORC1active*(TSC^k1775_2))/(k1775_3+(TSC^k1775_2)))*5.250000e-12; vP148: mTOR + Raptor => mTORC1; (k1776*mTOR*Raptor)*5.250000e-12; vP149: mTORC1 => mTOR + Raptor; (k1777*mTORC1)*5.250000e-12; vP150: mTORC1active + EIF4EBP1 => EIF4EBP1_mTORC1active; (k1778*mTORC1active*EIF4EBP1)*5.250000e-12; vP151: EIF4EBP1_mTORC1active => mTORC1active + EIF4EBP1; (k1779*EIF4EBP1_mTORC1active)*5.250000e-12; vP152: EIF4EBP1_mTORC1active => mTORC1active + pEIF4EBP1; (k1780*EIF4EBP1_mTORC1active)*5.250000e-12; vP153: pEIF4EBP1 => EIF4EBP1; (k1781*pEIF4EBP1)*5.250000e-12; vP154: mTORC1active + S6K => S6K_mTORC1active; (k1782*mTORC1active*S6K)*5.250000e-12; vP155: S6K_mTORC1active => mTORC1active + S6K; (k1783*S6K_mTORC1active)*5.250000e-12; vP156: S6K_mTORC1active => mTORC1active + pS6K; (k1784*S6K_mTORC1active)*5.250000e-12; vP157: pS6K => S6K; (k1785*pS6K)*5.250000e-12; vP158: ppAKT + FOXO => FOXO_ppAKT; (k1786*ppAKT*FOXO)*5.250000e-12; vP159: FOXO_ppAKT => ppAKT + FOXO; (k1787*FOXO_ppAKT)*5.250000e-12; vP160: FOXO_ppAKT => ppAKT + pFOXO; (k1788*FOXO_ppAKT)*5.250000e-12; vP161: pFOXO => FOXO; (k1789*pFOXO)*5.250000e-12; vP162: PI3K1 + mTORC1active => PI3K1_mTORC1active; (k1790*PI3K1*mTORC1active)*5.250000e-12; vP163: PI3K1_mTORC1active => PI3K1 + mTORC1active; (k1791*PI3K1_mTORC1active)*5.250000e-12; vP164: PI3K1_mTORC1active => pPI3K1 + mTORC1active; (k1792*PI3K1_mTORC1active)*5.250000e-12; vP165: pPI3K1 => PI3K1; (k1793*pPI3K1)*5.250000e-12; vP166: PI3KC1 + PI3KR1 => PI3K1; (k1794*PI3KC1*PI3KR1)*5.250000e-12; vP167: PI3K1 => PI3KC1 + PI3KR1; (k1795*PI3K1)*5.250000e-12; vP168: PI3P => PIP; (k1796*PI3P)*5.250000e-12; vP169: G2 + SOS => G2_SOS; (k1797*G2*SOS)*5.250000e-12; vP170: G2_SOS => G2 + SOS; (k1798*G2_SOS)*5.250000e-12; vP171: EIF4EBP1 + EIF4E => EIF4EBP1_EIF4E; (k1799*EIF4EBP1*EIF4E)*5.250000e-12; vP172: EIF4EBP1_EIF4E => EIF4EBP1 + EIF4E; (k1800*EIF4EBP1_EIF4E)*5.250000e-12; vP173: => PIP2; (k1801_1)*5.250000e-12; vP174: pbCATENIN => ; (k1802_1*pbCATENIN*TSC)*5.250000e-12; vP175: pERK => ERK; (k1803*pERK)*5.250000e-12; vP176: ppERK => pERK; (k1804*ppERK)*5.250000e-12; vP177: ppERKnuc => ERKnuc; (k1805*ppERKnuc)*1.750000e-12; vP178: ppAKT => pAKT; (k1806*ppAKT)*5.250000e-12; vP179: pAKT => AKT; (k1807*pAKT)*5.250000e-12; vP180: RhebT => RhebD; (k1808*RhebT)*5.250000e-12; vP181: FOXO => FOXOnuc; (k1809*FOXO)*5.250000e-12; vP182: FOXOnuc => FOXO; (k1810*FOXOnuc)*1.750000e-12; vP183: PIP2 => PIP3; (k1811*PIP2)*5.250000e-12; vP184: PIP3 => PIP2; (k1812*PIP3)*5.250000e-12; vP185: RasD => RasT; (k1813*RasD)*5.250000e-12; vP186: RasT => RasD; (k1814*RasT)*5.250000e-12; vP187: ppMEK + MEKi => MEKi_ppMEK; (k1815*ppMEK*MEKi)*5.250000e-12; vP188: MEKi_ppMEK => ppMEK + MEKi; (k1816*MEKi_ppMEK)*5.250000e-12; vP189: AKT + AKTi => AKTi_AKT; (k1817*AKT*AKTi)*5.250000e-12; vP190: AKTi_AKT => AKT + AKTi; (k1818*AKTi_AKT)*5.250000e-12; vDP1: MDM2 + ppAKT => ppAKT_MDM2; (k1819*MDM2*ppAKT)*5.250000e-12; vDP2: ppAKT_MDM2 => MDM2 + ppAKT; (k1820*ppAKT_MDM2)*5.250000e-12; vDP3: ppAKT_MDM2 => pMDM2 + ppAKT; (k1821*ppAKT_MDM2)*5.250000e-12; vDP4: pMDM2 => MDM2; (k1822*pMDM2)*5.250000e-12; vPA1: BIM + ppERK => ppERK_BIM; (k1823*BIM*ppERK)*5.250000e-12; vPA2: ppERK_BIM => BIM + ppERK; (k1824*ppERK_BIM)*5.250000e-12; vPA3: ppERK_BIM => pBIM + ppERK; (k1825*ppERK_BIM)*5.250000e-12; vPA4: pBIM => BIM; (k1826*pBIM)*5.250000e-12; vPA5: BAD + ppAKT => ppAKT_BAD; (k1827*BAD*ppAKT)*5.250000e-12; vPA6: ppAKT_BAD => BAD + ppAKT; (k1828*ppAKT_BAD)*5.250000e-12; vPA7: ppAKT_BAD => pBAD + ppAKT; (k1829*ppAKT_BAD)*5.250000e-12; vPA8: BAD + ppERK => ppERK_BAD; (k1830*BAD*ppERK)*5.250000e-12; vPA9: ppERK_BAD => BAD + ppERK; (k1831*ppERK_BAD)*5.250000e-12; vPA10: ppERK_BAD => pBAD + ppERK; (k1832*ppERK_BAD)*5.250000e-12; vPA11: pBAD => BAD; (k1833*pBAD)*5.250000e-12; vAd1: L_R => ; (k1834*L_R)*5.250000e-12; vAd2: Ractive => ; (k1835*Ractive)*5.250000e-12; vAd3: Ractive_flip => ; (k1836*Ractive_flip)*5.250000e-12; vAd4: Ractive_pC8 => ; (k1837*Ractive_pC8)*5.250000e-12; vAd5: C8 => ; (k1838*C8)*5.250000e-12; vAd6: C8_Bar => ; (k1839*C8_Bar)*5.250000e-12; vAd7: C8_pC3 => ; (k1840*C8_pC3)*5.250000e-12; vAd8: C3 => ; (k1841*C3)*5.250000e-12; vAd9: C3_pC6 => ; (k1842*C3_pC6)*5.250000e-12; vAd10: C6 => ; (k1843*C6)*5.250000e-12; vAd11: C6_C8 => ; (k1844*C6_C8)*5.250000e-12; vAd12: C3_XIAP => ; (k1845*C3_XIAP)*5.250000e-12; vAd13: C3_PARP => ; (k1846*C3_PARP)*5.250000e-12; vAd14: cPARP => ; (k1847*cPARP)*5.250000e-12; vAd15: C8_Bid => ; (k1848*C8_Bid)*5.250000e-12; vAd16: tBid => ; (k1849*tBid)*5.250000e-12; vAd17: tBid_Bcl2c => ; (k1850*tBid_Bcl2c)*5.250000e-12; vAd18: tBid_Bax => ; (k1851*tBid_Bax)*5.250000e-12; vAd19: Baxactive => ; (k1852*Baxactive)*5.250000e-12; vAd20: Baxm => ; (k1853*Baxm)*3.675000e-13; vAd21: Bcl2 => ; (k1854*Bcl2)*3.675000e-13; vAd22: Baxm_Bcl2 => ; (k1855*Baxm_Bcl2)*3.675000e-13; vAd23: Bax2 => ; (k1856*Bax2)*3.675000e-13; vAd24: Bax2_Bcl2 => ; (k1857*Bax2_Bcl2)*3.675000e-13; vAd25: Bax4 => ; (k1858*Bax4)*3.675000e-13; vAd26: Bax4_Bcl2 => ; (k1859*Bax4_Bcl2)*3.675000e-13; vAd27: CytoCr => ; (k1860*CytoCr)*3.675000e-13; vAd28: Smacr => ; (k1861*Smacr)*3.675000e-13; vAd29: CytoC => ; (k1862*CytoC)*5.250000e-12; vAd30: CytoC_Apaf => ; (k1863*CytoC_Apaf)*5.250000e-12; vAd31: Apafactive => ; (k1864*Apafactive)*5.250000e-12; vAd32: Apop => ; (k1865*Apop)*5.250000e-12; vAd33: Apop_C3 => ; (k1866*Apop_C3)*5.250000e-12; vAd34: Smac => ; (k1867*Smac)*5.250000e-12; vAd35: Apop_XIAP => ; (k1868*Apop_XIAP)*5.250000e-12; vAd36: Smac_XIAP => ; (k1869*Smac_XIAP)*5.250000e-12; vAd37: C3_Ub => ; (k1870*C3_Ub)*5.250000e-12; vAd38: Bcl2c_BAD => ; (k1871*Bcl2c_BAD)*5.250000e-12; vAd39: Bcl2c_PUMA => ; (k1872*Bcl2c_PUMA)*5.250000e-12; vAd40: Bcl2c_NOXA => ; (k1873*Bcl2c_NOXA)*5.250000e-12; vAd41: BIM_Bax => ; (k1874*BIM_Bax)*5.250000e-12; vAd42: Bcl2c_BIM => ; (k1875*Bcl2c_BIM)*5.250000e-12; vAd43: ppERK_BIM => ; (k1876*ppERK_BIM)*5.250000e-12; vAd44: pBIM => ; (k1877*pBIM)*5.250000e-12; vAd45: ppAKT_BAD => ; (k1878*ppAKT_BAD)*5.250000e-12; vAd46: pBAD => ; (k1879*pBAD)*5.250000e-12; vAd47: ppERK_BAD => ; (k1880*ppERK_BAD)*5.250000e-12; vRd1: pE1 => ; (k1881*pE1)*5.250000e-12; vRd2: pE2 => ; (k1882*pE2)*5.250000e-12; vRd3: pE4 => ; (k1883*pE4)*5.250000e-12; vRd4: E1E1 => ; (k1884*E1E1)*5.250000e-12; vRd5: E1E2 => ; (k1885*E1E2)*5.250000e-12; vRd6: E1E3 => ; (k1886*E1E3)*5.250000e-12; vRd7: E1E4 => ; (k1887*E1E4)*5.250000e-12; vRd8: E2E2 => ; (k1888*E2E2)*5.250000e-12; vRd9: E2E3 => ; (k1889*E2E3)*5.250000e-12; vRd10: E2E4 => ; (k1890*E2E4)*5.250000e-12; vRd11: E3E4 => ; (k1891*E3E4)*5.250000e-12; vRd12: E4E4 => ; (k1892*E4E4)*5.250000e-12; vRd13: Met_Met => ; (k1893*Met_Met)*5.250000e-12; vRd14: FrFr => ; (k1894*FrFr)*5.250000e-12; vRd15: IrIr => ; (k1895*IrIr)*5.250000e-12; vRd16: Isr_Isr => ; (k1896*Isr_Isr)*5.250000e-12; vRd17: EE1 => ; (k1897*EE1)*5.250000e-12; vRd18: HE3 => ; (k1898*HE3)*5.250000e-12; vRd19: HE4 => ; (k1899*HE4)*5.250000e-12; vRd20: HGF_Met => ; (k1900*HGF_Met)*5.250000e-12; vRd21: PPr => ; (k1901*PPr)*5.250000e-12; vRd22: FFr => ; (k1902*FFr)*5.250000e-12; vRd23: EE1E2 => ; (k1903*EE1E2)*5.250000e-12; vRd24: EE1Ev3 => ; (k1904*EE1Ev3)*5.250000e-12; vRd25: EE1E1 => ; (k1905*EE1E1)*5.250000e-12; vRd26: EE1E3 => ; (k1906*EE1E3)*5.250000e-12; vRd27: EE1E4 => ; (k1907*EE1E4)*5.250000e-12; vRd28: E2HE3 => ; (k1908*E2HE3)*5.250000e-12; vRd29: E1HE3 => ; (k1909*E1HE3)*5.250000e-12; vRd30: HE3E3 => ; (k1910*HE3E3)*5.250000e-12; vRd31: HE3Ev3 => ; (k1911*HE3Ev3)*5.250000e-12; vRd32: HE3E4 => ; (k1912*HE3E4)*5.250000e-12; vRd33: E2HE4 => ; (k1913*E2HE4)*5.250000e-12; vRd34: HE4Ev3 => ; (k1914*HE4Ev3)*5.250000e-12; vRd35: E1HE4 => ; (k1915*E1HE4)*5.250000e-12; vRd36: E3HE4 => ; (k1916*E3HE4)*5.250000e-12; vRd37: HE4E4 => ; (k1917*HE4E4)*5.250000e-12; vRd38: HGF_Met_Met => ; (k1918*HGF_Met_Met)*5.250000e-12; vRd39: PPrPr => ; (k1919*PPrPr)*5.250000e-12; vRd40: FFrFr => ; (k1920*FFrFr)*5.250000e-12; vRd41: IIrIr => ; (k1921*IIrIr)*5.250000e-12; vRd42: INS_Isr_Isr => ; (k1922*INS_Isr_Isr)*5.250000e-12; vRd43: EE1EE1 => ; (k1923*EE1EE1)*5.250000e-12; vRd44: EE1HE3 => ; (k1924*EE1HE3)*5.250000e-12; vRd45: EE1HE4 => ; (k1925*EE1HE4)*5.250000e-12; vRd46: HE3HE3 => ; (k1926*HE3HE3)*5.250000e-12; vRd47: HE3HE4 => ; (k1927*HE3HE4)*5.250000e-12; vRd48: HE4HE4 => ; (k1928*HE4HE4)*5.250000e-12; vRd49: HGF_Met_HGF_Met => ; (k1929*HGF_Met_HGF_Met)*5.250000e-12; vRd50: PPrPPr => ; (k1930*PPrPPr)*5.250000e-12; vRd51: FFrFFr => ; (k1931*FFrFFr)*5.250000e-12; vRd52: IIrIrI => ; (k1932*IIrIrI)*5.250000e-12; vRd53: INS_Isr_Isr_INS => ; (k1933*INS_Isr_Isr_INS)*5.250000e-12; vRd54: E1_ppERK => ; (k1934*E1_ppERK)*5.250000e-12; vRd55: E2_ppERK => ; (k1935*E2_ppERK)*5.250000e-12; vRd56: E4_ppERK => ; (k1936*E4_ppERK)*5.250000e-12; vRPd1_1: pEE1E2 => ; (k1937*pEE1E2)*5.250000e-12; vRPd1_2: pEE1Ev3 => ; (k1938*pEE1Ev3)*5.250000e-12; vRPd1_3: pEE1E1 => ; (k1939*pEE1E1)*5.250000e-12; vRPd1_4: pEE1EE1 => ; (k1940*pEE1EE1)*5.250000e-12; vRPd1_5: pEE1E3 => ; (k1941*pEE1E3)*5.250000e-12; vRPd1_6: pEE1HE3 => ; (k1942*pEE1HE3)*5.250000e-12; vRPd1_7: pEE1E4 => ; (k1943*pEE1E4)*5.250000e-12; vRPd1_8: pEE1HE4 => ; (k1944*pEE1HE4)*5.250000e-12; vRPd1_9: pE2HE3 => ; (k1945*pE2HE3)*5.250000e-12; vRPd1_10: pHE3Ev3 => ; (k1946*pHE3Ev3)*5.250000e-12; vRPd1_11: pE1HE3 => ; (k1947*pE1HE3)*5.250000e-12; vRPd1_12: pHE3E4 => ; (k1948*pHE3E4)*5.250000e-12; vRPd1_13: pHE3HE4 => ; (k1949*pHE3HE4)*5.250000e-12; vRPd1_14: pE2HE4 => ; (k1950*pE2HE4)*5.250000e-12; vRPd1_15: pHE4Ev3 => ; (k1951*pHE4Ev3)*5.250000e-12; vRPd1_16: pE1HE4 => ; (k1952*pE1HE4)*5.250000e-12; vRPd1_17: pE3HE4 => ; (k1953*pE3HE4)*5.250000e-12; vRPd1_18: pHE4E4 => ; (k1954*pHE4E4)*5.250000e-12; vRPd1_19: pHE4HE4 => ; (k1955*pHE4HE4)*5.250000e-12; vRPd1_20: pHGF_Met_Met => ; (k1956*pHGF_Met_Met)*5.250000e-12; vRPd1_21: pHGF_Met_HGF_Met => ; (k1957*pHGF_Met_HGF_Met)*5.250000e-12; vRPd1_22: pPPrPPr => ; (k1958*pPPrPPr)*5.250000e-12; vRPd1_23: pPPrPr => ; (k1959*pPPrPr)*5.250000e-12; vRPd1_24: pFFrFFr => ; (k1960*pFFrFFr)*5.250000e-12; vRPd1_25: pFFrFr => ; (k1961*pFFrFr)*5.250000e-12; vRPd1_26: pIIrIr => ; (k1962*pIIrIr)*5.250000e-12; vRPd1_27: pINS_Isr_Isr => ; (k1963*pINS_Isr_Isr)*5.250000e-12; vRPd1_28: pIIrIrI => ; (k1964*pIIrIrI)*5.250000e-12; vRPd1_29: pINS_Isr_Isr_INS => ; (k1965*pINS_Isr_Isr_INS)*5.250000e-12; vRPd1_30: pIIrIr_IRS => ; (k1966*pIIrIr_IRS)*5.250000e-12; vRPd1_31: pINS_Isr_Isr_IRS => ; (k1967*pINS_Isr_Isr_IRS)*5.250000e-12; vRPd1_32: pIIrIrI_IRS => ; (k1968*pIIrIrI_IRS)*5.250000e-12; vRPd1_33: pINS_Isr_Isr_INS_IRS => ; (k1969*pINS_Isr_Isr_INS_IRS)*5.250000e-12; vRPd2_1: Sp_EE1E2 => ; (k1970*Sp_EE1E2)*5.250000e-12; vRPd2_2: Sp_EE1Ev3 => ; (k1971*Sp_EE1Ev3)*5.250000e-12; vRPd2_3: Sp_EE1E1 => ; (k1972*Sp_EE1E1)*5.250000e-12; vRPd2_4: Sp_EE1EE1 => ; (k1973*Sp_EE1EE1)*5.250000e-12; vRPd2_5: Sp_EE1E3 => ; (k1974*Sp_EE1E3)*5.250000e-12; vRPd2_6: Sp_EE1HE3 => ; (k1975*Sp_EE1HE3)*5.250000e-12; vRPd2_7: Sp_EE1E4 => ; (k1976*Sp_EE1E4)*5.250000e-12; vRPd2_8: Sp_EE1HE4 => ; (k1977*Sp_EE1HE4)*5.250000e-12; vRPd2_9: Sp_E2HE3 => ; (k1978*Sp_E2HE3)*5.250000e-12; vRPd2_10: Sp_HE3Ev3 => ; (k1979*Sp_HE3Ev3)*5.250000e-12; vRPd2_11: Sp_E1HE3 => ; (k1980*Sp_E1HE3)*5.250000e-12; vRPd2_12: Sp_HE3E4 => ; (k1981*Sp_HE3E4)*5.250000e-12; vRPd2_13: Sp_HE3HE4 => ; (k1982*Sp_HE3HE4)*5.250000e-12; vRPd2_14: Sp_E2HE4 => ; (k1983*Sp_E2HE4)*5.250000e-12; vRPd2_15: Sp_HE4Ev3 => ; (k1984*Sp_HE4Ev3)*5.250000e-12; vRPd2_16: Sp_E1HE4 => ; (k1985*Sp_E1HE4)*5.250000e-12; vRPd2_17: Sp_E3HE4 => ; (k1986*Sp_E3HE4)*5.250000e-12; vRPd2_18: Sp_HE4E4 => ; (k1987*Sp_HE4E4)*5.250000e-12; vRPd2_19: Sp_HE4HE4 => ; (k1988*Sp_HE4HE4)*5.250000e-12; vRPd2_20: Sp_HGF_Met_Met => ; (k1989*Sp_HGF_Met_Met)*5.250000e-12; vRPd2_21: Sp_HGF_Met_HGF_Met => ; (k1990*Sp_HGF_Met_HGF_Met)*5.250000e-12; vRPd2_22: Sp_PPrPPr => ; (k1991*Sp_PPrPPr)*5.250000e-12; vRPd2_23: Sp_PPrPr => ; (k1992*Sp_PPrPr)*5.250000e-12; vRPd2_24: Sp_FFrFFr => ; (k1993*Sp_FFrFFr)*5.250000e-12; vRPd2_25: Sp_FFrFr => ; (k1994*Sp_FFrFr)*5.250000e-12; vRPd2_26: Sp_IIrIr => ; (k1995*Sp_IIrIr)*5.250000e-12; vRPd2_27: Sp_INS_Isr_Isr => ; (k1996*Sp_INS_Isr_Isr)*5.250000e-12; vRPd2_28: Sp_IIrIrI => ; (k1997*Sp_IIrIrI)*5.250000e-12; vRPd2_29: Sp_INS_Isr_Isr_INS => ; (k1998*Sp_INS_Isr_Isr_INS)*5.250000e-12; vRPd3_1: EE1E2int => ; (k1999*EE1E2int)*5.250000e-12; vRPd3_2: EE1Ev3int => ; (k2000*EE1Ev3int)*5.250000e-12; vRPd3_3: EE1E1int => ; (k2001*EE1E1int)*5.250000e-12; vRPd3_4: EE1EE1int => ; (k2002*EE1EE1int)*5.250000e-12; vRPd3_5: EE1E3int => ; (k2003*EE1E3int)*5.250000e-12; vRPd3_6: EE1HE3int => ; (k2004*EE1HE3int)*5.250000e-12; vRPd3_7: EE1E4int => ; (k2005*EE1E4int)*5.250000e-12; vRPd3_8: EE1HE4int => ; (k2006*EE1HE4int)*5.250000e-12; vRPd3_9: E2HE3int => ; (k2007*E2HE3int)*5.250000e-12; vRPd3_10: HE3Ev3int => ; (k2008*HE3Ev3int)*5.250000e-12; vRPd3_11: E1HE3int => ; (k2009*E1HE3int)*5.250000e-12; vRPd3_12: HE3E4int => ; (k2010*HE3E4int)*5.250000e-12; vRPd3_13: HE3HE4int => ; (k2011*HE3HE4int)*5.250000e-12; vRPd3_14: E2HE4int => ; (k2012*E2HE4int)*5.250000e-12; vRPd3_15: HE4Ev3int => ; (k2013*HE4Ev3int)*5.250000e-12; vRPd3_16: E1HE4int => ; (k2014*E1HE4int)*5.250000e-12; vRPd3_17: E3HE4int => ; (k2015*E3HE4int)*5.250000e-12; vRPd3_18: HE4E4int => ; (k2016*HE4E4int)*5.250000e-12; vRPd3_19: HE4HE4int => ; (k2017*HE4HE4int)*5.250000e-12; vRPd3_20: HGF_Met_Metint => ; (k2018*HGF_Met_Metint)*5.250000e-12; vRPd3_21: HGF_Met_HGF_Metint => ; (k2019*HGF_Met_HGF_Metint)*5.250000e-12; vRPd3_22: PPrPPrint => ; (k2020*PPrPPrint)*5.250000e-12; vRPd3_23: PPrPrint => ; (k2021*PPrPrint)*5.250000e-12; vRPd3_24: FFrFFrint => ; (k2022*FFrFFrint)*5.250000e-12; vRPd3_25: FFrFrint => ; (k2023*FFrFrint)*5.250000e-12; vRPd3_26: IIrIr_int => ; (k2024*IIrIr_int)*5.250000e-12; vRPd3_27: INS_Isr_Isr_int => ; (k2025*INS_Isr_Isr_int)*5.250000e-12; vRPd3_28: IIrIrI_int => ; (k2026*IIrIrI_int)*5.250000e-12; vRPd3_29: INS_Isr_Isr_INS_int => ; (k2027*INS_Isr_Isr_INS_int)*5.250000e-12; vRPd4_1: pEE1E2int => ; (k2028*pEE1E2int)*5.250000e-12; vRPd4_2: pEE1Ev3int => ; (k2029*pEE1Ev3int)*5.250000e-12; vRPd4_3: pEE1E1int => ; (k2030*pEE1E1int)*5.250000e-12; vRPd4_4: pEE1EE1int => ; (k2031*pEE1EE1int)*5.250000e-12; vRPd4_5: pEE1E3int => ; (k2032*pEE1E3int)*5.250000e-12; vRPd4_6: pEE1HE3int => ; (k2033*pEE1HE3int)*5.250000e-12; vRPd4_7: pEE1E4int => ; (k2034*pEE1E4int)*5.250000e-12; vRPd4_8: pEE1HE4int => ; (k2035*pEE1HE4int)*5.250000e-12; vRPd4_9: pE2HE3int => ; (k2036*pE2HE3int)*5.250000e-12; vRPd4_10: pHE3Ev3int => ; (k2037*pHE3Ev3int)*5.250000e-12; vRPd4_11: pE1HE3int => ; (k2038*pE1HE3int)*5.250000e-12; vRPd4_12: pHE3E4int => ; (k2039*pHE3E4int)*5.250000e-12; vRPd4_13: pHE3HE4int => ; (k2040*pHE3HE4int)*5.250000e-12; vRPd4_14: pE2HE4int => ; (k2041*pE2HE4int)*5.250000e-12; vRPd4_15: pHE4Ev3int => ; (k2042*pHE4Ev3int)*5.250000e-12; vRPd4_16: pE1HE4int => ; (k2043*pE1HE4int)*5.250000e-12; vRPd4_17: pE3HE4int => ; (k2044*pE3HE4int)*5.250000e-12; vRPd4_18: pHE4E4int => ; (k2045*pHE4E4int)*5.250000e-12; vRPd4_19: pHE4HE4int => ; (k2046*pHE4HE4int)*5.250000e-12; vRPd4_20: pHGF_Met_Metint => ; (k2047*pHGF_Met_Metint)*5.250000e-12; vRPd4_21: pHGF_Met_HGF_Metint => ; (k2048*pHGF_Met_HGF_Metint)*5.250000e-12; vRPd4_22: pPPrPPrint => ; (k2049*pPPrPPrint)*5.250000e-12; vRPd4_23: pPPrPrint => ; (k2050*pPPrPrint)*5.250000e-12; vRPd4_24: pFFrFFrint => ; (k2051*pFFrFFrint)*5.250000e-12; vRPd4_25: pFFrFrint => ; (k2052*pFFrFrint)*5.250000e-12; vRPd4_26: pIIrIr_int => ; (k2053*pIIrIr_int)*5.250000e-12; vRPd4_27: pINS_Isr_Isr_int => ; (k2054*pINS_Isr_Isr_int)*5.250000e-12; vRPd4_28: pIIrIrI_int => ; (k2055*pIIrIrI_int)*5.250000e-12; vRPd4_29: pINS_Isr_Isr_INS_int => ; (k2056*pINS_Isr_Isr_INS_int)*5.250000e-12; vRPd4_30: pIIrIr_int_IRS => ; (k2057*pIIrIr_int_IRS)*5.250000e-12; vRPd4_31: pINS_Isr_Isr_int_IRS => ; (k2058*pINS_Isr_Isr_int_IRS)*5.250000e-12; vRPd4_32: pIIrIrI_int_IRS => ; (k2059*pIIrIrI_int_IRS)*5.250000e-12; vRPd4_33: pINS_Isr_Isr_INS_int_IRS => ; (k2060*pINS_Isr_Isr_INS_int_IRS)*5.250000e-12; vRPd5_1: pEE1E2_G2_SOS => ; (k2061*pEE1E2_G2_SOS)*5.250000e-12; vRPd5_2: pEE1Ev3_G2_SOS => ; (k2062*pEE1Ev3_G2_SOS)*5.250000e-12; vRPd5_3: pEE1E1_G2_SOS => ; (k2063*pEE1E1_G2_SOS)*5.250000e-12; vRPd5_4: pEE1EE1_G2_SOS => ; (k2064*pEE1EE1_G2_SOS)*5.250000e-12; vRPd5_5: pEE1E3_G2_SOS => ; (k2065*pEE1E3_G2_SOS)*5.250000e-12; vRPd5_6: pEE1HE3_G2_SOS => ; (k2066*pEE1HE3_G2_SOS)*5.250000e-12; vRPd5_7: pEE1E4_G2_SOS => ; (k2067*pEE1E4_G2_SOS)*5.250000e-12; vRPd5_8: pEE1HE4_G2_SOS => ; (k2068*pEE1HE4_G2_SOS)*5.250000e-12; vRPd5_9: pE2HE3_G2_SOS => ; (k2069*pE2HE3_G2_SOS)*5.250000e-12; vRPd5_10: pHE3Ev3_G2_SOS => ; (k2070*pHE3Ev3_G2_SOS)*5.250000e-12; vRPd5_11: pE1HE3_G2_SOS => ; (k2071*pE1HE3_G2_SOS)*5.250000e-12; vRPd5_12: pHE3E4_G2_SOS => ; (k2072*pHE3E4_G2_SOS)*5.250000e-12; vRPd5_13: pHE3HE4_G2_SOS => ; (k2073*pHE3HE4_G2_SOS)*5.250000e-12; vRPd5_14: pE2HE4_G2_SOS => ; (k2074*pE2HE4_G2_SOS)*5.250000e-12; vRPd5_15: pHE4Ev3_G2_SOS => ; (k2075*pHE4Ev3_G2_SOS)*5.250000e-12; vRPd5_16: pE1HE4_G2_SOS => ; (k2076*pE1HE4_G2_SOS)*5.250000e-12; vRPd5_17: pE3HE4_G2_SOS => ; (k2077*pE3HE4_G2_SOS)*5.250000e-12; vRPd5_18: pHE4E4_G2_SOS => ; (k2078*pHE4E4_G2_SOS)*5.250000e-12; vRPd5_19: pHE4HE4_G2_SOS => ; (k2079*pHE4HE4_G2_SOS)*5.250000e-12; vRPd5_20: pHGF_Met_Met_G2_SOS => ; (k2080*pHGF_Met_Met_G2_SOS)*5.250000e-12; vRPd5_21: pHGF_Met_HGF_Met_G2_SOS => ; (k2081*pHGF_Met_HGF_Met_G2_SOS)*5.250000e-12; vRPd5_22: pPPrPPr_G2_SOS => ; (k2082*pPPrPPr_G2_SOS)*5.250000e-12; vRPd5_23: pPPrPr_G2_SOS => ; (k2083*pPPrPr_G2_SOS)*5.250000e-12; vRPd5_24: pFFrFFr_G2_SOS => ; (k2084*pFFrFFr_G2_SOS)*5.250000e-12; vRPd5_25: pFFrFr_G2_SOS => ; (k2085*pFFrFr_G2_SOS)*5.250000e-12; vRPd5_26: pIIrIr_IRS_G2_SOS => ; (k2086*pIIrIr_IRS_G2_SOS)*5.250000e-12; vRPd5_27: pINS_Isr_Isr_IRS_G2_SOS => ; (k2087*pINS_Isr_Isr_IRS_G2_SOS)*5.250000e-12; vRPd5_28: pIIrIrI_IRS_G2_SOS => ; (k2088*pIIrIrI_IRS_G2_SOS)*5.250000e-12; vRPd5_29: pINS_Isr_Isr_INS_IRS_G2_SOS => ; (k2089*pINS_Isr_Isr_INS_IRS_G2_SOS)*5.250000e-12; vRPd6_1: pEE1E2int_G2_SOS => ; (k2090*pEE1E2int_G2_SOS)*5.250000e-12; vRPd6_2: pEE1Ev3int_G2_SOS => ; (k2091*pEE1Ev3int_G2_SOS)*5.250000e-12; vRPd6_3: pEE1E1int_G2_SOS => ; (k2092*pEE1E1int_G2_SOS)*5.250000e-12; vRPd6_4: pEE1EE1int_G2_SOS => ; (k2093*pEE1EE1int_G2_SOS)*5.250000e-12; vRPd6_5: pEE1E3int_G2_SOS => ; (k2094*pEE1E3int_G2_SOS)*5.250000e-12; vRPd6_6: pEE1HE3int_G2_SOS => ; (k2095*pEE1HE3int_G2_SOS)*5.250000e-12; vRPd6_7: pEE1E4int_G2_SOS => ; (k2096*pEE1E4int_G2_SOS)*5.250000e-12; vRPd6_8: pEE1HE4int_G2_SOS => ; (k2097*pEE1HE4int_G2_SOS)*5.250000e-12; vRPd6_9: pE2HE3int_G2_SOS => ; (k2098*pE2HE3int_G2_SOS)*5.250000e-12; vRPd6_10: pHE3Ev3int_G2_SOS => ; (k2099*pHE3Ev3int_G2_SOS)*5.250000e-12; vRPd6_11: pE1HE3int_G2_SOS => ; (k2100*pE1HE3int_G2_SOS)*5.250000e-12; vRPd6_12: pHE3E4int_G2_SOS => ; (k2101*pHE3E4int_G2_SOS)*5.250000e-12; vRPd6_13: pHE3HE4int_G2_SOS => ; (k2102*pHE3HE4int_G2_SOS)*5.250000e-12; vRPd6_14: pE2HE4int_G2_SOS => ; (k2103*pE2HE4int_G2_SOS)*5.250000e-12; vRPd6_15: pHE4Ev3int_G2_SOS => ; (k2104*pHE4Ev3int_G2_SOS)*5.250000e-12; vRPd6_16: pE1HE4int_G2_SOS => ; (k2105*pE1HE4int_G2_SOS)*5.250000e-12; vRPd6_17: pE3HE4int_G2_SOS => ; (k2106*pE3HE4int_G2_SOS)*5.250000e-12; vRPd6_18: pHE4E4int_G2_SOS => ; (k2107*pHE4E4int_G2_SOS)*5.250000e-12; vRPd6_19: pHE4HE4int_G2_SOS => ; (k2108*pHE4HE4int_G2_SOS)*5.250000e-12; vRPd6_20: pHGF_Met_Metint_G2_SOS => ; (k2109*pHGF_Met_Metint_G2_SOS)*5.250000e-12; vRPd6_21: pHGF_Met_HGF_Metint_G2_SOS => ; (k2110*pHGF_Met_HGF_Metint_G2_SOS)*5.250000e-12; vRPd6_22: pPPrPPrint_G2_SOS => ; (k2111*pPPrPPrint_G2_SOS)*5.250000e-12; vRPd6_23: pPPrPrint_G2_SOS => ; (k2112*pPPrPrint_G2_SOS)*5.250000e-12; vRPd6_24: pFFrFFrint_G2_SOS => ; (k2113*pFFrFFrint_G2_SOS)*5.250000e-12; vRPd6_25: pFFrFrint_G2_SOS => ; (k2114*pFFrFrint_G2_SOS)*5.250000e-12; vRPd6_26: pIIrIr_int_IRS_G2_SOS => ; (k2115*pIIrIr_int_IRS_G2_SOS)*5.250000e-12; vRPd6_27: pINS_Isr_Isr_int_IRS_G2_SOS => ; (k2116*pINS_Isr_Isr_int_IRS_G2_SOS)*5.250000e-12; vRPd6_28: pIIrIrI_int_IRS_G2_SOS => ; (k2117*pIIrIrI_int_IRS_G2_SOS)*5.250000e-12; vRPd6_29: pINS_Isr_Isr_INS_int_IRS_G2_SOS => ; (k2118*pINS_Isr_Isr_INS_int_IRS_G2_SOS)*5.250000e-12; vRPd7_1: pEE1E2_PLCg => ; (k2119*pEE1E2_PLCg)*5.250000e-12; vRPd7_2: pEE1Ev3_PLCg => ; (k2120*pEE1Ev3_PLCg)*5.250000e-12; vRPd7_3: pEE1E1_PLCg => ; (k2121*pEE1E1_PLCg)*5.250000e-12; vRPd7_4: pEE1EE1_PLCg => ; (k2122*pEE1EE1_PLCg)*5.250000e-12; vRPd7_5: pEE1E3_PLCg => ; (k2123*pEE1E3_PLCg)*5.250000e-12; vRPd7_6: pEE1HE3_PLCg => ; (k2124*pEE1HE3_PLCg)*5.250000e-12; vRPd7_7: pEE1E4_PLCg => ; (k2125*pEE1E4_PLCg)*5.250000e-12; vRPd7_8: pEE1HE4_PLCg => ; (k2126*pEE1HE4_PLCg)*5.250000e-12; vRPd7_9: pE2HE3_PLCg => ; (k2127*pE2HE3_PLCg)*5.250000e-12; vRPd7_10: pHE3Ev3_PLCg => ; (k2128*pHE3Ev3_PLCg)*5.250000e-12; vRPd7_11: pE1HE3_PLCg => ; (k2129*pE1HE3_PLCg)*5.250000e-12; vRPd7_12: pHE3E4_PLCg => ; (k2130*pHE3E4_PLCg)*5.250000e-12; vRPd7_13: pHE3HE4_PLCg => ; (k2131*pHE3HE4_PLCg)*5.250000e-12; vRPd7_14: pE2HE4_PLCg => ; (k2132*pE2HE4_PLCg)*5.250000e-12; vRPd7_15: pHE4Ev3_PLCg => ; (k2133*pHE4Ev3_PLCg)*5.250000e-12; vRPd7_16: pE1HE4_PLCg => ; (k2134*pE1HE4_PLCg)*5.250000e-12; vRPd7_17: pE3HE4_PLCg => ; (k2135*pE3HE4_PLCg)*5.250000e-12; vRPd7_18: pHE4E4_PLCg => ; (k2136*pHE4E4_PLCg)*5.250000e-12; vRPd7_19: pHE4HE4_PLCg => ; (k2137*pHE4HE4_PLCg)*5.250000e-12; vRPd7_20: pHGF_Met_Met_PLCg => ; (k2138*pHGF_Met_Met_PLCg)*5.250000e-12; vRPd7_21: pHGF_Met_HGF_Met_PLCg => ; (k2139*pHGF_Met_HGF_Met_PLCg)*5.250000e-12; vRPd7_22: pPPrPPr_PLCg => ; (k2140*pPPrPPr_PLCg)*5.250000e-12; vRPd7_23: pPPrPr_PLCg => ; (k2141*pPPrPr_PLCg)*5.250000e-12; vRPd7_24: pFFrFFr_PLCg => ; (k2142*pFFrFFr_PLCg)*5.250000e-12; vRPd7_25: pFFrFr_PLCg => ; (k2143*pFFrFr_PLCg)*5.250000e-12; vRPd7_26: pIIrIr_IRS_PLCg => ; (k2144*pIIrIr_IRS_PLCg)*5.250000e-12; vRPd7_27: pINS_Isr_Isr_IRS_PLCg => ; (k2145*pINS_Isr_Isr_IRS_PLCg)*5.250000e-12; vRPd7_28: pIIrIrI_IRS_PLCg => ; (k2146*pIIrIrI_IRS_PLCg)*5.250000e-12; vRPd7_29: pINS_Isr_Isr_INS_IRS_PLCg => ; (k2147*pINS_Isr_Isr_INS_IRS_PLCg)*5.250000e-12; vRPd8_1: pEE1E2_PI3K1 => ; (k2148*pEE1E2_PI3K1)*5.250000e-12; vRPd8_2: pEE1Ev3_PI3K1 => ; (k2149*pEE1Ev3_PI3K1)*5.250000e-12; vRPd8_3: pEE1E1_PI3K1 => ; (k2150*pEE1E1_PI3K1)*5.250000e-12; vRPd8_4: pEE1EE1_PI3K1 => ; (k2151*pEE1EE1_PI3K1)*5.250000e-12; vRPd8_5: pEE1E3_PI3K1 => ; (k2152*pEE1E3_PI3K1)*5.250000e-12; vRPd8_6: pEE1HE3_PI3K1 => ; (k2153*pEE1HE3_PI3K1)*5.250000e-12; vRPd8_7: pEE1E4_PI3K1 => ; (k2154*pEE1E4_PI3K1)*5.250000e-12; vRPd8_8: pEE1HE4_PI3K1 => ; (k2155*pEE1HE4_PI3K1)*5.250000e-12; vRPd8_9: pE2HE3_PI3K1 => ; (k2156*pE2HE3_PI3K1)*5.250000e-12; vRPd8_10: pHE3Ev3_PI3K1 => ; (k2157*pHE3Ev3_PI3K1)*5.250000e-12; vRPd8_11: pE1HE3_PI3K1 => ; (k2158*pE1HE3_PI3K1)*5.250000e-12; vRPd8_12: pHE3E4_PI3K1 => ; (k2159*pHE3E4_PI3K1)*5.250000e-12; vRPd8_13: pHE3HE4_PI3K1 => ; (k2160*pHE3HE4_PI3K1)*5.250000e-12; vRPd8_14: pE2HE4_PI3K1 => ; (k2161*pE2HE4_PI3K1)*5.250000e-12; vRPd8_15: pHE4Ev3_PI3K1 => ; (k2162*pHE4Ev3_PI3K1)*5.250000e-12; vRPd8_16: pE1HE4_PI3K1 => ; (k2163*pE1HE4_PI3K1)*5.250000e-12; vRPd8_17: pE3HE4_PI3K1 => ; (k2164*pE3HE4_PI3K1)*5.250000e-12; vRPd8_18: pHE4E4_PI3K1 => ; (k2165*pHE4E4_PI3K1)*5.250000e-12; vRPd8_19: pHE4HE4_PI3K1 => ; (k2166*pHE4HE4_PI3K1)*5.250000e-12; vRPd8_20: pHGF_Met_Met_PI3K1 => ; (k2167*pHGF_Met_Met_PI3K1)*5.250000e-12; vRPd8_21: pHGF_Met_HGF_Met_PI3K1 => ; (k2168*pHGF_Met_HGF_Met_PI3K1)*5.250000e-12; vRPd8_22: pPPrPPr_PI3K1 => ; (k2169*pPPrPPr_PI3K1)*5.250000e-12; vRPd8_23: pPPrPr_PI3K1 => ; (k2170*pPPrPr_PI3K1)*5.250000e-12; vRPd8_24: pFFrFFr_PI3K1 => ; (k2171*pFFrFFr_PI3K1)*5.250000e-12; vRPd8_25: pFFrFr_PI3K1 => ; (k2172*pFFrFr_PI3K1)*5.250000e-12; vRPd8_26: pIIrIr_IRS_PI3K1 => ; (k2173*pIIrIr_IRS_PI3K1)*5.250000e-12; vRPd8_27: pINS_Isr_Isr_IRS_PI3K1 => ; (k2174*pINS_Isr_Isr_IRS_PI3K1)*5.250000e-12; vRPd8_28: pIIrIrI_IRS_PI3K1 => ; (k2175*pIIrIrI_IRS_PI3K1)*5.250000e-12; vRPd8_29: pINS_Isr_Isr_INS_IRS_PI3K1 => ; (k2176*pINS_Isr_Isr_INS_IRS_PI3K1)*5.250000e-12; vRPd10_1: pEE1E2_PI3K2 => ; (k2177*pEE1E2_PI3K2)*5.250000e-12; vRPd10_2: pEE1Ev3_PI3K2 => ; (k2178*pEE1Ev3_PI3K2)*5.250000e-12; vRPd10_3: pEE1E1_PI3K2 => ; (k2179*pEE1E1_PI3K2)*5.250000e-12; vRPd10_4: pEE1EE1_PI3K2 => ; (k2180*pEE1EE1_PI3K2)*5.250000e-12; vRPd10_5: pEE1E3_PI3K2 => ; (k2181*pEE1E3_PI3K2)*5.250000e-12; vRPd10_6: pEE1HE3_PI3K2 => ; (k2182*pEE1HE3_PI3K2)*5.250000e-12; vRPd10_7: pEE1E4_PI3K2 => ; (k2183*pEE1E4_PI3K2)*5.250000e-12; vRPd10_8: pEE1HE4_PI3K2 => ; (k2184*pEE1HE4_PI3K2)*5.250000e-12; vRPd10_9: pE2HE3_PI3K2 => ; (k2185*pE2HE3_PI3K2)*5.250000e-12; vRPd10_10: pHE3Ev3_PI3K2 => ; (k2186*pHE3Ev3_PI3K2)*5.250000e-12; vRPd10_11: pE1HE3_PI3K2 => ; (k2187*pE1HE3_PI3K2)*5.250000e-12; vRPd10_12: pHE3E4_PI3K2 => ; (k2188*pHE3E4_PI3K2)*5.250000e-12; vRPd10_13: pHE3HE4_PI3K2 => ; (k2189*pHE3HE4_PI3K2)*5.250000e-12; vRPd10_14: pE2HE4_PI3K2 => ; (k2190*pE2HE4_PI3K2)*5.250000e-12; vRPd10_15: pHE4Ev3_PI3K2 => ; (k2191*pHE4Ev3_PI3K2)*5.250000e-12; vRPd10_16: pE1HE4_PI3K2 => ; (k2192*pE1HE4_PI3K2)*5.250000e-12; vRPd10_17: pE3HE4_PI3K2 => ; (k2193*pE3HE4_PI3K2)*5.250000e-12; vRPd10_18: pHE4E4_PI3K2 => ; (k2194*pHE4E4_PI3K2)*5.250000e-12; vRPd10_19: pHE4HE4_PI3K2 => ; (k2195*pHE4HE4_PI3K2)*5.250000e-12; vRPd10_20: pHGF_Met_Met_PI3K2 => ; (k2196*pHGF_Met_Met_PI3K2)*5.250000e-12; vRPd10_21: pHGF_Met_HGF_Met_PI3K2 => ; (k2197*pHGF_Met_HGF_Met_PI3K2)*5.250000e-12; vRPd10_22: pPPrPPr_PI3K2 => ; (k2198*pPPrPPr_PI3K2)*5.250000e-12; vRPd10_23: pPPrPr_PI3K2 => ; (k2199*pPPrPr_PI3K2)*5.250000e-12; vRPd10_24: pFFrFFr_PI3K2 => ; (k2200*pFFrFFr_PI3K2)*5.250000e-12; vRPd10_25: pFFrFr_PI3K2 => ; (k2201*pFFrFr_PI3K2)*5.250000e-12; vRPd10_26: pIIrIr_IRS_PI3K2 => ; (k2202*pIIrIr_IRS_PI3K2)*5.250000e-12; vRPd10_27: pINS_Isr_Isr_IRS_PI3K2 => ; (k2203*pINS_Isr_Isr_IRS_PI3K2)*5.250000e-12; vRPd10_28: pIIrIrI_IRS_PI3K2 => ; (k2204*pIIrIrI_IRS_PI3K2)*5.250000e-12; vRPd10_29: pINS_Isr_Isr_INS_IRS_PI3K2 => ; (k2205*pINS_Isr_Isr_INS_IRS_PI3K2)*5.250000e-12; vRPd11_1: pEE1E2int_G2_SOS_RasD => ; (k2206*pEE1E2int_G2_SOS_RasD)*5.250000e-12; vRPd11_2: pEE1Ev3int_G2_SOS_RasD => ; (k2207*pEE1Ev3int_G2_SOS_RasD)*5.250000e-12; vRPd11_3: pEE1E1int_G2_SOS_RasD => ; (k2208*pEE1E1int_G2_SOS_RasD)*5.250000e-12; vRPd11_4: pEE1EE1int_G2_SOS_RasD => ; (k2209*pEE1EE1int_G2_SOS_RasD)*5.250000e-12; vRPd11_5: pEE1E3int_G2_SOS_RasD => ; (k2210*pEE1E3int_G2_SOS_RasD)*5.250000e-12; vRPd11_6: pEE1HE3int_G2_SOS_RasD => ; (k2211*pEE1HE3int_G2_SOS_RasD)*5.250000e-12; vRPd11_7: pEE1E4int_G2_SOS_RasD => ; (k2212*pEE1E4int_G2_SOS_RasD)*5.250000e-12; vRPd11_8: pEE1HE4int_G2_SOS_RasD => ; (k2213*pEE1HE4int_G2_SOS_RasD)*5.250000e-12; vRPd11_9: pE2HE3int_G2_SOS_RasD => ; (k2214*pE2HE3int_G2_SOS_RasD)*5.250000e-12; vRPd11_10: pHE3Ev3int_G2_SOS_RasD => ; (k2215*pHE3Ev3int_G2_SOS_RasD)*5.250000e-12; vRPd11_11: pE1HE3int_G2_SOS_RasD => ; (k2216*pE1HE3int_G2_SOS_RasD)*5.250000e-12; vRPd11_12: pHE3E4int_G2_SOS_RasD => ; (k2217*pHE3E4int_G2_SOS_RasD)*5.250000e-12; vRPd11_13: pHE3HE4int_G2_SOS_RasD => ; (k2218*pHE3HE4int_G2_SOS_RasD)*5.250000e-12; vRPd11_14: pE2HE4int_G2_SOS_RasD => ; (k2219*pE2HE4int_G2_SOS_RasD)*5.250000e-12; vRPd11_15: pHE4Ev3int_G2_SOS_RasD => ; (k2220*pHE4Ev3int_G2_SOS_RasD)*5.250000e-12; vRPd11_16: pE1HE4int_G2_SOS_RasD => ; (k2221*pE1HE4int_G2_SOS_RasD)*5.250000e-12; vRPd11_17: pE3HE4int_G2_SOS_RasD => ; (k2222*pE3HE4int_G2_SOS_RasD)*5.250000e-12; vRPd11_18: pHE4E4int_G2_SOS_RasD => ; (k2223*pHE4E4int_G2_SOS_RasD)*5.250000e-12; vRPd11_19: pHE4HE4int_G2_SOS_RasD => ; (k2224*pHE4HE4int_G2_SOS_RasD)*5.250000e-12; vRPd11_20: pHGF_Met_Metint_G2_SOS_RasD => ; (k2225*pHGF_Met_Metint_G2_SOS_RasD)*5.250000e-12; vRPd11_21: pHGF_Met_HGF_Metint_G2_SOS_RasD => ; (k2226*pHGF_Met_HGF_Metint_G2_SOS_RasD)*5.250000e-12; vRPd11_22: pPPrPPrint_G2_SOS_RasD => ; (k2227*pPPrPPrint_G2_SOS_RasD)*5.250000e-12; vRPd11_23: pPPrPrint_G2_SOS_RasD => ; (k2228*pPPrPrint_G2_SOS_RasD)*5.250000e-12; vRPd11_24: pFFrFFrint_G2_SOS_RasD => ; (k2229*pFFrFFrint_G2_SOS_RasD)*5.250000e-12; vRPd11_25: pFFrFrint_G2_SOS_RasD => ; (k2230*pFFrFrint_G2_SOS_RasD)*5.250000e-12; vRPd11_26: pIIrIr_int_IRS_G2_SOS_RasD => ; (k2231*pIIrIr_int_IRS_G2_SOS_RasD)*5.250000e-12; vRPd11_27: pINS_Isr_Isr_int_IRS_G2_SOS_RasD => ; (k2232*pINS_Isr_Isr_int_IRS_G2_SOS_RasD)*5.250000e-12; vRPd11_28: pIIrIrI_int_IRS_G2_SOS_RasD => ; (k2233*pIIrIrI_int_IRS_G2_SOS_RasD)*5.250000e-12; vRPd11_29: pINS_Isr_Isr_INS_int_IRS_G2_SOS_RasD => ; (k2234*pINS_Isr_Isr_INS_int_IRS_G2_SOS_RasD)*5.250000e-12; vRPd12_1: pEE1E2_G2_SOS_RasD => ; (k2235*pEE1E2_G2_SOS_RasD)*5.250000e-12; vRPd12_2: pEE1Ev3_G2_SOS_RasD => ; (k2236*pEE1Ev3_G2_SOS_RasD)*5.250000e-12; vRPd12_3: pEE1E1_G2_SOS_RasD => ; (k2237*pEE1E1_G2_SOS_RasD)*5.250000e-12; vRPd12_4: pEE1EE1_G2_SOS_RasD => ; (k2238*pEE1EE1_G2_SOS_RasD)*5.250000e-12; vRPd12_5: pEE1E3_G2_SOS_RasD => ; (k2239*pEE1E3_G2_SOS_RasD)*5.250000e-12; vRPd12_6: pEE1HE3_G2_SOS_RasD => ; (k2240*pEE1HE3_G2_SOS_RasD)*5.250000e-12; vRPd12_7: pEE1E4_G2_SOS_RasD => ; (k2241*pEE1E4_G2_SOS_RasD)*5.250000e-12; vRPd12_8: pEE1HE4_G2_SOS_RasD => ; (k2242*pEE1HE4_G2_SOS_RasD)*5.250000e-12; vRPd12_9: pE2HE3_G2_SOS_RasD => ; (k2243*pE2HE3_G2_SOS_RasD)*5.250000e-12; vRPd12_10: pHE3Ev3_G2_SOS_RasD => ; (k2244*pHE3Ev3_G2_SOS_RasD)*5.250000e-12; vRPd12_11: pE1HE3_G2_SOS_RasD => ; (k2245*pE1HE3_G2_SOS_RasD)*5.250000e-12; vRPd12_12: pHE3E4_G2_SOS_RasD => ; (k2246*pHE3E4_G2_SOS_RasD)*5.250000e-12; vRPd12_13: pHE3HE4_G2_SOS_RasD => ; (k2247*pHE3HE4_G2_SOS_RasD)*5.250000e-12; vRPd12_14: pE2HE4_G2_SOS_RasD => ; (k2248*pE2HE4_G2_SOS_RasD)*5.250000e-12; vRPd12_15: pHE4Ev3_G2_SOS_RasD => ; (k2249*pHE4Ev3_G2_SOS_RasD)*5.250000e-12; vRPd12_16: pE1HE4_G2_SOS_RasD => ; (k2250*pE1HE4_G2_SOS_RasD)*5.250000e-12; vRPd12_17: pE3HE4_G2_SOS_RasD => ; (k2251*pE3HE4_G2_SOS_RasD)*5.250000e-12; vRPd12_18: pHE4E4_G2_SOS_RasD => ; (k2252*pHE4E4_G2_SOS_RasD)*5.250000e-12; vRPd12_19: pHE4HE4_G2_SOS_RasD => ; (k2253*pHE4HE4_G2_SOS_RasD)*5.250000e-12; vRPd12_20: pHGF_Met_Met_G2_SOS_RasD => ; (k2254*pHGF_Met_Met_G2_SOS_RasD)*5.250000e-12; vRPd12_21: pHGF_Met_HGF_Met_G2_SOS_RasD => ; (k2255*pHGF_Met_HGF_Met_G2_SOS_RasD)*5.250000e-12; vRPd12_22: pPPrPPr_G2_SOS_RasD => ; (k2256*pPPrPPr_G2_SOS_RasD)*5.250000e-12; vRPd12_23: pPPrPr_G2_SOS_RasD => ; (k2257*pPPrPr_G2_SOS_RasD)*5.250000e-12; vRPd12_24: pFFrFFr_G2_SOS_RasD => ; (k2258*pFFrFFr_G2_SOS_RasD)*5.250000e-12; vRPd12_25: pFFrFr_G2_SOS_RasD => ; (k2259*pFFrFr_G2_SOS_RasD)*5.250000e-12; vRPd12_26: pIIrIr_IRS_G2_SOS_RasD => ; (k2260*pIIrIr_IRS_G2_SOS_RasD)*5.250000e-12; vRPd12_27: pINS_Isr_Isr_IRS_G2_SOS_RasD => ; (k2261*pINS_Isr_Isr_IRS_G2_SOS_RasD)*5.250000e-12; vRPd12_28: pIIrIrI_IRS_G2_SOS_RasD => ; (k2262*pIIrIrI_IRS_G2_SOS_RasD)*5.250000e-12; vRPd12_29: pINS_Isr_Isr_INS_IRS_G2_SOS_RasD => ; (k2263*pINS_Isr_Isr_INS_IRS_G2_SOS_RasD)*5.250000e-12; vRPd13_1: pEE1E2_PLCg_PIP2 => ; (k2264*pEE1E2_PLCg_PIP2)*5.250000e-12; vRPd13_2: pEE1Ev3_PLCg_PIP2 => ; (k2265*pEE1Ev3_PLCg_PIP2)*5.250000e-12; vRPd13_3: pEE1E1_PLCg_PIP2 => ; (k2266*pEE1E1_PLCg_PIP2)*5.250000e-12; vRPd13_4: pEE1EE1_PLCg_PIP2 => ; (k2267*pEE1EE1_PLCg_PIP2)*5.250000e-12; vRPd13_5: pEE1E3_PLCg_PIP2 => ; (k2268*pEE1E3_PLCg_PIP2)*5.250000e-12; vRPd13_6: pEE1HE3_PLCg_PIP2 => ; (k2269*pEE1HE3_PLCg_PIP2)*5.250000e-12; vRPd13_7: pEE1E4_PLCg_PIP2 => ; (k2270*pEE1E4_PLCg_PIP2)*5.250000e-12; vRPd13_8: pEE1HE4_PLCg_PIP2 => ; (k2271*pEE1HE4_PLCg_PIP2)*5.250000e-12; vRPd13_9: pE2HE3_PLCg_PIP2 => ; (k2272*pE2HE3_PLCg_PIP2)*5.250000e-12; vRPd13_10: pHE3Ev3_PLCg_PIP2 => ; (k2273*pHE3Ev3_PLCg_PIP2)*5.250000e-12; vRPd13_11: pE1HE3_PLCg_PIP2 => ; (k2274*pE1HE3_PLCg_PIP2)*5.250000e-12; vRPd13_12: pHE3E4_PLCg_PIP2 => ; (k2275*pHE3E4_PLCg_PIP2)*5.250000e-12; vRPd13_13: pHE3HE4_PLCg_PIP2 => ; (k2276*pHE3HE4_PLCg_PIP2)*5.250000e-12; vRPd13_14: pE2HE4_PLCg_PIP2 => ; (k2277*pE2HE4_PLCg_PIP2)*5.250000e-12; vRPd13_15: pHE4Ev3_PLCg_PIP2 => ; (k2278*pHE4Ev3_PLCg_PIP2)*5.250000e-12; vRPd13_16: pE1HE4_PLCg_PIP2 => ; (k2279*pE1HE4_PLCg_PIP2)*5.250000e-12; vRPd13_17: pE3HE4_PLCg_PIP2 => ; (k2280*pE3HE4_PLCg_PIP2)*5.250000e-12; vRPd13_18: pHE4E4_PLCg_PIP2 => ; (k2281*pHE4E4_PLCg_PIP2)*5.250000e-12; vRPd13_19: pHE4HE4_PLCg_PIP2 => ; (k2282*pHE4HE4_PLCg_PIP2)*5.250000e-12; vRPd13_20: pHGF_Met_Met_PLCg_PIP2 => ; (k2283*pHGF_Met_Met_PLCg_PIP2)*5.250000e-12; vRPd13_21: pHGF_Met_HGF_Met_PLCg_PIP2 => ; (k2284*pHGF_Met_HGF_Met_PLCg_PIP2)*5.250000e-12; vRPd13_22: pPPrPPr_PLCg_PIP2 => ; (k2285*pPPrPPr_PLCg_PIP2)*5.250000e-12; vRPd13_23: pPPrPr_PLCg_PIP2 => ; (k2286*pPPrPr_PLCg_PIP2)*5.250000e-12; vRPd13_24: pFFrFFr_PLCg_PIP2 => ; (k2287*pFFrFFr_PLCg_PIP2)*5.250000e-12; vRPd13_25: pFFrFr_PLCg_PIP2 => ; (k2288*pFFrFr_PLCg_PIP2)*5.250000e-12; vRPd13_26: pIIrIr_IRS_PLCg_PIP2 => ; (k2289*pIIrIr_IRS_PLCg_PIP2)*5.250000e-12; vRPd13_27: pINS_Isr_Isr_IRS_PLCg_PIP2 => ; (k2290*pINS_Isr_Isr_IRS_PLCg_PIP2)*5.250000e-12; vRPd13_28: pIIrIrI_IRS_PLCg_PIP2 => ; (k2291*pIIrIrI_IRS_PLCg_PIP2)*5.250000e-12; vRPd13_29: pINS_Isr_Isr_INS_IRS_PLCg_PIP2 => ; (k2292*pINS_Isr_Isr_INS_IRS_PLCg_PIP2)*5.250000e-12; vRPd14_1: pEE1E2_PI3K1_PIP2 => ; (k2293*pEE1E2_PI3K1_PIP2)*5.250000e-12; vRPd14_2: pEE1Ev3_PI3K1_PIP2 => ; (k2294*pEE1Ev3_PI3K1_PIP2)*5.250000e-12; vRPd14_3: pEE1E1_PI3K1_PIP2 => ; (k2295*pEE1E1_PI3K1_PIP2)*5.250000e-12; vRPd14_4: pEE1EE1_PI3K1_PIP2 => ; (k2296*pEE1EE1_PI3K1_PIP2)*5.250000e-12; vRPd14_5: pEE1E3_PI3K1_PIP2 => ; (k2297*pEE1E3_PI3K1_PIP2)*5.250000e-12; vRPd14_6: pEE1HE3_PI3K1_PIP2 => ; (k2298*pEE1HE3_PI3K1_PIP2)*5.250000e-12; vRPd14_7: pEE1E4_PI3K1_PIP2 => ; (k2299*pEE1E4_PI3K1_PIP2)*5.250000e-12; vRPd14_8: pEE1HE4_PI3K1_PIP2 => ; (k2300*pEE1HE4_PI3K1_PIP2)*5.250000e-12; vRPd14_9: pE2HE3_PI3K1_PIP2 => ; (k2301*pE2HE3_PI3K1_PIP2)*5.250000e-12; vRPd14_10: pHE3Ev3_PI3K1_PIP2 => ; (k2302*pHE3Ev3_PI3K1_PIP2)*5.250000e-12; vRPd14_11: pE1HE3_PI3K1_PIP2 => ; (k2303*pE1HE3_PI3K1_PIP2)*5.250000e-12; vRPd14_12: pHE3E4_PI3K1_PIP2 => ; (k2304*pHE3E4_PI3K1_PIP2)*5.250000e-12; vRPd14_13: pHE3HE4_PI3K1_PIP2 => ; (k2305*pHE3HE4_PI3K1_PIP2)*5.250000e-12; vRPd14_14: pE2HE4_PI3K1_PIP2 => ; (k2306*pE2HE4_PI3K1_PIP2)*5.250000e-12; vRPd14_15: pHE4Ev3_PI3K1_PIP2 => ; (k2307*pHE4Ev3_PI3K1_PIP2)*5.250000e-12; vRPd14_16: pE1HE4_PI3K1_PIP2 => ; (k2308*pE1HE4_PI3K1_PIP2)*5.250000e-12; vRPd14_17: pE3HE4_PI3K1_PIP2 => ; (k2309*pE3HE4_PI3K1_PIP2)*5.250000e-12; vRPd14_18: pHE4E4_PI3K1_PIP2 => ; (k2310*pHE4E4_PI3K1_PIP2)*5.250000e-12; vRPd14_19: pHE4HE4_PI3K1_PIP2 => ; (k2311*pHE4HE4_PI3K1_PIP2)*5.250000e-12; vRPd14_20: pHGF_Met_Met_PI3K1_PIP2 => ; (k2312*pHGF_Met_Met_PI3K1_PIP2)*5.250000e-12; vRPd14_21: pHGF_Met_HGF_Met_PI3K1_PIP2 => ; (k2313*pHGF_Met_HGF_Met_PI3K1_PIP2)*5.250000e-12; vRPd14_22: pPPrPPr_PI3K1_PIP2 => ; (k2314*pPPrPPr_PI3K1_PIP2)*5.250000e-12; vRPd14_23: pPPrPr_PI3K1_PIP2 => ; (k2315*pPPrPr_PI3K1_PIP2)*5.250000e-12; vRPd14_24: pFFrFFr_PI3K1_PIP2 => ; (k2316*pFFrFFr_PI3K1_PIP2)*5.250000e-12; vRPd14_25: pFFrFr_PI3K1_PIP2 => ; (k2317*pFFrFr_PI3K1_PIP2)*5.250000e-12; vRPd14_26: pIIrIr_IRS_PI3K1_PIP2 => ; (k2318*pIIrIr_IRS_PI3K1_PIP2)*5.250000e-12; vRPd14_27: pINS_Isr_Isr_IRS_PI3K1_PIP2 => ; (k2319*pINS_Isr_Isr_IRS_PI3K1_PIP2)*5.250000e-12; vRPd14_28: pIIrIrI_IRS_PI3K1_PIP2 => ; (k2320*pIIrIrI_IRS_PI3K1_PIP2)*5.250000e-12; vRPd14_29: pINS_Isr_Isr_INS_IRS_PI3K1_PIP2 => ; (k2321*pINS_Isr_Isr_INS_IRS_PI3K1_PIP2)*5.250000e-12; vRPd16_1: pEE1E2_PI3K2_PIP => ; (k2322*pEE1E2_PI3K2_PIP)*5.250000e-12; vRPd16_2: pEE1Ev3_PI3K2_PIP => ; (k2323*pEE1Ev3_PI3K2_PIP)*5.250000e-12; vRPd16_3: pEE1E1_PI3K2_PIP => ; (k2324*pEE1E1_PI3K2_PIP)*5.250000e-12; vRPd16_4: pEE1EE1_PI3K2_PIP => ; (k2325*pEE1EE1_PI3K2_PIP)*5.250000e-12; vRPd16_5: pEE1E3_PI3K2_PIP => ; (k2326*pEE1E3_PI3K2_PIP)*5.250000e-12; vRPd16_6: pEE1HE3_PI3K2_PIP => ; (k2327*pEE1HE3_PI3K2_PIP)*5.250000e-12; vRPd16_7: pEE1E4_PI3K2_PIP => ; (k2328*pEE1E4_PI3K2_PIP)*5.250000e-12; vRPd16_8: pEE1HE4_PI3K2_PIP => ; (k2329*pEE1HE4_PI3K2_PIP)*5.250000e-12; vRPd16_9: pE2HE3_PI3K2_PIP => ; (k2330*pE2HE3_PI3K2_PIP)*5.250000e-12; vRPd16_10: pHE3Ev3_PI3K2_PIP => ; (k2331*pHE3Ev3_PI3K2_PIP)*5.250000e-12; vRPd16_11: pE1HE3_PI3K2_PIP => ; (k2332*pE1HE3_PI3K2_PIP)*5.250000e-12; vRPd16_12: pHE3E4_PI3K2_PIP => ; (k2333*pHE3E4_PI3K2_PIP)*5.250000e-12; vRPd16_13: pHE3HE4_PI3K2_PIP => ; (k2334*pHE3HE4_PI3K2_PIP)*5.250000e-12; vRPd16_14: pE2HE4_PI3K2_PIP => ; (k2335*pE2HE4_PI3K2_PIP)*5.250000e-12; vRPd16_15: pHE4Ev3_PI3K2_PIP => ; (k2336*pHE4Ev3_PI3K2_PIP)*5.250000e-12; vRPd16_16: pE1HE4_PI3K2_PIP => ; (k2337*pE1HE4_PI3K2_PIP)*5.250000e-12; vRPd16_17: pE3HE4_PI3K2_PIP => ; (k2338*pE3HE4_PI3K2_PIP)*5.250000e-12; vRPd16_18: pHE4E4_PI3K2_PIP => ; (k2339*pHE4E4_PI3K2_PIP)*5.250000e-12; vRPd16_19: pHE4HE4_PI3K2_PIP => ; (k2340*pHE4HE4_PI3K2_PIP)*5.250000e-12; vRPd16_20: pHGF_Met_Met_PI3K2_PIP => ; (k2341*pHGF_Met_Met_PI3K2_PIP)*5.250000e-12; vRPd16_21: pHGF_Met_HGF_Met_PI3K2_PIP => ; (k2342*pHGF_Met_HGF_Met_PI3K2_PIP)*5.250000e-12; vRPd16_22: pPPrPPr_PI3K2_PIP => ; (k2343*pPPrPPr_PI3K2_PIP)*5.250000e-12; vRPd16_23: pPPrPr_PI3K2_PIP => ; (k2344*pPPrPr_PI3K2_PIP)*5.250000e-12; vRPd16_24: pFFrFFr_PI3K2_PIP => ; (k2345*pFFrFFr_PI3K2_PIP)*5.250000e-12; vRPd16_25: pFFrFr_PI3K2_PIP => ; (k2346*pFFrFr_PI3K2_PIP)*5.250000e-12; vRPd16_26: pIIrIr_IRS_PI3K2_PIP => ; (k2347*pIIrIr_IRS_PI3K2_PIP)*5.250000e-12; vRPd16_27: pINS_Isr_Isr_IRS_PI3K2_PIP => ; (k2348*pINS_Isr_Isr_IRS_PI3K2_PIP)*5.250000e-12; vRPd16_28: pIIrIrI_IRS_PI3K2_PIP => ; (k2349*pIIrIrI_IRS_PI3K2_PIP)*5.250000e-12; vRPd16_29: pINS_Isr_Isr_INS_IRS_PI3K2_PIP => ; (k2350*pINS_Isr_Isr_INS_IRS_PI3K2_PIP)*5.250000e-12; vPd1: G2_SOS => ; (k2351*G2_SOS)*5.250000e-12; vPd2: G2_pSOS => ; (k2352*G2_pSOS)*5.250000e-12; vPd3: PI3K1 => ; (k2353*PI3K1)*5.250000e-12; vPd4: pPI3K1 => ; (k2354*pPI3K1)*5.250000e-12; vPd5: mTORC1 => ; (k2355*mTORC1)*5.250000e-12; vPd6: mTORC1active => ; (k2356*mTORC1active)*5.250000e-12; vPd7: PIP => ; (k2357*PIP)*5.250000e-12; vPd8: PI3P => ; (k2358*PI3P)*5.250000e-12; vPd9: DAG => ; (k2359*DAG)*5.250000e-12; vPd10: DAG_GRP => ; (k2360*DAG_GRP)*5.250000e-12; vPd11: RasT => ; (k2361*RasT)*5.250000e-12; vPd12: pNF1 => ; (k2362*pNF1)*5.250000e-12; vPd13: pCRaf => ; (k2363*pCRaf)*5.250000e-12; vPd14: RasT_CRaf => ; (k2364*RasT_CRaf)*5.250000e-12; vPd15: RasT_CRaf_BRaf => ; (k2365*RasT_CRaf_BRaf)*5.250000e-12; vPd16: pMEK => ; (k2366*pMEK)*5.250000e-12; vPd17: ppMEK => ; (k2367*ppMEK)*5.250000e-12; vPd18: ERKnuc => ; (k2368*ERKnuc)*1.750000e-12; vPd19: ppERKnuc => ; (k2369*ppERKnuc)*1.750000e-12; vPd20: pRSK => ; (k2370*pRSK)*5.250000e-12; vPd21: pRSKnuc => ; (k2371*pRSKnuc)*1.750000e-12; vPd22: pMKP1 => ; (k2372*pMKP1)*1.750000e-12; vPd23: pcFos => ; (k2373*pcFos)*1.750000e-12; vPd24: pcFos_cJun => ; (k2374*pcFos_cJun)*1.750000e-12; vPd25: bCATENINnuc => ; (k2375*bCATENINnuc)*1.750000e-12; vPd26: pbCATENIN => ; (k2376*pbCATENIN)*5.250000e-12; vPd27: IP3 => ; (k2377*IP3)*5.250000e-12; vPd28: PIP2 => ; (k2378*PIP2)*5.250000e-12; vPd29: PIP3 => ; (k2379*PIP3)*5.250000e-12; vPd30: PIP3_AKT => ; (k2380*PIP3_AKT)*5.250000e-12; vPd31: pAKT => ; (k2381*pAKT)*5.250000e-12; vPd32: ppAKT => ; (k2382*ppAKT)*5.250000e-12; vPd33: PIP3_PDK1 => ; (k2383*PIP3_PDK1)*5.250000e-12; vPd34: PIP3_pAKT => ; (k2384*PIP3_pAKT)*5.250000e-12; vPd35: mTORC2 => ; (k2385*mTORC2)*5.250000e-12; vPd36: PIP3_ppAKT => ; (k2386*PIP3_ppAKT)*5.250000e-12; vPd37: pGSK3b => ; (k2387*pGSK3b)*5.250000e-12; vPd38: pTSC2 => ; (k2388*pTSC2)*5.250000e-12; vPd39: TSC => ; (k2389*TSC)*5.250000e-12; vPd40: DAG_PKC => ; (k2390*DAG_PKC)*5.250000e-12; vPd41: pRKIP => ; (k2391*pRKIP)*5.250000e-12; vPd42: RKIP_CRaf => ; (k2392*RKIP_CRaf)*5.250000e-12; vPd43: pERK => ; (k2393*pERK)*5.250000e-12; vPd44: ppERK => ; (k2394*ppERK)*5.250000e-12; vPd45: pFOXO => ; (k2395*pFOXO)*5.250000e-12; vPd46: RhebT => ; (k2396*RhebT)*5.250000e-12; vPd47: pS6K => ; (k2397*pS6K)*5.250000e-12; vPd48: pEIF4EBP1 => ; (k2398*pEIF4EBP1)*5.250000e-12; vPd49: G2_SOS_ppERK => ; (k2399*G2_SOS_ppERK)*5.250000e-12; vPd50: CRaf_ppERK => ; (k2400*CRaf_ppERK)*5.250000e-12; vPd51: RasD_DAG_GRP => ; (k2401*RasD_DAG_GRP)*5.250000e-12; vPd52: RasT_NF1 => ; (k2402*RasT_NF1)*5.250000e-12; vPd53: NF1_ppERK => ; (k2403*NF1_ppERK)*5.250000e-12; vPd54: MEK_RasT_CRaf_BRaf => ; (k2404*MEK_RasT_CRaf_BRaf)*5.250000e-12; vPd55: pMEK_RasT_CRaf_BRaf => ; (k2405*pMEK_RasT_CRaf_BRaf)*5.250000e-12; vPd56: ERK_ppMEK => ; (k2406*ERK_ppMEK)*5.250000e-12; vPd57: pERK_ppMEK => ; (k2407*pERK_ppMEK)*5.250000e-12; vPd58: RSK_ppERK => ; (k2408*RSK_ppERK)*5.250000e-12; vPd59: pRSKnuc_MKP1 => ; (k2409*pRSKnuc_MKP1)*1.750000e-12; vPd60: ppERKnuc_MKP1 => ; (k2410*ppERKnuc_MKP1)*1.750000e-12; vPd61: cFos_pRSKnuc => ; (k2411*cFos_pRSKnuc)*1.750000e-12; vPd62: cFos_ppERKnuc => ; (k2412*cFos_ppERKnuc)*1.750000e-12; vPd63: RKIP_DAG_PKC => ; (k2413*RKIP_DAG_PKC)*5.250000e-12; vPd64: PIP3_PTEN => ; (k2414*PIP3_PTEN)*5.250000e-12; vPd65: PIP3_AKT_PIP3_PDK1 => ; (k2415*PIP3_AKT_PIP3_PDK1)*5.250000e-12; vPd66: PIP3_pAKT_mTORC2 => ; (k2416*PIP3_pAKT_mTORC2)*5.250000e-12; vPd67: GSK3b_ppAKT => ; (k2417*GSK3b_ppAKT)*5.250000e-12; vPd69: TSC2_ppAKT => ; (k2418*TSC2_ppAKT)*5.250000e-12; vPd70: TSC2_ppERK => ; (k2419*TSC2_ppERK)*5.250000e-12; vPd71: RhebT_TSC => ; (k2420*RhebT_TSC)*5.250000e-12; vPd72: EIF4EBP1_mTORC1active => ; (k2421*EIF4EBP1_mTORC1active)*5.250000e-12; vPd73: S6K_mTORC1active => ; (k2422*S6K_mTORC1active)*5.250000e-12; vPd74: FOXO_ppAKT => ; (k2423*FOXO_ppAKT)*5.250000e-12; vPd75: PI3K1_mTORC1active => ; (k2424*PI3K1_mTORC1active)*5.250000e-12; vPd76: pERK_MKP3 => ; (k2425*pERK_MKP3)*5.250000e-12; vPd77: ppERK_MKP3 => ; (k2426*ppERK_MKP3)*5.250000e-12; vPd78: ppERKnuc_pMKP1 => ; (k2427*ppERKnuc_pMKP1)*5.250000e-12; vPd79: RasT_BRaf => ; (k2428*RasT_BRaf)*5.250000e-12; vPd80: RasT_BRaf_BRaf => ; (k2429*RasT_BRaf_BRaf)*5.250000e-12; vPd81: MEK_RasT_BRaf_BRaf => ; (k2430*MEK_RasT_BRaf_BRaf)*5.250000e-12; vPd82: pMEK_RasT_BRaf_BRaf => ; (k2431*pMEK_RasT_BRaf_BRaf)*5.250000e-12; vPd83: EIF4EBP1_EIF4E => ; (k2432*EIF4EBP1_EIF4E)*5.250000e-12; vPd84: RasT_CRaf_CRaf => ; (k2433*RasT_CRaf_CRaf)*5.250000e-12; vPd85: MEK_RasT_CRaf_CRaf => ; (k2434*MEK_RasT_CRaf_CRaf)*5.250000e-12; vPd86: pMEK_RasT_CRaf_CRaf => ; (k2435*pMEK_RasT_CRaf_CRaf)*5.250000e-12; vPd87: FOXOnuc => ; (k2436*FOXOnuc)*1.750000e-12; vPd88: MEKi_ppMEK => ; (k2437*MEKi_ppMEK)*5.250000e-12; vPd89: AKTi_AKT => ; (k2438*AKTi_AKT)*5.250000e-12; # Compartment initializations: Cytoplasm = 5.250000e-12; Cytoplasm has volume; Extracellular = 5.000000e-05; Extracellular has volume; Nucleus = 1.750000e-12; Nucleus has volume; Mitochondrion = 3.675000e-13; Mitochondrion has volume; # Species initializations: Ribosome = 1.897392e+03; p53inac = 2.966386e+02; p53ac = 6.245528e+00; MDM2 = 2.056385e+02; Wip1 = 2.230736e+00; ATMP = 0.000000e+00; ATRac = 0.000000e+00; MDM2product1 = 6.245528e+00; MDM2product2 = 6.245528e+00; MDM2product3 = 6.245528e+00; MDM2product4 = 6.245528e+00; MDM2product5 = 6.245528e+00; MDM2product6 = 6.245528e+00; MDM2product7 = 6.245528e+00; MDM2product8 = 6.245528e+00; MDM2product9 = 6.245528e+00; MDM2pro = 6.245528e+00; Wip1product1 = 6.245528e+00; Wip1product2 = 6.245528e+00; Wip1product3 = 6.245528e+00; Wip1product4 = 6.245528e+00; Wip1product5 = 6.245528e+00; Wip1product6 = 6.245528e+00; Wip1product7 = 6.245528e+00; Wip1product8 = 6.245528e+00; Wip1product9 = 6.245528e+00; Wip1pro = 6.245528e+00; BRCA2 = 8.218084e-01; MSH6 = 4.550432e+01; MGMT = 1.202569e+02; damageDSB = 2.431635e-04; damageSSB = 6.027760e-06; ppAKT_MDM2 = 0.000000e+00; pMDM2 = 0.000000e+00; ARF = 0.000000e+00; MDM4 = 2.721609e-02; p53ac_MDM4 = 0.000000e+00; ATMinac = 1.503781e+00; ATRinac = 2.400357e+00; pRB = 7.996759e+03; pRBp = 5.355972e-01; pRBpp = 6.970862e-03; E2F = 1.119216e+03; Cd = 2.333359e-01; Mdi = 5.891749e-01; Md = 3.854192e+00; Mdp27 = 7.878773e-01; Ce = 2.552851e-01; Mei = 8.894055e-01; Me = 2.746016e+00; Skp2 = 1.140893e+01; Mep27 = 1.122686e+00; Pe = 1.412865e+02; Pai = 4.918781e+01; Pei = 1.602343e+01; Pbi = 5.529850e+01; Ca = 4.029370e+00; Mai = 1.403820e+01; Ma = 5.230808e+00; Map27 = 1.283144e+00; p27 = 2.044209e+01; Cdh1i = 5.978504e-01; Cdh1a = 1.088043e+02; E2Fp = 1.160143e+01; p27p = 4.204613e+00; Pa = 4.162437e+01; Cb = 3.443500e+00; Mbi = 3.900948e+00; Mb = 6.842444e-01; Cdc20i = 7.116782e+01; Cdc20a = 7.301153e-01; Pb = 9.402992e+00; Wee1 = 2.651906e+01; Wee1p = 1.674047e+01; Mbp27 = 8.392431e-02; Chk1 = 1.497549e-01; pRBc1 = 8.950101e+03; pRBc2 = 2.997245e-01; p21 = 2.087113e+01; Mdp21 = 4.826480e-01; Mep21 = 2.292498e-01; Map21 = 2.620149e-01; Mbp21 = 1.713714e-02; L = 2.209930e-17; R = 8.031235e+00; L_R = 2.236628e-16; Ractive = 7.563593e-20; flip = 5.259280e-01; Ractive_flip = 1.054758e-19; pC8 = 2.654661e+01; Ractive_pC8 = 6.342698e-21; C8 = 3.674209e-04; Bar = 8.415218e-01; C8_Bar = 9.505366e-04; pC3 = 8.080067e+01; C8_pC3 = 4.688276e-03; C3 = 1.371526e-04; pC6 = 4.769575e+01; C3_pC6 = 2.066431e-08; C6 = 3.883378e-04; C6_C8 = 9.769605e-08; XIAP = 5.477824e+00; C3_XIAP = 4.702948e-05; PARP = 6.401470e+02; C3_PARP = 2.748740e-06; cPARP = 1.097548e+00; Bid = 5.047686e+01; C8_Bid = 5.317637e-05; tBid = 1.161036e-06; Bcl2c = 1.250020e+01; tBid_Bcl2c = 4.090312e-05; Bax = 8.826033e+01; tBid_Bax = 3.237040e-08; Baxactive = 5.753417e-05; Baxm = 7.720697e-04; Bcl2 = 1.783563e+00; Baxm_Bcl2 = 3.880956e-03; Bax2 = 1.884770e-05; Bax2_Bcl2 = 9.474158e-05; Bax4 = 1.123213e-08; Bax4_Bcl2 = 5.646046e-08; M = 2.259999e+03; Bax4_M = 8.018785e-08; Mactive = 8.018784e-06; CytoCm = 1.554335e+04; Mactive_CytoCm = 7.165767e-04; CytoCr = 7.163872e-03; Smacm = 1.474624e+03; Mactive_Smacm = 6.798286e-05; Smacr = 5.428878e-04; CytoC = 5.014046e-04; Apaf = 5.200146e-01; CytoC_Apaf = 4.118218e-07; Apafactive = 1.145514e-03; pC9 = 4.527923e+00; Apop = 4.151733e-04; Apop_C3 = 4.795210e-04; Smac = 2.842428e-05; Apop_XIAP = 1.398322e-02; Smac_XIAP = 3.350697e-03; C3_Ub = 2.020173e+00; BAD = 9.463058e-02; PUMA = 2.905420e-02; NOXA = 5.548758e-03; Bcl2c_BAD = 3.333821e+00; Bcl2c_PUMA = 1.023575e+00; Bcl2c_NOXA = 1.943735e-01; BIM = 6.004933e-02; BIM_Bax = 1.674110e-08; Bcl2c_BIM = 2.115529e+00; ppERK_BIM = 6.063485e-04; pBIM = 1.074743e-01; ppAKT_BAD = 3.349003e-05; pBAD = 9.053454e-01; ppERK_BAD = 9.555806e-04; E = 9.821691e-17; H = 9.359339e-15; HGF = 2.471928e-15; P = 2.859606e-19; F = 4.132678e-16; I = 1.256692e-18; INS = 8.952911e-15; E1 = 5.003457e+01; pE1 = 5.051704e+00; E2 = 3.798189e+00; pE2 = 3.835012e-01; E3 = 1.739962e+00; E4 = 8.215365e-18; pE4 = 8.295995e-19; Ev3 = 4.652001e-11; Met = 8.573345e+00; Pr = 2.296793e-01; Fr = 1.867157e-01; Ir = 2.181495e-02; Isr = 2.979643e-02; E1E1 = 2.503420e+00; E1E2 = 1.900379e-01; E1E3 = 8.705696e-02; E1E4 = 4.110464e-19; E2E2 = 1.442609e-02; E2E3 = 6.608624e-03; E2E4 = 3.120320e-20; E3E4 = 1.429426e-20; E4E4 = 0.000000e+00; Met_Met = 7.350177e-02; FrFr = 3.486251e-05; IrIr = 7.269098e-01; Isr_Isr = 3.089444e-01; EE1 = 1.835326e-17; HE3 = 1.567189e-16; HE4 = 1.749132e-28; HGF_Met = 7.656105e-14; PPr = 6.559512e-20; FFr = 3.015197e-16; EE1E2 = 2.001079e-16; EE1Ev3 = 4.848102e-27; EE1E1 = 5.012775e-16; EE1E3 = 9.091552e-17; EE1E4 = 2.691082e-27; E2HE3 = 5.396379e-16; E1HE3 = 6.284684e-15; HE3E3 = 2.723492e-16; HE3Ev3 = 7.192151e-27; HE3E4 = 4.676109e-27; E2HE4 = 6.442678e-28; HE4Ev3 = 8.092009e-39; E1HE4 = 7.120680e-27; E3HE4 = 1.973005e-27; HE4E4 = 1.656360e-39; HGF_Met_Met = 5.627208e-13; PPrPr = 4.525589e-24; FFrFr = 4.938253e-16; IIrIr = 5.149036e-19; INS_Isr_Isr = 6.866079e-17; EE1EE1 = 0.000000e+00; EE1HE3 = 4.736154e-32; EE1HE4 = 8.571583e-43; HE3HE3 = 9.311559e-32; HE3HE4 = 2.350530e-42; HE4HE4 = 0.000000e+00; HGF_Met_HGF_Met = 1.025413e-26; PPrPPr = 0.000000e+00; FFrFFr = 8.113764e-30; IIrIrI = 7.606573e-38; INS_Isr_Isr_INS = 1.017039e-27; E1_ppERK = 5.052470e-01; E2_ppERK = 3.835411e-02; E4_ppERK = 8.295934e-20; pEE1E2 = 1.991873e-16; pEE1Ev3 = 4.844014e-27; pEE1E1 = 4.950591e-16; pEE1EE1 = 0.000000e+00; pEE1E3 = 9.049454e-17; pEE1HE3 = 4.714224e-32; pEE1E4 = 2.712049e-27; pEE1HE4 = 8.550361e-43; pE2HE3 = 5.392754e-16; pHE3Ev3 = 7.187380e-27; pE1HE3 = 6.255583e-15; pHE3E4 = 4.720338e-27; pHE3HE4 = 2.357263e-42; pE2HE4 = 6.443745e-28; pHE4Ev3 = 8.087255e-39; pE1HE4 = 7.089996e-27; pE3HE4 = 1.990621e-27; pHE4E4 = 1.673719e-39; pHE4HE4 = 0.000000e+00; pHGF_Met_Met = 5.623667e-13; pHGF_Met_HGF_Met = 1.023324e-26; pPPrPPr = 0.000000e+00; pPPrPr = 4.524923e-24; pFFrFFr = 8.138081e-30; pFFrFr = 4.935031e-16; pIIrIr = 5.146063e-19; pINS_Isr_Isr = 6.859973e-17; pIIrIrI = 7.606579e-38; pINS_Isr_Isr_INS = 1.016605e-27; pIIrIr_IRS = 3.751139e-19; pINS_Isr_Isr_IRS = 4.960317e-17; pIIrIrI_IRS = 5.884607e-38; pINS_Isr_Isr_INS_IRS = 7.743805e-28; Sp_EE1E2 = 3.301344e-18; Sp_EE1Ev3 = 1.191793e-28; Sp_EE1E1 = 8.269986e-18; Sp_EE1EE1 = 0.000000e+00; Sp_EE1E3 = 1.499908e-18; Sp_EE1HE3 = 7.813622e-34; Sp_EE1E4 = 4.452381e-29; Sp_EE1HE4 = 1.424342e-44; Sp_E2HE3 = 8.902809e-18; Sp_HE3Ev3 = 1.186543e-28; Sp_E1HE3 = 1.036831e-16; Sp_HE3E4 = 7.700162e-29; Sp_HE3HE4 = 3.867826e-44; Sp_E2HE4 = 1.059008e-29; Sp_HE4Ev3 = 1.329942e-40; Sp_E1HE4 = 1.170361e-28; Sp_E3HE4 = 3.248206e-29; Sp_HE4E4 = 2.731117e-41; Sp_HE4HE4 = 0.000000e+00; Sp_HGF_Met_Met = 9.283643e-15; Sp_HGF_Met_HGF_Met = 1.748304e-28; Sp_PPrPPr = 0.000000e+00; Sp_PPrPr = 8.910544e-26; Sp_FFrFFr = 2.270441e-31; Sp_FFrFr = 8.147004e-18; Sp_IIrIr = 8.494737e-21; Sp_INS_Isr_Isr = 1.132748e-18; Sp_IIrIrI = 1.479923e-39; Sp_INS_Isr_Isr_INS = 1.843275e-29; EE1E2int = 7.141245e-16; EE1Ev3int = 4.872186e-26; EE1E1int = 2.468229e-15; EE1EE1int = 0.000000e+00; EE1E3int = 3.244470e-16; EE1HE3int = 1.690175e-31; EE1E4int = 1.017803e-26; EE1HE4int = 3.107216e-42; E2HE3int = 2.083570e-16; HE3Ev3int = 2.776931e-27; E1HE3int = 2.242776e-14; HE3E4int = 1.861872e-27; HE3HE4int = 9.153603e-43; E2HE4int = 2.479620e-28; HE4Ev3int = 3.107770e-39; E1HE4int = 2.540193e-26; E3HE4int = 7.679666e-28; HE4E4int = 6.444996e-40; HE4HE4int = 0.000000e+00; HGF_Met_Metint = 2.172867e-13; HGF_Met_HGF_Metint = 1.984597e-26; PPrPPrint = 0.000000e+00; PPrPrint = 3.248321e-24; FFrFFrint = 6.335510e-30; FFrFrint = 1.906709e-16; IIrIr_int = 8.090868e-19; INS_Isr_Isr_int = 1.540582e-16; IIrIrI_int = 3.502310e-36; INS_Isr_Isr_INS_int = 3.302887e-25; pEE1E2int = 7.148851e-16; pEE1Ev3int = 4.875237e-26; pEE1E1int = 2.472361e-15; pEE1EE1int = 0.000000e+00; pEE1E3int = 3.247925e-16; pEE1HE3int = 1.691975e-31; pEE1E4int = 1.018823e-26; pEE1HE4int = 3.110499e-42; pE2HE3int = 2.086669e-16; pHE3Ev3int = 2.781060e-27; pE1HE3int = 2.245164e-14; pHE3E4int = 1.864645e-27; pHE3HE4int = 9.167242e-43; pE2HE4int = 2.483317e-28; pHE4Ev3int = 3.112405e-39; pE1HE4int = 2.542909e-26; pE3HE4int = 7.691106e-28; pHE4E4int = 6.454586e-40; pHE4HE4int = 0.000000e+00; pHGF_Met_Metint = 2.176099e-13; pHGF_Met_HGF_Metint = 1.987563e-26; pPPrPPrint = 0.000000e+00; pPPrPrint = 3.251968e-24; pFFrFFrint = 6.342537e-30; pFFrFrint = 1.909544e-16; pIIrIr_int = 8.091579e-19; pINS_Isr_Isr_int = 1.540766e-16; pIIrIrI_int = 3.502320e-36; pINS_Isr_Isr_INS_int = 3.302943e-25; pIIrIr_int_IRS = 6.003251e-19; pINS_Isr_Isr_int_IRS = 1.143113e-16; pIIrIrI_int_IRS = 2.616184e-36; pINS_Isr_Isr_INS_int_IRS = 2.471706e-25; pEE1E2_G2_SOS = 1.917127e-19; pEE1Ev3_G2_SOS = 1.044332e-29; pEE1E1_G2_SOS = 5.294242e-19; pEE1EE1_G2_SOS = 0.000000e+00; pEE1E3_G2_SOS = 7.742105e-20; pEE1HE3_G2_SOS = 4.033174e-35; pEE1E4_G2_SOS = 3.225100e-30; pEE1HE4_G2_SOS = 1.188276e-45; pE2HE3_G2_SOS = 4.037009e-19; pHE3Ev3_G2_SOS = 6.149100e-30; pE1HE3_G2_SOS = 5.351857e-18; pHE3E4_G2_SOS = 5.709387e-30; pHE3HE4_G2_SOS = 2.516039e-45; pE2HE4_G2_SOS = 6.888128e-31; pHE4Ev3_G2_SOS = 9.528975e-42; pE1HE4_G2_SOS = 8.353165e-30; pE3HE4_G2_SOS = 2.647441e-30; pHE4E4_G2_SOS = 2.154496e-42; pHE4HE4_G2_SOS = 0.000000e+00; pHGF_Met_Met_G2_SOS = 1.202825e-16; pHGF_Met_HGF_Met_G2_SOS = 2.096660e-30; pPPrPPr_G2_SOS = 2.690065e-34; pPPrPr_G2_SOS = 4.841452e-28; pFFrFFr_G2_SOS = 8.711006e-33; pFFrFr_G2_SOS = 4.222140e-19; pIIrIr_IRS_G2_SOS = 2.005464e-22; pINS_Isr_Isr_IRS_G2_SOS = 3.712693e-20; pIIrIrI_IRS_G2_SOS = 3.491542e-41; pINS_Isr_Isr_INS_IRS_G2_SOS = 6.169860e-31; pEE1E2int_G2_SOS = 6.880297e-19; pEE1Ev3int_G2_SOS = 5.109417e-29; pEE1E1int_G2_SOS = 2.643136e-18; pEE1EE1int_G2_SOS = 0.000000e+00; pEE1E3int_G2_SOS = 2.778590e-19; pEE1HE3int_G2_SOS = 1.447479e-34; pEE1E4int_G2_SOS = 1.171755e-29; pEE1HE4int_G2_SOS = 3.659318e-45; pE2HE3int_G2_SOS = 1.562084e-19; pHE3Ev3int_G2_SOS = 2.379322e-30; pE1HE3int_G2_SOS = 1.920731e-17; pHE3E4int_G2_SOS = 1.820948e-30; pHE3HE4int_G2_SOS = 8.871800e-46; pE2HE4int_G2_SOS = 2.657402e-31; pHE4Ev3int_G2_SOS = 3.661292e-42; pE1HE4int_G2_SOS = 2.998567e-29; pE3HE4int_G2_SOS = 7.411280e-31; pHE4E4int_G2_SOS = 8.283251e-43; pHE4HE4int_G2_SOS = 0.000000e+00; pHGF_Met_Metint_G2_SOS = 4.654375e-17; pHGF_Met_HGF_Metint_G2_SOS = 1.398964e-29; pPPrPPrint_G2_SOS = 0.000000e+00; pPPrPrint_G2_SOS = 3.449642e-28; pFFrFFrint_G2_SOS = 5.515469e-33; pFFrFrint_G2_SOS = 1.633701e-19; pIIrIr_int_IRS_G2_SOS = 3.210032e-22; pINS_Isr_Isr_int_IRS_G2_SOS = 8.557361e-20; pIIrIrI_int_IRS_G2_SOS = 1.494436e-39; pINS_Isr_Isr_INS_int_IRS_G2_SOS = 1.832008e-28; pEE1E2_PLCg = 3.457924e-18; pEE1Ev3_PLCg = 8.512642e-29; pEE1E1_PLCg = 8.594308e-18; pEE1EE1_PLCg = 0.000000e+00; pEE1E3_PLCg = 1.178250e-18; pEE1HE3_PLCg = 6.137978e-34; pEE1E4_PLCg = 6.036331e-29; pEE1HE4_PLCg = 1.289882e-44; pE2HE3_PLCg = 7.021824e-18; pHE3Ev3_PLCg = 9.358579e-29; pE1HE3_PLCg = 8.144846e-17; pHE3E4_PLCg = 4.839926e-29; pHE3HE4_PLCg = 2.282717e-44; pE2HE4_PLCg = 8.377828e-30; pHE4Ev3_PLCg = 1.055775e-40; pE1HE4_PLCg = 9.639672e-29; pE3HE4_PLCg = 2.268715e-29; pHE4E4_PLCg = 1.495430e-41; pHE4HE4_PLCg = 0.000000e+00; pHGF_Met_Met_PLCg = 9.764440e-15; pHGF_Met_HGF_Met_PLCg = 1.707595e-28; pPPrPPr_PLCg = 4.306372e-32; pPPrPr_PLCg = 9.848870e-26; pFFrFFr_PLCg = 1.550278e-31; pFFrFr_PLCg = 1.285313e-17; pIIrIr_IRS_PLCg = 2.439939e-21; pINS_Isr_Isr_IRS_PLCg = 7.528388e-19; pIIrIrI_IRS_PLCg = 3.832092e-40; pINS_Isr_Isr_INS_IRS_PLCg = 1.180961e-29; pEE1E2_PI3K1 = 2.282943e-17; pEE1Ev3_PI3K1 = 2.968863e-28; pEE1E1_PI3K1 = 2.837008e-17; pEE1EE1_PI3K1 = 0.000000e+00; pEE1E3_PI3K1 = 2.592960e-17; pEE1HE3_PI3K1 = 1.350777e-32; pEE1E4_PI3K1 = 6.054625e-28; pEE1HE4_PI3K1 = 1.043771e-43; pE2HE3_PI3K1 = 1.855048e-16; pHE3Ev3_PI3K1 = 2.060316e-27; pE1HE3_PI3K1 = 1.792425e-15; pHE3E4_PI3K1 = 2.182769e-27; pHE3HE4_PI3K1 = 8.034129e-43; pE2HE4_PI3K1 = 1.184348e-28; pHE4Ev3_PI3K1 = 9.297253e-40; pE1HE4_PI3K1 = 8.125716e-28; pE3HE4_PI3K1 = 9.169591e-28; pHE4E4_PI3K1 = 2.956571e-40; pHE4HE4_PI3K1 = 0.000000e+00; pHGF_Met_Met_PI3K1 = 9.681103e-14; pHGF_Met_HGF_Met_PI3K1 = 1.688809e-27; pPPrPPr_PI3K1 = 2.859071e-31; pPPrPr_PI3K1 = 7.969278e-25; pFFrFFr_PI3K1 = 3.421988e-30; pFFrFr_PI3K1 = 2.265498e-16; pIIrIr_IRS_PI3K1 = 1.121071e-19; pINS_Isr_Isr_IRS_PI3K1 = 2.047189e-17; pIIrIrI_IRS_PI3K1 = 1.794515e-38; pINS_Isr_Isr_INS_IRS_PI3K1 = 3.236411e-28; pEE1E2_PI3K2 = 1.961013e-17; pEE1Ev3_PI3K2 = 2.402515e-28; pEE1E1_PI3K2 = 2.436946e-17; pEE1EE1_PI3K2 = 0.000000e+00; pEE1E3_PI3K2 = 2.227313e-17; pEE1HE3_PI3K2 = 1.160297e-32; pEE1E4_PI3K2 = 2.670145e-28; pEE1HE4_PI3K2 = 8.418870e-44; pE2HE3_PI3K2 = 1.592826e-16; pHE3Ev3_PI3K2 = 1.769078e-27; pE1HE3_PI3K2 = 1.539666e-15; pHE3E4_PI3K2 = 1.415068e-27; pHE3HE4_PI3K2 = 7.962003e-43; pE2HE4_PI3K2 = 9.515967e-29; pHE4Ev3_PI3K2 = 7.962186e-40; pE1HE4_PI3K2 = 6.979741e-28; pE3HE4_PI3K2 = 5.600148e-28; pHE4E4_PI3K2 = 2.486096e-40; pHE4HE4_PI3K2 = 0.000000e+00; pHGF_Met_Met_PI3K2 = 8.305541e-14; pHGF_Met_HGF_Met_PI3K2 = 1.426269e-27; pPPrPPr_PI3K2 = 1.742007e-31; pPPrPr_PI3K2 = 6.697302e-25; pFFrFFr_PI3K2 = 2.304768e-30; pFFrFr_PI3K2 = 1.943600e-16; pIIrIr_IRS_PI3K2 = 9.688233e-20; pINS_Isr_Isr_IRS_PI3K2 = 1.769170e-17; pIIrIrI_IRS_PI3K2 = 1.520179e-38; pINS_Isr_Isr_INS_IRS_PI3K2 = 2.761849e-28; pEE1E2int_G2_SOS_RasD = 1.098658e-19; pEE1Ev3int_G2_SOS_RasD = 5.459551e-30; pEE1E1int_G2_SOS_RasD = 4.218002e-19; pEE1EE1int_G2_SOS_RasD = 0.000000e+00; pEE1E3int_G2_SOS_RasD = 4.436903e-20; pEE1HE3int_G2_SOS_RasD = 2.311361e-35; pEE1E4int_G2_SOS_RasD = 1.182781e-30; pEE1HE4int_G2_SOS_RasD = 5.853562e-46; pE2HE3int_G2_SOS_RasD = 2.494675e-20; pHE3Ev3int_G2_SOS_RasD = 3.799818e-31; pE1HE3int_G2_SOS_RasD = 3.067058e-18; pHE3E4int_G2_SOS_RasD = 3.583877e-31; pHE3HE4int_G2_SOS_RasD = 1.541567e-46; pE2HE4int_G2_SOS_RasD = 4.286908e-32; pHE4Ev3int_G2_SOS_RasD = 5.845726e-43; pE1HE4int_G2_SOS_RasD = 4.976807e-30; pE3HE4int_G2_SOS_RasD = 1.205966e-31; pHE4E4int_G2_SOS_RasD = 1.322818e-43; pHE4HE4int_G2_SOS_RasD = 0.000000e+00; pHGF_Met_Metint_G2_SOS_RasD = 7.433117e-18; pHGF_Met_HGF_Metint_G2_SOS_RasD = 2.625127e-31; pPPrPPrint_G2_SOS_RasD = 3.436521e-31; pPPrPrint_G2_SOS_RasD = 5.465289e-29; pFFrFFrint_G2_SOS_RasD = 1.108287e-33; pFFrFrint_G2_SOS_RasD = 2.609048e-20; pIIrIr_int_IRS_G2_SOS_RasD = 5.126477e-23; pINS_Isr_Isr_int_IRS_G2_SOS_RasD = 1.366625e-20; pIIrIrI_int_IRS_G2_SOS_RasD = 2.380338e-40; pINS_Isr_Isr_INS_int_IRS_G2_SOS_RasD = 2.451845e-29; pEE1E2_G2_SOS_RasD = 1.546283e-18; pEE1Ev3_G2_SOS_RasD = 8.491585e-29; pEE1E1_G2_SOS_RasD = 4.270138e-18; pEE1EE1_G2_SOS_RasD = 0.000000e+00; pEE1E3_G2_SOS_RasD = 6.244493e-19; pEE1HE3_G2_SOS_RasD = 3.253007e-34; pEE1E4_G2_SOS_RasD = 2.601697e-29; pEE1HE4_G2_SOS_RasD = 9.607913e-45; pE2HE3_G2_SOS_RasD = 3.256101e-18; pHE3Ev3_G2_SOS_RasD = 4.959636e-29; pE1HE3_G2_SOS_RasD = 4.316608e-17; pHE3E4_G2_SOS_RasD = 4.620140e-29; pHE3HE4_G2_SOS_RasD = 2.032558e-44; pE2HE4_G2_SOS_RasD = 5.555669e-30; pHE4Ev3_G2_SOS_RasD = 7.685917e-41; pE1HE4_G2_SOS_RasD = 6.737518e-29; pE3HE4_G2_SOS_RasD = 2.144837e-29; pHE4E4_G2_SOS_RasD = 1.737822e-41; pHE4HE4_G2_SOS_RasD = 0.000000e+00; pHGF_Met_Met_G2_SOS_RasD = 9.701537e-16; pHGF_Met_HGF_Met_G2_SOS_RasD = 1.689890e-29; pPPrPPr_G2_SOS_RasD = 2.244060e-33; pPPrPr_G2_SOS_RasD = 3.904962e-27; pFFrFFr_G2_SOS_RasD = 7.048679e-32; pFFrFr_G2_SOS_RasD = 3.405421e-18; pIIrIr_IRS_G2_SOS_RasD = 1.617529e-21; pINS_Isr_Isr_IRS_G2_SOS_RasD = 2.994514e-19; pIIrIrI_IRS_G2_SOS_RasD = 2.804154e-40; pINS_Isr_Isr_INS_IRS_G2_SOS_RasD = 4.981229e-30; pEE1E2_PLCg_PIP2 = 3.142980e-17; pEE1Ev3_PLCg_PIP2 = 7.741514e-28; pEE1E1_PLCg_PIP2 = 7.811548e-17; pEE1EE1_PLCg_PIP2 = 0.000000e+00; pEE1E3_PLCg_PIP2 = 1.070936e-17; pEE1HE3_PLCg_PIP2 = 5.578938e-33; pEE1E4_PLCg_PIP2 = 5.602735e-28; pEE1HE4_PLCg_PIP2 = 1.180591e-43; pE2HE3_PLCg_PIP2 = 6.382301e-17; pHE3Ev3_PLCg_PIP2 = 8.506232e-28; pE1HE3_PLCg_PIP2 = 7.403023e-16; pHE3E4_PLCg_PIP2 = 4.433553e-28; pHE3HE4_PLCg_PIP2 = 2.085782e-43; pE2HE4_PLCg_PIP2 = 7.614227e-29; pHE4Ev3_PLCg_PIP2 = 9.597454e-40; pE1HE4_PLCg_PIP2 = 8.780646e-28; pE3HE4_PLCg_PIP2 = 2.087166e-28; pHE4E4_PLCg_PIP2 = 1.361205e-40; pHE4HE4_PLCg_PIP2 = 0.000000e+00; pHGF_Met_Met_PLCg_PIP2 = 8.875175e-14; pHGF_Met_HGF_Met_PLCg_PIP2 = 1.552137e-27; pPPrPPr_PLCg_PIP2 = 3.917428e-31; pPPrPr_PLCg_PIP2 = 8.953059e-25; pFFrFFr_PLCg_PIP2 = 1.448168e-30; pFFrFr_PLCg_PIP2 = 1.168257e-16; pIIrIr_IRS_PLCg_PIP2 = 2.217625e-20; pINS_Isr_Isr_IRS_PLCg_PIP2 = 6.842444e-18; pIIrIrI_IRS_PLCg_PIP2 = 3.483350e-39; pINS_Isr_Isr_INS_IRS_PLCg_PIP2 = 1.073621e-28; pEE1E2_PI3K1_PIP2 = 2.259915e-16; pEE1Ev3_PI3K1_PIP2 = 2.940045e-27; pEE1E1_PI3K1_PIP2 = 2.808390e-16; pEE1EE1_PI3K1_PIP2 = 0.000000e+00; pEE1E3_PI3K1_PIP2 = 2.566805e-16; pEE1HE3_PI3K1_PIP2 = 1.337152e-31; pEE1E4_PI3K1_PIP2 = 6.014020e-27; pEE1HE4_PI3K1_PIP2 = 1.033682e-42; pE2HE3_PI3K1_PIP2 = 1.836341e-15; pHE3Ev3_PI3K1_PIP2 = 2.039539e-26; pE1HE3_PI3K1_PIP2 = 1.774344e-14; pHE3E4_PI3K1_PIP2 = 2.164640e-26; pHE3HE4_PI3K1_PIP2 = 7.952594e-42; pE2HE4_PI3K1_PIP2 = 1.172933e-27; pHE4Ev3_PI3K1_PIP2 = 9.203661e-39; pE1HE4_PI3K1_PIP2 = 8.043752e-27; pE3HE4_PI3K1_PIP2 = 9.093249e-27; pHE4E4_PI3K1_PIP2 = 2.927296e-39; pHE4HE4_PI3K1_PIP2 = 0.000000e+00; pHGF_Met_Met_PI3K1_PIP2 = 9.583530e-13; pHGF_Met_HGF_Met_PI3K1_PIP2 = 1.671853e-26; pPPrPPr_PI3K1_PIP2 = 2.833629e-30; pPPrPr_PI3K1_PIP2 = 7.890092e-24; pFFrFFr_PI3K1_PIP2 = 3.388308e-29; pFFrFr_PI3K1_PIP2 = 2.242665e-15; pIIrIr_IRS_PI3K1_PIP2 = 1.109766e-18; pINS_Isr_Isr_IRS_PI3K1_PIP2 = 2.026546e-16; pIIrIrI_IRS_PI3K1_PIP2 = 1.776466e-37; pINS_Isr_Isr_INS_IRS_PI3K1_PIP2 = 3.203833e-27; pEE1E2_PI3K2_PIP = 1.404860e-44; pEE1Ev3_PI3K2_PIP = 0.000000e+00; pEE1E1_PI3K2_PIP = 1.745815e-44; pEE1EE1_PI3K2_PIP = 4.551274e-55; pEE1E3_PI3K2_PIP = 1.595636e-44; pEE1HE3_PI3K2_PIP = 8.254638e-60; pEE1E4_PI3K2_PIP = 0.000000e+00; pEE1HE4_PI3K2_PIP = 0.000000e+00; pE2HE3_PI3K2_PIP = 4.395796e-32; pHE3Ev3_PI3K2_PIP = 1.624054e-54; pE1HE3_PI3K2_PIP = 1.413445e-42; pHE3E4_PI3K2_PIP = 6.861400e-54; pHE3HE4_PI3K2_PIP = 0.000000e+00; pE2HE4_PI3K2_PIP = 0.000000e+00; pHE4Ev3_PI3K2_PIP = 0.000000e+00; pE1HE4_PI3K2_PIP = 0.000000e+00; pE3HE4_PI3K2_PIP = 0.000000e+00; pHE4E4_PI3K2_PIP = 0.000000e+00; pHE4HE4_PI3K2_PIP = 0.000000e+00; pHGF_Met_Met_PI3K2_PIP = 6.834905e-41; pHGF_Met_HGF_Met_PI3K2_PIP = 7.589746e-54; pPPrPPr_PI3K2_PIP = 9.143691e-57; pPPrPr_PI3K2_PIP = 9.375422e-51; pFFrFFr_PI3K2_PIP = 1.115535e-54; pFFrFr_PI3K2_PIP = 2.481550e-42; pIIrIr_IRS_PI3K2_PIP = 2.341807e-32; pINS_Isr_Isr_IRS_PI3K2_PIP = 5.606908e-31; pIIrIrI_IRS_PI3K2_PIP = 0.000000e+00; pINS_Isr_Isr_INS_IRS_PI3K2_PIP = 0.000000e+00; IRS = 9.354751e-01; Sp = 1.808599e-02; Cbl = 5.299445e+00; G2 = 6.084542e+01; G2_SOS = 2.780629e-01; G2_pSOS = 2.804741e-01; PLCg = 2.214084e+00; PI3KC1 = 2.369428e-02; PI3KR1 = 8.962215e+00; PI3K1 = 2.010455e+00; pPI3K1 = 3.386715e-01; PI3K2 = 1.723260e+00; mTORC1 = 2.742829e+00; mTORC1active = 1.861963e-01; PIP = 9.321421e-25; PI3P = 3.069266e-27; DAG = 8.313262e-12; GRP = 9.676924e+00; DAG_GRP = 8.044680e-13; RasT = 2.800704e+00; RasD = 1.613127e+02; NF1 = 7.812905e-01; pNF1 = 0.000000e+00; pCRaf = 3.269177e+00; CRaf = 3.240563e+00; RasT_CRaf = 9.051019e-01; BRaf = 4.172370e-01; RasT_CRaf_BRaf = 1.053176e-01; MEK = 1.251738e+02; pMEK = 1.626582e+01; ppMEK = 2.113240e+01; MKP3 = 1.985154e-03; ERKnuc = 4.072546e-01; ppERKnuc = 7.328229e+00; RSK = 6.952776e+01; pRSK = 7.020913e-01; pRSKnuc = 1.781693e+00; MKP1 = 2.018678e-03; pMKP1 = 1.587055e-02; cFos = 2.983884e+00; pcFos = 2.469073e-01; cJun = 2.871016e+00; pcFos_cJun = 7.054790e-02; cMyc = 4.544000e+01; bCATENINnuc = 3.548972e+01; bCATENIN = 1.775802e+01; pbCATENIN = 1.798177e+02; IP3 = 1.108640e-12; PIP2 = 9.998270e+03; PIP3 = 1.607244e+00; PTEN = 2.315697e+00; PIP3_AKT = 7.351020e-01; AKT = 4.816328e+01; pAKT = 3.892740e-02; ppAKT = 3.892964e-01; PDK1 = 1.150741e+01; PIP3_PDK1 = 1.849392e-01; PIP3_pAKT = 6.359493e-02; Rictor = 1.671201e-01; mTOR = 1.180380e+00; mTORC2 = 1.839429e+00; PIP3_ppAKT = 3.957865e-03; GSK3b = 4.076564e+01; pGSK3b = 1.441868e+00; TSC1 = 5.644030e-02; TSC2 = 3.484302e-01; pTSC2 = 8.712561e-02; TSC = 1.965498e-01; PKC = 2.015319e+01; DAG_PKC = 1.675284e-12; pRKIP = 1.581535e-09; RKIP = 1.039060e+03; RKIP_CRaf = 0.000000e+00; ERK = 2.205803e+02; pERK = 2.208339e+01; ppERK = 1.110791e+01; FOXO = 3.011412e-01; pFOXO = 5.116662e-01; RhebD = 1.053089e+02; RhebT = 0.000000e+00; Raptor = 2.956692e-01; S6K = 1.841520e+01; pS6K = 1.038819e+00; EIF4EBP1 = 6.519450e-01; pEIF4EBP1 = 1.100209e+00; SOS = 5.601542e-04; G2_SOS_ppERK = 2.807877e-03; CRaf_ppERK = 3.272323e-02; RasD_DAG_GRP = 1.179728e-13; RasT_NF1 = 3.646936e-03; NF1_ppERK = 0.000000e+00; MEK_RasT_CRaf_BRaf = 2.197164e-01; pMEK_RasT_CRaf_BRaf = 2.855124e-02; ERK_ppMEK = 2.330691e+00; pERK_ppMEK = 2.333371e-01; RSK_ppERK = 7.020959e-01; pRSKnuc_MKP1 = 3.268933e-06; ppERKnuc_MKP1 = 1.344692e-05; cFos_pRSKnuc = 4.831933e-03; cFos_ppERKnuc = 1.987408e-02; RKIP_DAG_PKC = 1.582469e-12; PIP3_PTEN = 3.383536e-03; PIP3_AKT_PIP3_PDK1 = 4.531637e-04; PIP3_pAKT_mTORC2 = 3.899277e-04; GSK3b_ppAKT = 1.442712e-02; TSC2_ppAKT = 6.782112e-04; TSC2_ppERK = 1.935113e-03; RhebT_TSC = 0.000000e+00; EIF4EBP1_mTORC1active = 1.103540e-03; S6K_mTORC1active = 3.117122e-03; FOXO_ppAKT = 5.328754e-04; PI3K1_mTORC1active = 3.403005e-04; pERK_MKP3 = 3.984427e-05; ppERK_MKP3 = 0.000000e+00; ppERKnuc_pMKP1 = 1.056560e-04; RasT_BRaf = 1.163975e-01; RasT_BRaf_BRaf = 1.354809e-03; MEK_RasT_BRaf_BRaf = 1.541695e-03; pMEK_RasT_BRaf_BRaf = 2.003369e-04; EIF4E = 2.356512e+02; EIF4EBP1_EIF4E = 1.531679e+01; RasT_CRaf_CRaf = 8.191459e-02; MEK_RasT_CRaf_CRaf = 5.126756e-01; pMEK_RasT_CRaf_CRaf = 6.662008e-02; FOXOnuc = 9.030494e+00; MEKi = 0.000000e+00; MEKi_ppMEK = 0.000000e+00; AKTi = 0.000000e+00; AKTi_AKT = 0.000000e+00; mT = 3.768814e+01; EIF4E_mT = 8.881107e+01; m_TP53 = 2.529984e-03; m_MDM2 = 1.581240e-02; m_PPM1D = 6.324961e-04; m_ATM = 9.487441e-04; m_ATR = 6.324961e-04; m_RB1 = 5.376217e-03; m_E2F1 = 5.376217e-03; m_E2F2 = 5.376217e-03; m_E2F3 = 5.376217e-03; m_CCND1 = 1.897488e-03; m_CCND2 = 3.162480e-04; m_CCND3 = 6.324961e-04; m_CCNE1 = 5.376217e-03; m_CCNE2 = 5.376217e-03; m_SKP2 = 5.376217e-03; m_CDC25A = 5.376217e-03; m_CDC25B = 5.376217e-03; m_CDC25C = 5.376217e-03; m_CCNA2 = 5.376217e-03; m_CDKN1B = 5.376217e-03; m_CDH1 = 5.376217e-03; m_CCNB1 = 5.376217e-03; m_CDC20 = 5.376217e-03; m_WEE1 = 5.376217e-03; m_CHEK1 = 5.376217e-03; m_CDKN1A = 3.794976e-03; m_CDK1 = 1.391491e-02; m_CDK2 = 6.324961e-04; m_CDK4 = 3.478728e-03; m_CDK6 = 2.213736e-03; m_TNFSF10 = 0.000000e+00; m_TNFRSF10A = 3.162480e-04; m_TNFRSF10B = 4.111224e-03; m_CFLAR = 3.162480e-03; m_CASP8 = 2.529984e-03; m_CASP10 = 1.581240e-03; m_BFAR = 1.138493e-02; m_CASP3 = 4.111224e-03; m_CASP7 = 7.273705e-03; m_CASP6 = 8.538697e-03; m_XIAP = 1.581240e-03; m_PARP1 = 6.641209e-03; m_BID = 4.743720e-03; m_BCL2 = 0.000000e+00; m_BCL2L1 = 9.487441e-04; m_MCL1 = 6.641209e-03; m_BAX = 9.487441e-04; m_CYCS = 2.909482e-02; m_DIABLO = 2.846232e-03; m_APAF1 = 6.324961e-04; m_CASP9 = 6.324961e-04; m_BAD = 4.111224e-03; m_BBC3 = 3.162480e-04; m_PMAIP1 = 1.264992e-03; m_BCL2L11 = 9.487441e-04; m_EGF = 0.000000e+00; m_NRG1 = 0.000000e+00; m_EGFR = 2.529984e-03; m_ERBB2 = 1.264992e-03; m_ERBB3 = 5.376217e-03; m_ERBB4 = 0.000000e+00; m_EGFRvIII = 0.000000e+00; m_MET = 5.692465e-03; m_HGF = 0.000000e+00; m_PDGFRA = 3.162480e-04; m_PDGFRB = 3.162480e-04; m_PDGFB = 0.000000e+00; m_SPRY2 = 6.324961e-04; m_CBL = 9.487441e-04; m_GRB2 = 1.581240e-03; m_PLCG1 = 3.162480e-04; m_PLCG2 = 3.162480e-04; m_PIK3CA = 6.324961e-04; m_PIK3CB = 6.324961e-04; m_PIK3CG = 0.000000e+00; m_PIK3CD = 0.000000e+00; m_PIK3R1 = 6.324961e-04; m_PIK3R2 = 3.162480e-04; m_PIK3R3 = 2.846232e-03; m_PIK3R4 = 3.162480e-04; m_PIK3C2A = 1.581240e-03; m_RASGRP1 = 0.000000e+00; m_RASGRP3 = 3.162480e-04; m_NRAS = 4.427472e-03; m_KRAS = 2.529984e-03; m_HRAS = 9.487441e-04; m_NF1 = 1.264992e-03; m_RAF1 = 1.897488e-03; m_BRAF = 3.162480e-04; m_MAP2K1 = 6.324961e-04; m_MAP2K2 = 9.487441e-04; m_DUSP6 = 3.162480e-04; m_RPS6KA1 = 3.162480e-04; m_RPS6KA2 = 6.324961e-04; m_RPS6KA3 = 1.264992e-03; m_RPS6KA4 = 3.162480e-04; m_DUSP1 = 9.487441e-04; m_FOS = 9.487441e-04; m_JUN = 2.213736e-03; m_MYC = 6.324961e-04; m_CTNNB1 = 1.043619e-02; m_PTEN = 7.273705e-03; m_AKT1 = 3.162480e-04; m_AKT2 = 9.487441e-04; m_PDPK1 = 9.487441e-04; m_RICTOR = 1.264992e-03; m_MTOR = 3.162480e-04; m_GSK3B = 9.487441e-04; m_TSC1 = 1.264992e-03; m_TSC2 = 3.162480e-04; m_PRKCA = 6.324961e-04; m_PRKCB = 3.162480e-04; m_PRKCG = 0.000000e+00; m_PRKCD = 9.487441e-04; m_PEBP1 = 1.170118e-02; m_MAPK1 = 1.897488e-03; m_MAPK3 = 6.324961e-04; m_FOXO3 = 1.264992e-03; m_RHEB = 9.803689e-03; m_RPTOR = 3.162480e-04; m_RPS6KB1 = 9.487441e-04; m_RPS6KB2 = 6.324961e-04; m_EIF4EBP1 = 1.201743e-02; m_SOS1 = 9.487441e-04; m_CDKN2A = 0.000000e+00; m_MDM4 = 2.213736e-03; m_FGFR1 = 3.162480e-04; m_FGFR2 = 6.324961e-04; m_FGF1 = 0.000000e+00; m_FGF2 = 0.000000e+00; m_EIF4E = 1.201743e-02; m_IRS1 = 9.487441e-04; m_IRS2 = 6.324961e-04; m_IGF1 = 0.000000e+00; m_IGF2 = 0.000000e+00; m_IGF1R = 9.487441e-04; m_MSH6 = 1.581240e-03; m_BRCA2 = 6.324961e-04; m_MGMT = 1.581240e-03; m_INSR = 1.897488e-03; m_INS = 0.000000e+00; # Parameter initializations: k1_1 = 4.200500e-03; k1_2 = 4.000000e-02; k1_3 = 5.000000e+00; k1_4 = 4.864145e+00; k2 = 2.223190e-06; k3_1 = 1.407475e+02; k3_2 = 1.000000e+02; k4_1 = 5.004356e+00; k4_2 = 2.251960e-02; k4_3 = 1.000000e+02; k5_1 = 1.563861e-01; k5_2 = 1.000000e+02; k6_1 = 4.535080e-03; k6_2 = 1.000000e+02; k7_1 = 2.177823e-02; k7_2 = 1.000000e+02; k8_1 = 7.014870e+01; k9_1 = 4.391771e+00; k10_1 = 4.391771e+00; k11_1 = 4.391771e+00; k12_1 = 2.692590e+01; k12_2 = 1.180000e-02; k12_3 = 1.000000e+01; k12_4 = 2.000000e+02; k12_5 = 1.000000e+02; k13_1 = 2.692590e+01; k13_2 = 1.180000e-02; k13_3 = 1.000000e+01; k13_4 = 2.000000e+02; k13_5 = 1.000000e+02; k14_1 = 2.692590e+01; k14_2 = 1.180000e-02; k14_3 = 1.000000e+01; k14_4 = 2.000000e+02; k14_5 = 1.000000e+02; k15_1 = 1.274000e-01; k15_2 = 1.000000e+01; k15_3 = 2.000000e+02; k16_1 = 1.274000e-01; k16_2 = 1.000000e+01; k16_3 = 2.000000e+02; k17_1 = 1.317530e+01; k18_1 = 1.141860e+01; k19_1 = 9.222700e+00; k20_1 = 1.054020e+01; k21_1 = 3.294000e-02; k21_2 = 1.000000e+01; k21_3 = 2.000000e+02; k22_1 = 7.026830e+01; k22_2 = 8.780000e-02; k22_3 = 1.000000e+01; k22_4 = 2.000000e+02; k23_1 = 9.661900e+00; k24_1 = 4.391800e+00; k25_1 = 8.783500e+00; k26_1 = 5.270100e+00; k27_1 = 8.744000e-03; k28_1 = 5.312000e-01; k29_1 = 2.635000e-01; k30_1 = 1.792000e-01; k31_1 = 8.229500e-03; k32_1 = 2.962150e-01; k33_1 = 0.000000e+00; k33_2 = 1.000000e+02; k34_1 = 6.701184e-03; k34_2 = 1.000000e+02; k35_1 = 6.964813e-03; k35_2 = 1.000000e+02; k36_1 = 4.560789e-02; k36_2 = 1.000000e+02; k37_1 = 3.179686e-02; k37_2 = 1.000000e+02; k38_1 = 5.187646e-03; k38_2 = 1.000000e+02; k39_1 = 3.010974e-03; k39_2 = 1.000000e+02; k40_1 = 2.586757e-02; k40_2 = 1.000000e+02; k41_1 = 2.314422e-02; k41_2 = 1.000000e+02; k42_1 = 4.237084e-03; k42_2 = 1.000000e+02; k43_1 = 1.414059e-01; k43_2 = 1.000000e+02; k44_1 = 3.444330e-01; k44_2 = 1.000000e+02; k45_1 = 4.293526e-02; k45_2 = 1.000000e+02; k46_1 = 2.891033e-02; k46_2 = 1.000000e+02; k47_1 = 1.031949e-01; k47_2 = 1.000000e+02; k48_1 = 4.901751e-01; k48_2 = 1.000000e+02; k49_1 = 3.275386e-01; k49_2 = 1.000000e+02; k50_1 = 7.033183e-02; k50_2 = 1.000000e+02; k51_1 = 1.085227e-01; k51_2 = 1.000000e+02; k52_1 = 8.024529e-03; k52_2 = 1.000000e+02; k53_1 = 2.476986e-02; k53_2 = 1.000000e+02; k54_1 = 1.701828e-01; k54_2 = 1.000000e+02; k55_1 = 5.658597e-01; k55_2 = 1.000000e+02; k56_1 = 2.889506e-02; k56_2 = 1.000000e+02; k57_1 = 4.967611e-01; k57_2 = 1.000000e+02; k58_1 = 7.122388e-02; k58_2 = 1.000000e+02; k59_1 = 7.122388e-02; k59_2 = 1.000000e+02; k60_1 = 5.191829e-01; k60_2 = 1.000000e+02; k61_1 = 5.307133e-02; k61_2 = 1.000000e+02; k62_1 = 6.055101e-03; k62_2 = 1.000000e+02; k63_1 = 1.763978e-02; k63_2 = 1.000000e+02; k64_1 = 3.319824e-02; k64_2 = 1.000000e+02; k65_1 = 1.428499e-02; k65_2 = 1.000000e+02; k66_1 = 7.122388e-02; k66_2 = 1.000000e+02; k67_1 = 3.319589e-02; k67_2 = 1.000000e+02; k68_1 = 3.319589e-02; k68_2 = 1.000000e+02; k69_1 = 7.122388e-02; k69_2 = 1.000000e+02; k70_1 = 3.920992e-03; k70_2 = 1.000000e+02; k71_1 = 5.176996e-02; k71_2 = 1.000000e+02; k72_1 = 6.184815e-01; k72_2 = 1.000000e+02; k73_1 = 3.020566e-02; k73_2 = 1.000000e+02; k74_1 = 3.179077e-02; k74_2 = 1.000000e+02; k75_1 = 1.463618e-02; k75_2 = 1.000000e+02; k76_1 = 1.108511e-02; k76_2 = 1.000000e+02; k77_1 = 2.549623e-03; k77_2 = 1.000000e+02; k78_1 = 2.549623e-03; k78_2 = 1.000000e+02; k79_1 = 9.745450e-02; k79_2 = 1.000000e+02; k80_1 = 5.441190e-03; k80_2 = 1.000000e+02; k81_1 = 4.918333e-05; k81_2 = 1.000000e+02; k82_1 = 2.728923e-02; k82_2 = 1.000000e+02; k83_1 = 1.395976e-02; k83_2 = 1.000000e+02; k84_1 = 2.953445e-01; k84_2 = 1.000000e+02; k85_1 = 2.953445e-01; k85_2 = 1.000000e+02; k86_1 = 3.608434e-02; k86_2 = 1.000000e+02; k87_1 = 2.077922e-01; k87_2 = 1.000000e+02; k88_1 = 1.012784e+00; k88_2 = 1.000000e+02; k89_1 = 2.217992e-03; k89_2 = 1.000000e+02; k90_1 = 6.589921e-02; k90_2 = 1.000000e+02; k91_1 = 3.871855e-02; k91_2 = 1.000000e+02; k92_1 = 2.384683e-01; k92_2 = 1.000000e+02; k93_1 = 4.076120e-01; k93_2 = 1.000000e+02; k94_1 = 8.111827e-04; k94_2 = 1.000000e+02; k95_1 = 1.455156e-01; k95_2 = 1.000000e+02; k96_1 = 7.642617e-03; k96_2 = 1.000000e+02; k97_1 = 2.037869e-02; k97_2 = 1.000000e+02; k98_1 = 1.264408e-01; k98_2 = 1.000000e+02; k99_1 = 6.845126e-04; k99_2 = 1.000000e+02; k100_1 = 3.941679e-01; k100_2 = 1.000000e+02; k101_1 = 1.648827e-01; k101_2 = 1.000000e+02; k102_1 = 3.940506e+01; k102_2 = 1.000000e+02; k103_1 = 5.205330e+00; k103_2 = 1.000000e+02; k104_1 = 6.577276e-04; k104_2 = 1.000000e+02; k105_1 = 7.378095e-01; k105_2 = 1.000000e+02; k106_1 = 1.809170e-01; k106_2 = 1.000000e+02; k107_1 = 1.229970e-01; k107_2 = 1.000000e+02; k108_1 = 1.636325e-02; k108_2 = 1.000000e+02; k109_1 = 4.239369e-01; k109_2 = 1.000000e+02; k110_1 = 3.710793e-01; k110_2 = 1.000000e+02; k111_1 = 1.418598e-03; k111_2 = 1.000000e+02; k112_1 = 1.530346e-02; k112_2 = 1.000000e+02; k113_1 = 7.713443e-03; k113_2 = 1.000000e+02; k114_1 = 6.884487e-03; k114_2 = 1.000000e+02; k115_1 = 6.884487e-03; k115_2 = 1.000000e+02; k116_1 = 8.877329e-02; k116_2 = 1.000000e+02; k117_1 = 7.496690e-02; k117_2 = 1.000000e+02; k118_1 = 6.472173e-01; k118_2 = 1.000000e+02; k119_1 = 8.771170e-02; k119_2 = 1.000000e+02; k120_1 = 3.933951e-02; k120_2 = 1.000000e+02; k121_1 = 1.285295e-01; k121_2 = 1.000000e+02; k122_1 = 3.704438e-01; k122_2 = 1.000000e+02; k123_1 = 1.502261e-01; k123_2 = 1.000000e+02; k124_1 = 5.573060e-02; k124_2 = 1.000000e+02; k125_1 = 6.125023e-02; k125_2 = 1.000000e+02; k126_1 = 9.427201e-03; k126_2 = 1.000000e+02; k127_1 = 1.236526e-02; k127_2 = 1.000000e+02; k128_1 = 1.518757e-03; k128_2 = 1.000000e+02; k129_1 = 1.835863e-03; k129_2 = 1.000000e+02; k130_1 = 1.835863e-03; k130_2 = 1.000000e+02; k131_1 = 7.122388e-02; k131_2 = 1.000000e+02; k132_1 = 7.122388e-02; k132_2 = 1.000000e+02; k133_1 = 1.190007e-01; k133_2 = 1.000000e+02; k134_1 = 5.799864e-03; k134_2 = 1.000000e+02; k135_1 = 1.138430e-01; k135_2 = 1.000000e+02; k136_1 = 7.122388e-02; k136_2 = 1.000000e+02; k137_1 = 7.122388e-02; k137_2 = 1.000000e+02; k138_1 = 1.450361e-02; k138_2 = 1.000000e+02; k139_1 = 7.574784e-02; k139_2 = 1.000000e+02; k140_1 = 4.751087e-02; k140_2 = 1.000000e+02; k141_1 = 2.023389e-01; k141_2 = 1.000000e+02; k142_1 = 1.397178e-02; k142_2 = 1.000000e+02; k143_1 = 7.122388e-02; k143_2 = 1.000000e+02; k144 = 0.000000e+00; k145 = 0.000000e+00; k146 = 0.000000e+00; k147 = 7.701635e-05; k148 = 5.543936e-06; k149 = 5.603635e-06; k150 = 0.000000e+00; k151 = 2.601904e-04; k152 = 6.026319e-06; k153 = 1.208668e-05; k154 = 0.000000e+00; k155 = 0.000000e+00; k156 = 0.000000e+00; k157 = 0.000000e+00; k158 = 0.000000e+00; k159 = 0.000000e+00; k160 = 0.000000e+00; k161 = 0.000000e+00; k162 = 0.000000e+00; k163 = 0.000000e+00; k164 = 0.000000e+00; k165 = 0.000000e+00; k166 = 0.000000e+00; k167 = 0.000000e+00; k168 = 0.000000e+00; k169 = 0.000000e+00; k170 = 0.000000e+00; k171 = 2.688368e-06; k172 = 1.925409e-04; k173 = 2.339785e-06; k174 = 2.856690e-05; k175 = 2.327990e-06; k176 = 5.321161e-07; k177 = 2.856690e-05; k178 = 2.504434e-06; k179 = 2.832733e-06; k180 = 1.219627e-04; k181 = 2.471324e-06; k182 = 1.320401e-06; k183 = 2.099911e-06; k184 = 6.060462e-06; k185 = 2.339785e-06; k186 = 9.247881e-06; k187 = 2.750584e-05; k188 = 1.283606e-04; k189 = 6.418029e-05; k190 = 0.000000e+00; k191 = 0.000000e+00; k192 = 0.000000e+00; k193 = 0.000000e+00; k194 = 0.000000e+00; k195 = 0.000000e+00; k196 = 0.000000e+00; k197 = 1.514877e-05; k198 = 1.039638e-05; k199 = 1.233051e-05; k200 = 0.000000e+00; k201 = 0.000000e+00; k202 = 6.546783e-06; k203 = 6.418029e-05; k204 = 6.546783e-06; k205 = 6.546783e-06; k206 = 2.873745e-05; k207 = 5.816945e-05; k208 = 9.627044e-05; k209 = 6.506958e-06; k210 = 1.118124e-05; k211 = 6.217013e-06; k212 = 4.809915e-06; k213 = 4.388761e-06; k214 = 8.993035e-06; k215 = 6.776427e-06; k216 = 6.863611e-06; k217 = 2.489216e-06; k218 = 9.622233e-06; k219 = 9.622233e-06; k220 = 2.218213e-06; k221 = 2.567212e-04; k222 = 3.230288e-06; k223 = 2.567212e-04; k224 = 2.567212e-04; k225 = 8.886366e-05; k226 = 3.850818e-04; k227 = 1.335235e-05; k228 = 1.448329e-06; k229 = 5.754195e-06; k230 = 7.006582e-06; k231 = 7.241101e-06; k232 = 5.155044e-06; k233 = 5.854086e-06; k234 = 3.681470e-06; k235 = 5.352819e-06; k236 = 3.179866e-06; k237 = 5.927070e-07; k238 = 3.431828e-06; k239 = 4.145121e-06; k240 = 8.400562e-06; k241 = 2.546837e-05; k242 = 6.411618e-06; k243 = 3.027372e-05; k244 = 4.999763e-06; k245 = 1.665290e-06; k246 = 1.000000e-03; k247 = 1.000000e-01; k248_1 = 2.106579e-04; k249 = 1.665290e-06; k250 = 1.665290e-06; k251 = 0.000000e+00; k252_1 = 1.388889e-06; k253_1 = 5.000000e-04; k253_2 = 2.777778e-03; k253_3 = 4.000000e+00; k253_4 = 1.000000e+03; k254_1 = 3.888889e-08; k255_1 = 5.555556e-04; k256_1 = 3.888889e-07; k257 = 0.000000e+00; k258 = 0.000000e+00; k259_1 = 1.388889e-07; k260_1 = 2.777778e-08; k261_1 = 2.777778e-04; k262 = 0.000000e+00; k263_1 = 1.944444e-04; k264_1 = 2.777778e+00; k264_2 = 2.000000e+01; k264_3 = 2.000000e+00; k265_1 = 1.388889e-02; k265_2 = 4.000000e+00; k265_3 = 2.000000e+02; k266_1 = 2.083333e-03; k267_1 = 1.250000e+00; k267_2 = 2.000000e+01; k267_3 = 2.000000e+00; k268_1 = 2.083333e-03; k269_1 = 1.222128e+02; k270_1 = 1.222128e+02; k271_1 = 2.110104e+02; k272_1 = 2.110104e+02; k273_1 = 1.288008e+01; k274_1 = 1.288008e+01; k275_1 = 1.213380e+03; k276_1 = 1.213380e+03; k277_1 = 4.858560e+01; k278_1 = 4.858560e+01; k279_1 = 1.113804e+02; k280_1 = 1.113804e+02; k281_1 = 1.528632e+01; k282_1 = 1.528632e+01; k283_1 = 2.919924e+02; k284_1 = 2.919924e+02; k285_1 = 3.633480e+02; k286_1 = 3.633480e+02; k287_1 = 4.786200e+02; k288_1 = 4.786200e+02; k289_1 = 2.893572e+02; k290_1 = 2.893572e+02; k291_1 = 4.408920e+02; k292_1 = 4.408920e+02; k293_1 = 5.947920e+02; k294_1 = 5.947920e+02; k295_1 = 3.572460e+02; k296_1 = 3.572460e+02; k297_1 = 4.906440e+02; k298_1 = 4.906440e+02; k299_1 = 1.026180e+03; k300_1 = 1.026180e+03; k301_1 = 3.807000e+02; k302_1 = 3.807000e+02; k303_1 = 2.386764e+02; k304_1 = 2.386764e+02; k305_1 = 3.993120e+02; k306_1 = 3.993120e+02; k307_1 = 1.527624e+02; k308_1 = 1.527624e+02; k309_1 = 0.000000e+00; k310_1 = 0.000000e+00; k311_1 = 0.000000e+00; k312_1 = 0.000000e+00; k313_1 = 5.000000e-05; k314_1 = 1.000000e-05; k315_1 = 1.000000e-05; k316_1 = 1.000000e-06; k316_2 = 5.000000e-03; k316_3 = 0.000000e+00; k316_4 = 5.000000e+03; k316_5 = 5.000000e+00; k316_6 = 2.000000e+01; k317_1 = 0.000000e+00; k318 = 2.361111e-06; k319 = 2.361111e-03; k320_1 = 1.038889e-02; k320_2 = 1.000000e+01; k321_1 = 9.444444e-01; k321_2 = 1.000000e+01; k322 = 4.722222e-05; k323_1 = 4.722222e-03; k323_2 = 1.000000e+01; k324_1 = 9.444444e-01; k324_2 = 1.000000e+01; k325 = 1.180556e-06; k326 = 2.361111e-03; k327 = 2.833333e-04; k328 = 1.888889e-04; k329 = 0.000000e+00; k330_1 = 1.888889e-02; k330_2 = 5.000000e+02; k331_1 = 3.541667e-01; k331_2 = 5.000000e+02; k332 = 9.444444e-06; k333 = 5.194444e-03; k334 = 0.000000e+00; k335_1 = 8.263889e-06; k335_2 = 1.500000e+02; k336 = 4.722222e-04; k337_1 = 2.361111e+00; k337_2 = 1.000000e+01; k338 = 2.361111e-05; k339_1 = 9.444444e-02; k339_2 = 1.000000e+01; k340_1 = 4.722222e-01; k340_2 = 1.000000e+01; k341 = 7.083333e-06; k342 = 7.083333e-04; k343 = 0.000000e+00; k344_1 = 9.444444e-06; k344_2 = 2.000000e+02; k345 = 4.722222e-04; k346_1 = 1.416667e+00; k346_2 = 2.000000e+02; k346_3 = 1.000000e+01; k347_1 = 6.611111e-03; k347_2 = 5.000000e+01; k347_3 = 1.000000e+01; k348_1 = 9.444444e-03; k348_2 = 1.000000e+01; k349 = 9.444444e-06; k350 = 4.722222e-04; k351 = 0.000000e+00; k352_1 = 5.194444e-01; k352_2 = 5.000000e+01; k352_3 = 4.000000e+01; k353 = 2.361111e-05; k354 = 0.000000e+00; k355_1 = 3.777778e-01; k355_2 = 1.000000e+00; k355_3 = 1.000000e-02; k355_4 = 1.000000e+01; k356_1 = 2.361111e-02; k356_2 = 2.500000e+01; k356_3 = 1.000000e+01; k357 = 7.083333e-04; k358 = 3.541667e-04; k359 = 0.000000e+00; k360_1 = 9.444444e-06; k360_2 = 2.000000e+02; k361 = 4.722222e-04; k362_1 = 1.180556e+00; k362_2 = 1.100000e+02; k362_3 = 2.000000e+02; k363 = 2.361111e-05; k364_1 = 8.736111e-03; k364_2 = 5.000000e+01; k364_3 = 1.000000e+01; k365_1 = 9.444444e-03; k365_2 = 1.000000e+01; k366 = 7.083333e-06; k367 = 5.902778e-04; k368_1 = 4.722222e-01; k368_2 = 5.000000e+01; k369_1 = 4.722222e-02; k369_2 = 5.000000e+01; k370_1 = 2.361111e+00; k370_2 = 1.000000e+01; k370_3 = 1.000000e+01; k371 = 4.722222e-05; k372_1 = 3.777778e-02; k372_2 = 1.000000e+00; k373_1 = 5.902778e-01; k373_2 = 1.000000e+00; k374 = 9.444444e-04; k375 = 0.000000e+00; k376 = 4.722222e-04; k377 = 0.000000e+00; k378_1 = 4.722222e-01; k378_2 = 1.000000e+00; k378_3 = 1.000000e-02; k378_4 = 1.000000e+01; k379_1 = 1.888889e-02; k379_2 = 2.000000e+01; k379_3 = 1.000000e+01; k380 = 7.083333e-04; k381 = 3.541667e-04; k382 = 0.000000e+00; k383_1 = 1.180556e-05; k383_2 = 5.000000e+01; k384 = 4.722222e-04; k385_1 = 2.833333e-02; k385_2 = 5.000000e-01; k385_3 = 2.000000e+01; k385_4 = 1.000000e+01; k386 = 2.361111e-05; k387_1 = 9.916667e-03; k387_2 = 5.000000e+01; k387_3 = 1.000000e+01; k388_1 = 1.841667e-02; k388_2 = 1.000000e+01; k389 = 5.666667e-06; k390 = 9.444444e-04; k391 = 0.000000e+00; k392_1 = 3.777778e-02; k392_2 = 1.000000e+01; k393_1 = 3.305556e-01; k393_2 = 1.000000e+01; k394 = 6.611111e-04; k395 = 2.361111e-04; k396 = 0.000000e+00; k397_1 = 4.722222e-01; k397_2 = 1.000000e+00; k397_3 = 1.000000e-02; k397_4 = 1.000000e+01; k398_1 = 2.361111e-02; k398_2 = 1.100000e+01; k398_3 = 1.000000e+01; k399 = 9.444444e-04; k400 = 4.722222e-04; k401 = 0.000000e+00; k402_1 = 5.666667e-03; k402_2 = 7.500000e+01; k402_3 = 1.000000e+01; k403_1 = 4.722222e-01; k403_2 = 1.000000e+01; k404 = 4.722222e-04; k405 = 9.444444e-04; k406_1 = 1.888889e-02; k406_2 = 5.000000e+01; k406_3 = 5.000000e+01; k407_1 = 4.722222e-02; k407_2 = 5.000000e+01; k408 = 2.361111e-05; k409 = 0.000000e+00; k410 = 0.000000e+00; k411 = 2.833333e-04; k412 = 1.416667e-06; k413 = 2.361111e-04; k414 = 1.888889e-06; k415 = 4.722222e-04; k416 = 1.416667e-06; k417 = 5.902778e-04; k418 = 1.133333e-06; k419 = 9.444444e-04; k420 = 2.897310e-04; k421 = 1.264830e-03; k422 = 1.000000e-03; k423 = 1.000000e-06; k424 = 3.162075e-03; k425 = 1.000000e-03; k426 = 3.162075e-03; k427 = 1.000000e-03; k428 = 1.000000e+00; k429 = 3.162075e-03; k430 = 1.000000e-03; k431 = 3.162075e-04; k432 = 1.000000e-03; k433 = 1.000000e-03; k434 = 3.162075e-06; k435 = 1.000000e-03; k436 = 1.000000e+00; k437 = 9.486225e-06; k438 = 1.000000e-03; k439 = 1.000000e+00; k440 = 6.324150e-03; k441 = 1.000000e-03; k442 = 1.000000e-01; k443 = 3.162075e-05; k444 = 1.000000e-02; k445 = 1.000000e+00; k446 = 3.162075e-06; k447 = 1.000000e-03; k448 = 1.000000e-04; k449 = 3.162075e-03; k450 = 1.000000e-03; k451 = 3.162075e-04; k452 = 1.000000e-03; k453 = 1.000000e+00; k454 = 1.000000e-02; k455 = 1.000000e-02; k456 = 3.162075e-03; k457 = 1.000000e-03; k458 = 3.162075e+02; k459 = 1.000000e+01; k460 = 3.162075e-03; k461 = 1.000000e-03; k462 = 3.162075e+02; k463 = 1.000000e+01; k464 = 3.162075e-03; k465 = 1.000000e-03; k466 = 3.162075e-03; k467 = 1.000000e-03; k468 = 1.000000e+00; k469 = 6.324150e-03; k470 = 1.000000e+00; k471 = 1.000000e-01; k472 = 6.324150e-03; k473 = 1.000000e+00; k474 = 1.000000e-01; k475 = 1.000000e-02; k476 = 1.000000e-02; k477 = 1.581038e-03; k478 = 1.000000e-03; k479 = 1.000000e+00; k480 = 1.581038e-04; k481 = 1.000000e-03; k482 = 1.581038e-05; k483 = 1.000000e-03; k484 = 1.000000e-04; k485 = 1.000000e-02; k486 = 1.000000e-02; k487 = 6.324150e-03; k488 = 1.000000e-03; k489 = 2.213453e-02; k490 = 1.000000e-03; k491 = 3.162075e-03; k492 = 1.000000e-03; k493 = 3.162075e-03; k494 = 1.000000e-03; k495 = 3.162075e-03; k496 = 1.000000e-03; k497 = 1.581038e-08; k498 = 1.000000e-03; k499 = 1.000000e+00; k500 = 3.162075e-03; k501 = 1.000000e-03; k502 = 1.000000e-02; k503 = 1.000000e-02; k504 = 1.000000e-02; k505 = 1.000000e-03; k506 = 1.000000e-01; k507 = 1.000000e-09; k508 = 1.000000e-03; k509 = 1.000000e-03; k510 = 1.000000e-02; k511 = 1.000000e-03; k512 = 1.000000e-02; k513 = 1.000000e-02; k514 = 1.000000e-03; k515 = 2.000000e-02; k516 = 1.000000e-02; k517 = 1.000000e-02; k518 = 1.000000e-02; k519 = 1.000000e-03; k520 = 1.000000e-03; k521 = 1.000000e-02; k522 = 1.000000e-02; k523 = 1.000000e-02; k524 = 1.000000e-02; k525 = 1.000000e-02; k526 = 1.000000e-02; k527 = 1.000000e-02; k528 = 1.000000e-03; k529 = 1.000000e-02; k530 = 1.000000e-02; k531 = 1.000000e-02; k532 = 1.000000e-03; k533 = 1.000000e-03; k534 = 1.000000e-02; k535 = 1.000000e-02; k536 = 1.000000e-02; k537 = 1.000000e-02; k538 = 1.000000e-03; k539 = 1.000000e-02; k540 = 1.000000e-02; k541 = 1.000000e-02; k542 = 1.000000e-03; k543 = 2.000000e-02; k544 = 1.000000e-02; k545 = 1.000000e-02; k546 = 1.000000e-02; k547 = 1.000000e-02; k548 = 1.000000e-02; k549 = 1.000000e-02; k550 = 1.000000e-03; k551 = 1.000000e-02; k552 = 1.000000e-02; k553 = 1.000000e-02; k554 = 1.000000e-03; k555 = 1.000000e-03; k556 = 1.000000e-02; k557 = 1.000000e-02; k558 = 1.000000e-02; k559 = 1.000000e-02; k560 = 1.000000e-03; k561 = 1.000000e-02; k562 = 1.000000e-02; k563 = 1.000000e-02; k564 = 1.000000e-03; k565 = 1.000000e-02; k566 = 1.000000e-02; k567 = 1.000000e-02; k568 = 1.000000e-02; k569 = 1.000000e-02; k570 = 1.000000e-03; k571 = 2.000000e-02; k572 = 1.000000e-02; k573 = 1.000000e-02; k574 = 1.000000e-03; k575 = 1.000000e-01; k576 = 1.000000e-03; k577 = 1.000000e-01; k578 = 1.000000e-03; k579 = 1.000000e-01; k580 = 5.000000e-02; k581 = 1.600000e-03; k582 = 1.000000e-02; k583 = 1.000000e-02; k584 = 5.000000e-02; k585 = 3.200000e-03; k586 = 1.000000e-02; k587 = 1.000000e-02; k588 = 5.000000e-02; k589 = 5.000000e-02; k590 = 1.000000e-02; k591 = 1.000000e-04; k592 = 2.000000e+00; k593 = 1.000000e-03; k594 = 1.000000e-03; k595 = 2.000000e-05; k596 = 1.000000e-02; k597 = 1.000000e-03; k598 = 4.000000e-03; k599 = 1.000000e-03; k600 = 1.000000e-03; k601 = 1.000000e-02; k602 = 1.000000e-02; k603 = 0.000000e+00; k604 = 1.000000e-02; k605 = 0.000000e+00; k606 = 1.000000e-01; k607 = 1.000000e+00; k608 = 1.000000e-01; k609 = 1.000000e+00; k610 = 1.000000e-01; k611 = 1.000000e+00; k612 = 1.000000e-03; k613 = 1.000000e+00; k614 = 1.000000e-03; k615 = 1.000000e+00; k616 = 1.000000e-03; k617 = 1.000000e+00; k618 = 1.000000e-03; k619 = 1.000000e+00; k620 = 1.000000e-03; k621 = 1.000000e+00; k622 = 1.000000e-03; k623 = 1.000000e+00; k624 = 1.000000e-03; k625 = 1.000000e+00; k626 = 1.000000e-03; k627 = 1.000000e+00; k628 = 1.000000e-03; k629 = 1.000000e+00; k630 = 2.000000e-03; k631 = 1.000000e-03; k632 = 1.000000e-03; k633 = 1.000000e-03; k634 = 1.000000e-03; k635 = 1.000000e-03; k636 = 1.000000e-03; k637 = 1.000000e-03; k638 = 1.000000e-03; k639 = 1.000000e-03; k640 = 1.000000e-03; k641 = 1.000000e-03; k642 = 1.000000e-03; k643 = 1.000000e-03; k644 = 1.000000e-03; k645 = 1.000000e-03; k646 = 2.000000e-03; k647 = 1.000000e-03; k648 = 2.000000e-03; k649 = 1.000000e-03; k650 = 1.000000e-03; k651 = 1.000000e+00; k652 = 1.000000e-01; k653 = 1.600000e-03; k654 = 1.000000e-03; k655 = 1.000000e+00; k656 = 2.000000e-03; k657 = 2.000000e-05; k658 = 3.470000e-04; k659 = 3.120000e-05; k660 = 3.470000e-04; k661 = 3.100000e-03; k662 = 9.800000e-05; k663 = 3.100000e-03; k664 = 5.580000e-06; k665 = 1.000000e-02; k666 = 1.000000e+00; k667 = 1.000000e+00; k668 = 1.000000e+00; k669 = 1.000000e+00; k670 = 1.000000e+00; k671 = 1.000000e+00; k672 = 1.000000e+00; k673 = 1.000000e+00; k674 = 1.000000e+00; k675 = 1.000000e+00; k676 = 1.000000e+00; k677 = 1.000000e+00; k678 = 1.000000e+00; k679 = 1.000000e+00; k680 = 1.000000e+00; k681 = 1.000000e+00; k682 = 1.000000e+00; k683 = 1.000000e+00; k684 = 1.000000e+00; k685 = 1.000000e+00; k686 = 1.000000e+00; k687 = 1.000000e+00; k688 = 1.000000e+00; k689 = 1.000000e+00; k690 = 1.000000e+00; k691 = 1.000000e+00; k692 = 1.000000e+00; k693 = 1.000000e+00; k694 = 1.000000e+00; k695 = 1.000000e+00; k696 = 1.000000e+00; k697 = 1.000000e+00; k698 = 1.000000e+00; k699 = 1.000000e+00; k700 = 1.000000e+00; k701 = 1.000000e+00; k702 = 1.000000e+00; k703 = 1.000000e+00; k704 = 1.000000e+00; k705 = 1.000000e+00; k706 = 1.000000e+00; k707 = 1.000000e+00; k708 = 1.000000e+00; k709 = 1.000000e+00; k710 = 1.000000e+00; k711 = 1.000000e+00; k712 = 1.000000e+00; k713 = 1.000000e+00; k714 = 1.000000e+00; k715 = 1.000000e+00; k716 = 1.000000e+00; k717 = 1.000000e+00; k718 = 1.000000e+00; k719 = 1.000000e+00; k720 = 1.000000e+00; k721 = 1.000000e+00; k722 = 1.000000e+00; k723 = 1.000000e+00; k724 = 1.000000e-03; k725 = 1.000000e-03; k726 = 1.000000e-03; k727 = 1.000000e-03; k728 = 1.000000e-03; k729 = 1.000000e-03; k730 = 1.000000e-03; k731 = 1.000000e-03; k732 = 1.000000e-03; k733 = 1.000000e-03; k734 = 1.000000e-03; k735 = 1.000000e-03; k736 = 1.000000e-03; k737 = 1.000000e-03; k738 = 1.000000e-03; k739 = 1.000000e-03; k740 = 1.000000e-03; k741 = 1.000000e-03; k742 = 1.000000e-03; k743 = 1.000000e-03; k744 = 1.000000e-03; k745 = 1.000000e-03; k746 = 1.000000e-03; k747 = 1.000000e-03; k748 = 1.000000e-03; k749 = 1.000000e-03; k750 = 1.000000e-03; k751 = 1.000000e-03; k752 = 1.000000e-03; k753 = 1.000000e-03; k754 = 1.000000e-03; k755 = 1.000000e-03; k756 = 1.000000e-03; k757 = 1.000000e-03; k758 = 1.000000e-03; k759 = 1.000000e-03; k760 = 1.000000e-03; k761 = 1.000000e-03; k762 = 1.000000e-03; k763 = 1.000000e-03; k764 = 1.000000e-03; k765 = 1.000000e-03; k766 = 1.000000e-03; k767 = 1.000000e-03; k768 = 1.000000e-03; k769 = 1.000000e-03; k770 = 1.000000e-03; k771 = 1.000000e-03; k772 = 1.000000e-03; k773 = 1.000000e-03; k774 = 1.000000e-03; k775 = 1.000000e-03; k776 = 1.000000e-03; k777 = 1.000000e-03; k778 = 1.000000e-03; k779 = 1.000000e-03; k780 = 1.000000e-03; k781 = 1.000000e-03; k782_1 = 1.667000e-03; k782_2 = 2.000000e+00; k782_3 = 1.666700e-04; k783_1 = 1.667000e-03; k783_2 = 2.000000e+00; k783_3 = 1.666700e-04; k784_1 = 4.667000e-03; k784_2 = 2.000000e+00; k784_3 = 1.666700e-04; k785_1 = 4.667000e-03; k785_2 = 2.000000e+00; k785_3 = 1.666700e-04; k786_1 = 1.667000e-03; k786_2 = 2.000000e+00; k786_3 = 1.666700e-04; k787_1 = 1.667000e-03; k787_2 = 2.000000e+00; k787_3 = 1.666700e-04; k788_1 = 1.667000e-03; k788_2 = 2.000000e+00; k788_3 = 1.666700e-04; k789_1 = 1.667000e-03; k789_2 = 2.000000e+00; k789_3 = 1.666700e-04; k790_1 = 1.666700e-04; k790_2 = 2.000000e+00; k790_3 = 1.666700e-04; k791_1 = 1.666700e-04; k791_2 = 2.000000e+00; k791_3 = 1.666700e-04; k792_1 = 1.667000e-03; k792_2 = 2.000000e+00; k792_3 = 1.666700e-04; k793_1 = 1.666700e-04; k793_2 = 2.000000e+00; k793_3 = 1.666700e-04; k794_1 = 1.666700e-04; k794_2 = 2.000000e+00; k794_3 = 1.666700e-04; k795_1 = 1.666700e-04; k795_2 = 2.000000e+00; k795_3 = 1.666700e-04; k796_1 = 1.666700e-04; k796_2 = 2.000000e+00; k796_3 = 1.666700e-04; k797_1 = 1.667000e-03; k797_2 = 2.000000e+00; k797_3 = 1.666700e-04; k798_1 = 1.666700e-04; k798_2 = 2.000000e+00; k798_3 = 1.666700e-04; k799_1 = 1.666700e-04; k799_2 = 2.000000e+00; k799_3 = 1.666700e-04; k800_1 = 1.666700e-04; k800_2 = 2.000000e+00; k800_3 = 1.666700e-04; k801_1 = 1.666700e-04; k801_2 = 2.000000e+00; k801_3 = 1.666700e-04; k802_1 = 1.666700e-04; k802_2 = 2.000000e+00; k802_3 = 1.666700e-04; k803_1 = 1.666700e-04; k803_2 = 2.000000e+00; k803_3 = 1.666700e-04; k804_1 = 1.666700e-04; k804_2 = 2.000000e+00; k804_3 = 1.666700e-04; k805_1 = 1.666700e-04; k805_2 = 2.000000e+00; k805_3 = 1.666700e-04; k806_1 = 1.666700e-04; k806_2 = 2.000000e+00; k806_3 = 1.666700e-04; k807_1 = 7.930900e-05; k807_2 = 2.000000e+00; k807_3 = 1.666700e-04; k808_1 = 1.666700e-04; k808_2 = 2.000000e+00; k808_3 = 1.666700e-04; k809_1 = 7.930900e-05; k809_2 = 2.000000e+00; k809_3 = 1.666700e-04; k810_1 = 1.666700e-04; k810_2 = 2.000000e+00; k810_3 = 1.666700e-04; k811 = 1.000000e+00; k812 = 1.000000e+00; k813 = 1.000000e+00; k814 = 1.000000e+00; k815 = 1.000000e+00; k816 = 1.000000e+00; k817 = 1.000000e+00; k818 = 1.000000e+00; k819 = 1.000000e+00; k820 = 1.000000e+00; k821 = 1.000000e+00; k822 = 1.000000e+00; k823 = 1.000000e+00; k824 = 1.000000e+00; k825 = 1.000000e+00; k826 = 1.000000e+00; k827 = 1.000000e+00; k828 = 1.000000e+00; k829 = 1.000000e+00; k830 = 1.000000e+00; k831 = 1.000000e+00; k832 = 1.000000e+00; k833 = 1.000000e+00; k834 = 1.000000e+00; k835 = 1.000000e+00; k836 = 1.000000e+00; k837 = 1.000000e+00; k838 = 1.000000e+00; k839 = 1.000000e+00; k840 = 1.000000e+00; k841 = 1.000000e+00; k842 = 1.000000e+00; k843 = 1.000000e+00; k844 = 1.000000e+00; k845 = 1.000000e+00; k846 = 1.000000e+00; k847 = 1.000000e+00; k848 = 1.000000e+00; k849 = 1.000000e+00; k850 = 1.000000e+00; k851 = 1.000000e+00; k852 = 1.000000e+00; k853 = 1.000000e+00; k854 = 1.000000e+00; k855 = 1.000000e+00; k856 = 1.000000e+00; k857 = 1.000000e+00; k858 = 1.000000e+00; k859 = 1.000000e+00; k860 = 1.000000e+00; k861 = 1.000000e+00; k862 = 1.000000e+00; k863 = 1.000000e+00; k864 = 1.000000e+00; k865 = 1.000000e+00; k866 = 1.000000e+00; k867 = 1.000000e+00; k868 = 1.000000e+00; k869 = 8.520500e-04; k870 = 8.520500e-04; k871 = 8.371100e-04; k872 = 8.371100e-04; k873 = 8.520500e-04; k874 = 8.520500e-04; k875 = 8.520500e-04; k876 = 8.520500e-04; k877 = 1.400000e-03; k878 = 1.400000e-03; k879 = 8.520500e-04; k880 = 1.400000e-03; k881 = 1.400000e-03; k882 = 1.400000e-03; k883 = 1.400000e-03; k884 = 8.520500e-04; k885 = 1.400000e-03; k886 = 1.400000e-03; k887 = 1.400000e-03; k888 = 1.400000e-03; k889 = 1.400000e-03; k890 = 1.400000e-03; k891 = 1.400000e-03; k892 = 1.400000e-03; k893 = 1.400000e-03; k894 = 7.700000e-07; k895 = 3.195500e-05; k896 = 7.700000e-07; k897 = 3.195500e-05; k898 = 9.000000e-03; k899 = 1.000000e-02; k900 = 1.000000e-02; k901 = 1.000000e-02; k902 = 8.000000e-03; k903 = 8.000000e-03; k904 = 1.100000e-02; k905 = 1.100000e-02; k906 = 7.000000e-03; k907 = 8.000000e-03; k908 = 8.000000e-03; k909 = 9.000000e-03; k910 = 9.000000e-03; k911 = 1.000000e-02; k912 = 1.100000e-02; k913 = 1.100000e-02; k914 = 9.000000e-03; k915 = 1.200000e-02; k916 = 1.200000e-02; k917 = 2.000000e-03; k918 = 2.000000e-03; k919 = 1.000000e-03; k920 = 1.000000e-03; k921 = 8.000000e-03; k922 = 8.000000e-03; k923 = 5.000000e-03; k924 = 7.000000e-03; k925 = 5.000000e-03; k926 = 7.000000e-03; k927 = 2.600000e+00; k928 = 2.600000e+00; k929 = 2.600000e+00; k930 = 2.600000e+00; k931 = 2.600000e+00; k932 = 2.600000e+00; k933 = 2.600000e+00; k934 = 2.600000e+00; k935 = 2.600000e+00; k936 = 2.600000e+00; k937 = 2.600000e+00; k938 = 2.600000e+00; k939 = 2.600000e+00; k940 = 2.600000e+00; k941 = 2.600000e+00; k942 = 2.600000e+00; k943 = 2.600000e+00; k944 = 2.600000e+00; k945 = 2.600000e+00; k946 = 2.600000e+00; k947 = 2.600000e+00; k948 = 2.600000e+00; k949 = 2.600000e+00; k950 = 2.600000e+00; k951 = 2.600000e+00; k952 = 2.600000e+00; k953 = 2.600000e+00; k954 = 2.600000e+00; k955 = 2.600000e+00; k956 = 9.000000e-03; k957 = 1.000000e-02; k958 = 1.000000e-02; k959 = 1.000000e-02; k960 = 8.000000e-03; k961 = 8.000000e-03; k962 = 1.100000e-02; k963 = 1.100000e-02; k964 = 7.000000e-03; k965 = 8.000000e-03; k966 = 8.000000e-03; k967 = 9.000000e-03; k968 = 9.000000e-03; k969 = 1.000000e-02; k970 = 1.100000e-02; k971 = 1.100000e-02; k972 = 9.000000e-03; k973 = 1.200000e-02; k974 = 1.200000e-02; k975 = 2.000000e-03; k976 = 2.000000e-03; k977 = 1.000000e-03; k978 = 1.000000e-03; k979 = 8.000000e-03; k980 = 8.000000e-03; k981 = 5.000000e-03; k982 = 7.000000e-03; k983 = 5.000000e-03; k984 = 7.000000e-03; k985 = 2.600000e+00; k986 = 2.600000e+00; k987 = 2.600000e+00; k988 = 2.600000e+00; k989 = 2.600000e+00; k990 = 2.600000e+00; k991 = 2.600000e+00; k992 = 2.600000e+00; k993 = 2.600000e+00; k994 = 2.600000e+00; k995 = 2.600000e+00; k996 = 2.600000e+00; k997 = 2.600000e+00; k998 = 2.600000e+00; k999 = 2.600000e+00; k1000 = 2.600000e+00; k1001 = 2.600000e+00; k1002 = 2.600000e+00; k1003 = 2.600000e+00; k1004 = 2.600000e+00; k1005 = 2.600000e+00; k1006 = 2.600000e+00; k1007 = 2.600000e+00; k1008 = 2.600000e+00; k1009 = 2.600000e+00; k1010 = 2.600000e+00; k1011 = 2.600000e+00; k1012 = 2.600000e+00; k1013 = 2.600000e+00; k1014 = 4.000000e-03; k1015 = 4.000000e-03; k1016 = 4.000000e-03; k1017 = 4.000000e-03; k1018 = 3.000000e-03; k1019 = 3.000000e-03; k1020 = 3.000000e-03; k1021 = 3.000000e-03; k1022 = 3.000000e-03; k1023 = 3.000000e-03; k1024 = 3.000000e-03; k1025 = 2.000000e-03; k1026 = 2.000000e-03; k1027 = 3.000000e-03; k1028 = 3.000000e-03; k1029 = 3.000000e-03; k1030 = 2.000000e-03; k1031 = 2.000000e-03; k1032 = 2.000000e-03; k1033 = 4.000000e-03; k1034 = 4.000000e-03; k1035 = 5.000000e-03; k1036 = 5.000000e-03; k1037 = 2.000000e-03; k1038 = 6.000000e-03; k1039 = 1.500000e-03; k1040 = 3.500000e-03; k1041 = 1.500000e-03; k1042 = 3.500000e-03; k1043 = 5.100000e-01; k1044 = 5.100000e-01; k1045 = 5.100000e-01; k1046 = 5.100000e-01; k1047 = 5.100000e-01; k1048 = 5.100000e-01; k1049 = 5.100000e-01; k1050 = 5.100000e-01; k1051 = 5.100000e-01; k1052 = 5.100000e-01; k1053 = 5.100000e-01; k1054 = 5.100000e-01; k1055 = 5.100000e-01; k1056 = 5.100000e-01; k1057 = 5.100000e-01; k1058 = 5.100000e-01; k1059 = 5.100000e-01; k1060 = 5.100000e-01; k1061 = 5.100000e-01; k1062 = 5.100000e-01; k1063 = 5.100000e-01; k1064 = 5.100000e-01; k1065 = 5.100000e-01; k1066 = 5.100000e-01; k1067 = 5.100000e-01; k1068 = 5.100000e-01; k1069 = 5.100000e-01; k1070 = 5.100000e-01; k1071 = 5.100000e-01; k1072 = 4.000000e-03; k1073 = 2.000000e-03; k1074 = 2.000000e-03; k1075 = 2.000000e-03; k1076 = 1.000000e-02; k1077 = 1.000000e-02; k1078 = 4.000000e-03; k1079 = 4.000000e-03; k1080 = 1.200000e-02; k1081 = 1.000000e-02; k1082 = 1.000000e-02; k1083 = 1.200000e-02; k1084 = 1.200000e-02; k1085 = 6.000000e-03; k1086 = 4.000000e-03; k1087 = 4.000000e-03; k1088 = 1.200000e-02; k1089 = 6.000000e-03; k1090 = 6.000000e-03; k1091 = 6.000000e-03; k1092 = 6.000000e-03; k1093 = 6.000000e-03; k1094 = 6.000000e-03; k1095 = 1.400000e-02; k1096 = 1.600000e-02; k1097 = 1.050000e-02; k1098 = 1.450000e-02; k1099 = 1.050000e-02; k1100 = 1.450000e-02; k1101 = 7.000000e-02; k1102 = 7.000000e-02; k1103 = 7.000000e-02; k1104 = 7.000000e-02; k1105 = 7.000000e-02; k1106 = 7.000000e-02; k1107 = 7.000000e-02; k1108 = 7.000000e-02; k1109 = 7.000000e-02; k1110 = 7.000000e-02; k1111 = 7.000000e-02; k1112 = 7.000000e-02; k1113 = 7.000000e-02; k1114 = 7.000000e-02; k1115 = 7.000000e-02; k1116 = 7.000000e-02; k1117 = 7.000000e-02; k1118 = 7.000000e-02; k1119 = 7.000000e-02; k1120 = 7.000000e-02; k1121 = 7.000000e-02; k1122 = 7.000000e-02; k1123 = 7.000000e-02; k1124 = 7.000000e-02; k1125 = 7.000000e-02; k1126 = 7.000000e-02; k1127 = 7.000000e-02; k1128 = 7.000000e-02; k1129 = 7.000000e-02; k1130 = 4.000000e-03; k1131 = 2.000000e-03; k1132 = 2.000000e-03; k1133 = 2.000000e-03; k1134 = 1.000000e-02; k1135 = 1.000000e-02; k1136 = 4.000000e-03; k1137 = 4.000000e-03; k1138 = 1.200000e-02; k1139 = 1.000000e-02; k1140 = 1.000000e-02; k1141 = 1.200000e-02; k1142 = 1.200000e-02; k1143 = 6.000000e-03; k1144 = 4.000000e-03; k1145 = 4.000000e-03; k1146 = 1.200000e-02; k1147 = 6.000000e-03; k1148 = 6.000000e-03; k1149 = 6.000000e-03; k1150 = 6.000000e-03; k1151 = 6.000000e-03; k1152 = 6.000000e-03; k1153 = 1.400000e-02; k1154 = 1.600000e-02; k1155 = 1.050000e-02; k1156 = 1.450000e-02; k1157 = 1.050000e-02; k1158 = 1.450000e-02; k1159 = 7.000000e-02; k1160 = 7.000000e-02; k1161 = 7.000000e-02; k1162 = 7.000000e-02; k1163 = 7.000000e-02; k1164 = 7.000000e-02; k1165 = 7.000000e-02; k1166 = 7.000000e-02; k1167 = 7.000000e-02; k1168 = 7.000000e-02; k1169 = 7.000000e-02; k1170 = 7.000000e-02; k1171 = 7.000000e-02; k1172 = 7.000000e-02; k1173 = 7.000000e-02; k1174 = 7.000000e-02; k1175 = 7.000000e-02; k1176 = 7.000000e-02; k1177 = 7.000000e-02; k1178 = 7.000000e-02; k1179 = 7.000000e-02; k1180 = 7.000000e-02; k1181 = 7.000000e-02; k1182 = 7.000000e-02; k1183 = 7.000000e-02; k1184 = 7.000000e-02; k1185 = 7.000000e-02; k1186 = 7.000000e-02; k1187 = 7.000000e-02; k1188 = 1.000000e-03; k1189 = 1.000000e-03; k1190 = 1.000000e-03; k1191 = 1.000000e-03; k1192 = 1.000000e-03; k1193 = 1.000000e-03; k1194 = 1.000000e-03; k1195 = 1.000000e-03; k1196 = 1.000000e-03; k1197 = 1.000000e-03; k1198 = 1.000000e-03; k1199 = 1.000000e-03; k1200 = 1.000000e-03; k1201 = 1.000000e-03; k1202 = 1.000000e-03; k1203 = 1.000000e-03; k1204 = 1.000000e-03; k1205 = 1.000000e-03; k1206 = 1.000000e-03; k1207 = 1.000000e-03; k1208 = 1.000000e-03; k1209 = 1.000000e-03; k1210 = 1.000000e-03; k1211 = 1.000000e-03; k1212 = 1.000000e-03; k1213 = 1.000000e-03; k1214 = 1.000000e-03; k1215 = 1.000000e-03; k1216 = 1.000000e-03; k1217 = 1.000000e-02; k1218 = 1.000000e-02; k1219 = 1.000000e-02; k1220 = 1.000000e-02; k1221 = 1.000000e-02; k1222 = 1.000000e-02; k1223 = 1.000000e-02; k1224 = 1.000000e-02; k1225 = 1.000000e-02; k1226 = 1.000000e-02; k1227 = 1.000000e-02; k1228 = 1.000000e-02; k1229 = 1.000000e-02; k1230 = 1.000000e-02; k1231 = 1.000000e-02; k1232 = 1.000000e-02; k1233 = 1.000000e-02; k1234 = 1.000000e-02; k1235 = 1.000000e-02; k1236 = 1.000000e-02; k1237 = 1.000000e-02; k1238 = 1.000000e-02; k1239 = 1.000000e-02; k1240 = 1.000000e-02; k1241 = 1.000000e-02; k1242 = 1.000000e-02; k1243 = 1.000000e-02; k1244 = 1.000000e-02; k1245 = 1.000000e-02; k1246 = 1.000000e+00; k1247 = 1.000000e+00; k1248 = 1.000000e+00; k1249 = 1.000000e+00; k1250 = 1.000000e+00; k1251 = 1.000000e+00; k1252 = 1.000000e+00; k1253 = 1.000000e+00; k1254 = 1.000000e+00; k1255 = 1.000000e+00; k1256 = 1.000000e+00; k1257 = 1.000000e+00; k1258 = 1.000000e+00; k1259 = 1.000000e+00; k1260 = 1.000000e+00; k1261 = 1.000000e+00; k1262 = 1.000000e+00; k1263 = 1.000000e+00; k1264 = 1.000000e+00; k1265 = 1.000000e+00; k1266 = 1.000000e+00; k1267 = 1.000000e+00; k1268 = 1.000000e+00; k1269 = 1.000000e+00; k1270 = 1.000000e+00; k1271 = 1.000000e+00; k1272 = 1.000000e+00; k1273 = 1.000000e+00; k1274 = 1.000000e+00; k1275 = 1.000000e+00; k1276 = 1.000000e+00; k1277 = 1.000000e+00; k1278 = 1.000000e+00; k1279 = 1.000000e+00; k1280 = 1.000000e+00; k1281 = 1.000000e+00; k1282 = 1.000000e+00; k1283 = 1.000000e+00; k1284 = 1.000000e+00; k1285 = 1.000000e+00; k1286 = 1.000000e+00; k1287 = 1.000000e+00; k1288 = 1.000000e+00; k1289 = 1.000000e+00; k1290 = 1.000000e+00; k1291 = 1.000000e+00; k1292 = 1.000000e+00; k1293 = 1.000000e+00; k1294 = 1.000000e+00; k1295 = 1.000000e+00; k1296 = 1.000000e+00; k1297 = 1.000000e+00; k1298 = 1.000000e+00; k1299 = 1.000000e+00; k1300 = 1.000000e+00; k1301 = 1.000000e+00; k1302 = 1.000000e+00; k1303 = 1.000000e+00; k1304 = 1.000000e+01; k1305 = 1.000000e+01; k1306 = 1.000000e+01; k1307 = 1.000000e+01; k1308 = 1.000000e+01; k1309 = 1.000000e+01; k1310 = 1.000000e+01; k1311 = 1.000000e+01; k1312 = 1.000000e+01; k1313 = 1.000000e+01; k1314 = 1.000000e+01; k1315 = 1.000000e+01; k1316 = 1.000000e+01; k1317 = 1.000000e+01; k1318 = 1.000000e+01; k1319 = 1.000000e+01; k1320 = 1.000000e+01; k1321 = 1.000000e+01; k1322 = 1.000000e+01; k1323 = 1.000000e+01; k1324 = 1.000000e+01; k1325 = 1.000000e+01; k1326 = 1.000000e+01; k1327 = 1.000000e+01; k1328 = 1.000000e+01; k1329 = 1.000000e+01; k1330 = 1.000000e+01; k1331 = 1.000000e+01; k1332 = 1.000000e+01; k1333 = 1.000000e+01; k1334 = 1.000000e+01; k1335 = 1.000000e+01; k1336 = 1.000000e+01; k1337 = 1.000000e+01; k1338 = 1.000000e+01; k1339 = 1.000000e+01; k1340 = 1.000000e+01; k1341 = 1.000000e+01; k1342 = 1.000000e+01; k1343 = 1.000000e+01; k1344 = 1.000000e+01; k1345 = 1.000000e+01; k1346 = 1.000000e+01; k1347 = 1.000000e+01; k1348 = 1.000000e+01; k1349 = 1.000000e+01; k1350 = 1.000000e+01; k1351 = 1.000000e+01; k1352 = 1.000000e+01; k1353 = 1.000000e+01; k1354 = 1.000000e+01; k1355 = 1.000000e+01; k1356 = 1.000000e+01; k1357 = 1.000000e+01; k1358 = 1.000000e+01; k1359 = 1.000000e+01; k1360 = 1.000000e+01; k1361 = 1.000000e+01; k1362 = 1.000000e-03; k1363 = 1.000000e-03; k1364 = 1.000000e-03; k1365 = 1.000000e-03; k1366 = 1.000000e-03; k1367 = 1.000000e-03; k1368 = 1.000000e-03; k1369 = 1.000000e-03; k1370 = 1.000000e-03; k1371 = 1.000000e-03; k1372 = 1.000000e-03; k1373 = 1.000000e-03; k1374 = 1.000000e-03; k1375 = 1.000000e-03; k1376 = 1.000000e-03; k1377 = 1.000000e-03; k1378 = 1.000000e-03; k1379 = 1.000000e-03; k1380 = 1.000000e-03; k1381 = 1.000000e-03; k1382 = 1.000000e-03; k1383 = 1.000000e-03; k1384 = 1.000000e-03; k1385 = 1.000000e-03; k1386 = 1.000000e-03; k1387 = 1.000000e-03; k1388 = 1.000000e-03; k1389 = 1.000000e-03; k1390 = 1.000000e-03; k1391 = 1.000000e-01; k1392 = 1.000000e-01; k1393 = 1.000000e-01; k1394 = 1.000000e-01; k1395 = 1.000000e-01; k1396 = 1.000000e-01; k1397 = 1.000000e-01; k1398 = 1.000000e-01; k1399 = 1.000000e-01; k1400 = 1.000000e-01; k1401 = 1.000000e-01; k1402 = 1.000000e-01; k1403 = 1.000000e-01; k1404 = 1.000000e-01; k1405 = 1.000000e-01; k1406 = 1.000000e-01; k1407 = 1.000000e-01; k1408 = 1.000000e-01; k1409 = 1.000000e-01; k1410 = 1.000000e-01; k1411 = 1.000000e-01; k1412 = 1.000000e-01; k1413 = 1.000000e-01; k1414 = 1.000000e-01; k1415 = 1.000000e-01; k1416 = 1.000000e-01; k1417 = 1.000000e-01; k1418 = 1.000000e-01; k1419 = 1.000000e-01; k1420 = 1.000000e+00; k1421 = 1.000000e+00; k1422 = 1.000000e+00; k1423 = 1.000000e+00; k1424 = 1.000000e+00; k1425 = 1.000000e+00; k1426 = 1.000000e+00; k1427 = 1.000000e+00; k1428 = 1.000000e+00; k1429 = 1.000000e+00; k1430 = 1.000000e+00; k1431 = 1.000000e+00; k1432 = 1.000000e+00; k1433 = 1.000000e+00; k1434 = 1.000000e+00; k1435 = 1.000000e+00; k1436 = 1.000000e+00; k1437 = 1.000000e+00; k1438 = 1.000000e+00; k1439 = 1.000000e+00; k1440 = 1.000000e+00; k1441 = 1.000000e+00; k1442 = 1.000000e+00; k1443 = 1.000000e+00; k1444 = 1.000000e+00; k1445 = 1.000000e+00; k1446 = 1.000000e+00; k1447 = 1.000000e+00; k1448 = 1.000000e+00; k1449 = 1.000000e-03; k1450 = 1.000000e-03; k1451 = 1.000000e-03; k1452 = 1.000000e-03; k1453 = 1.000000e-03; k1454 = 1.000000e-03; k1455 = 1.000000e-03; k1456 = 1.000000e-03; k1457 = 1.000000e-03; k1458 = 1.000000e-03; k1459 = 1.000000e-03; k1460 = 1.000000e-03; k1461 = 1.000000e-03; k1462 = 1.000000e-03; k1463 = 1.000000e-03; k1464 = 1.000000e-03; k1465 = 1.000000e-03; k1466 = 1.000000e-03; k1467 = 1.000000e-03; k1468 = 1.000000e-03; k1469 = 1.000000e-03; k1470 = 1.000000e-03; k1471 = 1.000000e-03; k1472 = 1.000000e-03; k1473 = 1.000000e-03; k1474 = 5.000000e-03; k1475 = 5.000000e-03; k1476 = 5.000000e-03; k1477 = 5.000000e-03; k1478 = 1.000000e-02; k1479 = 1.000000e-02; k1480 = 1.000000e-02; k1481 = 1.000000e-02; k1482 = 1.000000e-02; k1483 = 1.000000e-02; k1484 = 1.000000e-02; k1485 = 1.000000e-02; k1486 = 1.000000e-02; k1487 = 1.000000e-02; k1488 = 1.000000e-02; k1489 = 1.000000e-02; k1490 = 1.000000e-02; k1491 = 1.000000e-02; k1492 = 1.000000e-02; k1493 = 1.000000e-02; k1494 = 1.000000e-02; k1495 = 1.000000e-02; k1496 = 1.000000e-02; k1497 = 1.000000e-02; k1498 = 1.000000e-02; k1499 = 1.000000e-02; k1500 = 1.000000e-02; k1501 = 1.000000e-02; k1502 = 1.000000e-02; k1503 = 5.000000e-02; k1504 = 5.000000e-02; k1505 = 5.000000e-02; k1506 = 5.000000e-02; k1507 = 1.000000e+00; k1508 = 1.000000e+00; k1509 = 1.000000e+00; k1510 = 1.000000e+00; k1511 = 1.000000e+00; k1512 = 1.000000e+00; k1513 = 1.000000e+00; k1514 = 1.000000e+00; k1515 = 1.000000e+00; k1516 = 1.000000e+00; k1517 = 1.000000e+00; k1518 = 1.000000e+00; k1519 = 1.000000e+00; k1520 = 1.000000e+00; k1521 = 1.000000e+00; k1522 = 1.000000e+00; k1523 = 1.000000e+00; k1524 = 1.000000e+00; k1525 = 1.000000e+00; k1526 = 1.000000e+00; k1527 = 1.000000e+00; k1528 = 1.000000e+00; k1529 = 1.000000e+00; k1530 = 1.000000e+00; k1531 = 1.000000e+00; k1532 = 5.000000e+00; k1533 = 5.000000e+00; k1534 = 5.000000e+00; k1535 = 5.000000e+00; k1536 = 1.000000e-03; k1537 = 1.000000e-03; k1538 = 1.000000e-03; k1539 = 1.000000e-03; k1540 = 1.000000e-03; k1541 = 1.000000e-03; k1542 = 1.000000e-03; k1543 = 1.000000e-03; k1544 = 1.000000e-03; k1545 = 1.000000e-03; k1546 = 1.000000e-03; k1547 = 1.000000e-03; k1548 = 1.000000e-03; k1549 = 1.000000e-03; k1550 = 1.000000e-03; k1551 = 1.000000e-03; k1552 = 1.000000e-03; k1553 = 1.000000e-03; k1554 = 1.000000e-03; k1555 = 1.000000e-03; k1556 = 1.000000e-03; k1557 = 1.000000e-03; k1558 = 1.000000e-03; k1559 = 1.000000e-03; k1560 = 1.000000e-03; k1561 = 1.000000e-03; k1562 = 1.000000e-03; k1563 = 1.000000e-03; k1564 = 1.000000e-03; k1565 = 1.000000e-02; k1566 = 1.000000e-02; k1567 = 1.000000e-02; k1568 = 1.000000e-02; k1569 = 1.000000e-02; k1570 = 1.000000e-02; k1571 = 1.000000e-02; k1572 = 1.000000e-02; k1573 = 1.000000e-02; k1574 = 1.000000e-02; k1575 = 1.000000e-02; k1576 = 1.000000e-02; k1577 = 1.000000e-02; k1578 = 1.000000e-02; k1579 = 1.000000e-02; k1580 = 1.000000e-02; k1581 = 1.000000e-02; k1582 = 1.000000e-02; k1583 = 1.000000e-02; k1584 = 1.000000e-02; k1585 = 1.000000e-02; k1586 = 1.000000e-02; k1587 = 1.000000e-02; k1588 = 1.000000e-02; k1589 = 1.000000e-02; k1590 = 1.000000e-02; k1591 = 1.000000e-02; k1592 = 1.000000e-02; k1593 = 1.000000e-02; k1594 = 1.000000e+00; k1595 = 1.000000e+00; k1596 = 1.000000e+00; k1597 = 1.000000e+00; k1598 = 1.000000e+00; k1599 = 1.000000e+00; k1600 = 1.000000e+00; k1601 = 1.000000e+00; k1602 = 1.000000e+00; k1603 = 1.000000e+00; k1604 = 1.000000e+00; k1605 = 1.000000e+00; k1606 = 1.000000e+00; k1607 = 1.000000e+00; k1608 = 1.000000e+00; k1609 = 1.000000e+00; k1610 = 1.000000e+00; k1611 = 1.000000e+00; k1612 = 1.000000e+00; k1613 = 1.000000e+00; k1614 = 1.000000e+00; k1615 = 1.000000e+00; k1616 = 1.000000e+00; k1617 = 1.000000e+00; k1618 = 1.000000e+00; k1619 = 1.000000e+00; k1620 = 1.000000e+00; k1621 = 1.000000e+00; k1622 = 1.000000e+00; k1623 = 8.000000e-03; k1624 = 1.000000e-02; k1625 = 8.000000e-03; k1626 = 1.000000e-02; k1627 = 8.000000e-03; k1628 = 1.000000e-02; k1629 = 8.000000e-03; k1630 = 1.000000e-02; k1631 = 8.000000e-03; k1632 = 1.000000e-02; k1633 = 8.000000e-03; k1634 = 1.000000e-02; k1635 = 8.000000e-03; k1636 = 1.000000e-02; k1637 = 8.000000e-03; k1638 = 1.000000e-02; k1639 = 1.000000e-03; k1640 = 1.000000e-02; k1641 = 1.000000e-03; k1642 = 1.000000e-02; k1643 = 1.000000e-01; k1644 = 1.000000e+00; k1645 = 1.000000e-01; k1646 = 1.000000e+00; k1647 = 1.000000e-01; k1648 = 1.000000e-01; k1649 = 1.000000e-01; k1650 = 1.000000e+00; k1651 = 1.000000e+00; k1652 = 1.000000e-01; k1653 = 1.000000e+00; k1654 = 1.000000e+00; k1655 = 1.000000e-01; k1656 = 1.000000e+00; k1657 = 1.000000e+01; k1658 = 1.000000e-01; k1659 = 1.000000e+00; k1660 = 1.000000e+01; k1661 = 1.000000e-01; k1662 = 1.000000e+00; k1663 = 5.000000e+00; k1664 = 1.000000e-01; k1665 = 1.000000e+00; k1666 = 5.000000e+00; k1667 = 1.000000e-01; k1668 = 1.000000e-02; k1669 = 1.000000e-03; k1670 = 1.000000e+00; k1671 = 1.000000e+00; k1672 = 1.000000e-03; k1673 = 1.000000e+00; k1674 = 1.000000e+00; k1675 = 2.000000e-03; k1676 = 2.000000e-01; k1677 = 1.000000e+00; k1678 = 1.000000e-03; k1679 = 1.000000e-01; k1680 = 1.000000e-02; k1681 = 1.300000e-02; k1682 = 1.000000e-03; k1683 = 1.000000e-01; k1684 = 1.000000e+00; k1685 = 1.000000e-02; k1686 = 1.000000e-03; k1687 = 1.000000e-01; k1688 = 1.000000e+00; k1689 = 1.000000e-02; k1690 = 1.000000e-03; k1691 = 1.000000e-01; k1692 = 1.000000e+00; k1693 = 2.000000e-02; k1694 = 2.000000e+00; k1695 = 1.000000e+01; k1696 = 0.000000e+00; k1697 = 1.000000e-01; k1698 = 1.000000e+00; k1699 = 1.000000e+00; k1700 = 1.000000e-03; k1701 = 1.000000e-01; k1702 = 1.000000e+00; k1703 = 1.000000e-03; k1704 = 1.000000e-01; k1705 = 1.000000e+00; k1706 = 1.000000e-03; k1707 = 1.000000e-01; k1708 = 1.000000e+00; k1709 = 1.000000e+00; k1710 = 1.100000e-02; k1711 = 0.000000e+00; k1712 = 1.000000e-03; k1713 = 1.000000e-01; k1714 = 1.000000e+00; k1715 = 9.000000e-01; k1716 = 1.100000e-02; k1717 = 1.000000e-03; k1718 = 1.000000e-01; k1719 = 1.000000e+00; k1720 = 1.000000e+00; k1721 = 1.000000e-03; k1722 = 1.000000e-01; k1723 = 1.000000e+00; k1724 = 1.000000e-03; k1725 = 1.000000e-01; k1726 = 1.000000e+00; k1727 = 1.000000e-03; k1728 = 1.000000e-02; k1729 = 1.000000e+00; k1730 = 1.000000e+02; k1731 = 1.000000e-03; k1732 = 1.000000e-01; k1733 = 1.000000e-03; k1734 = 1.000000e-01; k1735 = 1.000000e+00; k1736 = 1.000000e-03; k1737 = 0.000000e+00; k1738 = 1.000000e-01; k1739 = 1.000000e-02; k1740 = 1.000000e+00; k1741 = 1.000000e+01; k1742 = 1.000000e-03; k1743 = 1.000000e-01; k1744 = 1.000000e-03; k1745 = 1.000000e-01; k1746 = 1.000000e-03; k1747 = 1.000000e-04; k1748 = 5.000000e-02; k1749 = 5.000000e+00; k1750 = 1.000000e+01; k1751 = 1.000000e-02; k1752 = 5.000000e-02; k1753 = 5.000000e+00; k1754 = 1.000000e+01; k1755 = 1.000000e-03; k1756 = 1.000000e+00; k1757 = 1.000000e-04; k1758 = 1.000000e-03; k1759 = 1.000000e-01; k1760 = 1.000000e+00; k1761 = 1.000000e-02; k1762_1 = 6.000000e+01; k1762_2 = 4.000000e+00; k1762_3 = 2.000000e+02; k1763 = 1.000000e-02; k1764 = 1.200000e-02; k1765 = 1.800000e-02; k1766 = 1.000000e-02; k1767 = 1.000000e+00; k1768 = 1.000000e+00; k1769 = 1.000000e-04; k1770 = 1.000000e-01; k1771 = 1.000000e-01; k1772 = 1.000000e-01; k1773 = 1.000000e-02; k1774 = 1.000000e-03; k1775_1 = 1.000000e+00; k1775_2 = 4.000000e+00; k1775_3 = 1.000000e-01; k1776 = 1.000000e-03; k1777 = 1.000000e-04; k1778 = 1.000000e-01; k1779 = 1.000000e+00; k1780 = 1.000000e+01; k1781 = 1.000000e-02; k1782 = 1.000000e-02; k1783 = 1.000000e+00; k1784 = 1.000000e+01; k1785 = 3.000000e-02; k1786 = 5.000000e-03; k1787 = 1.000000e-01; k1788 = 1.000000e+00; k1789 = 1.000000e-03; k1790 = 1.000000e-03; k1791 = 1.000000e-01; k1792 = 1.000000e+00; k1793 = 1.000000e-03; k1794 = 1.000000e-03; k1795 = 1.000000e-04; k1796 = 1.000000e-03; k1797 = 1.000000e-03; k1798 = 1.000000e-04; k1799 = 1.000000e-03; k1800 = 1.000000e-02; k1801_1 = 4.830000e-01; k1802_1 = 1.000000e-03; k1803 = 1.000000e-01; k1804 = 1.000000e-02; k1805 = 5.000000e-02; k1806 = 1.000000e-02; k1807 = 1.000000e-01; k1808 = 1.000000e-05; k1809 = 1.000000e-01; k1810 = 1.000000e-02; k1811 = 5.000000e-06; k1812 = 1.000000e-02; k1813 = 4.000000e-04; k1814 = 1.000000e-02; k1815 = 1.000000e-03; k1816 = 1.000000e-04; k1817 = 1.000000e-03; k1818 = 1.000000e-04; k1819 = 0.000000e+00; k1820 = 0.000000e+00; k1821 = 0.000000e+00; k1822 = 0.000000e+00; k1823 = 1.000000e-03; k1824 = 1.000000e-01; k1825 = 1.000000e+00; k1826 = 5.000000e-03; k1827 = 1.000000e-03; k1828 = 1.000000e-01; k1829 = 1.000000e+00; k1830 = 1.000000e-03; k1831 = 1.000000e-01; k1832 = 1.000000e+00; k1833 = 1.000000e-03; k1834 = 2.688368e-06; k1835 = 2.688368e-03; k1836 = 1.925409e-04; k1837 = 2.688368e-06; k1838 = 2.339785e-04; k1839 = 2.856690e-05; k1840 = 2.339785e-06; k1841 = 2.327990e-04; k1842 = 2.327990e-06; k1843 = 5.321161e-05; k1844 = 2.339785e-06; k1845 = 2.856690e-05; k1846 = 2.504434e-06; k1847 = 2.504434e-06; k1848 = 2.832733e-06; k1849 = 2.832733e-04; k1850 = 1.219627e-04; k1851 = 2.832733e-06; k1852 = 2.471324e-04; k1853 = 2.471324e-06; k1854 = 1.219627e-04; k1855 = 1.219627e-04; k1856 = 2.471324e-06; k1857 = 1.219627e-04; k1858 = 2.471324e-06; k1859 = 1.219627e-04; k1860 = 1.320401e-06; k1861 = 2.099911e-06; k1862 = 1.320401e-06; k1863 = 6.060462e-06; k1864 = 6.060462e-06; k1865 = 6.060462e-06; k1866 = 6.060462e-06; k1867 = 2.099911e-06; k1868 = 2.856690e-05; k1869 = 2.856690e-05; k1870 = 2.327990e-06; k1871 = 1.219627e-04; k1872 = 1.219627e-04; k1873 = 1.283606e-04; k1874 = 6.418029e-05; k1875 = 1.219627e-04; k1876 = 6.418029e-05; k1877 = 6.418029e-04; k1878 = 9.247881e-06; k1879 = 9.247881e-05; k1880 = 9.247881e-06; k1881 = 1.514877e-05; k1882 = 1.039638e-05; k1883 = 0.000000e+00; k1884 = 1.514877e-05; k1885 = 1.514877e-05; k1886 = 1.514877e-05; k1887 = 1.514877e-05; k1888 = 1.039638e-05; k1889 = 1.233051e-05; k1890 = 1.039638e-05; k1891 = 1.233051e-05; k1892 = 0.000000e+00; k1893 = 6.546783e-06; k1894 = 6.546783e-06; k1895 = 6.546783e-06; k1896 = 2.873745e-05; k1897 = 1.514877e-05; k1898 = 1.233051e-05; k1899 = 0.000000e+00; k1900 = 6.546783e-06; k1901 = 6.418029e-05; k1902 = 6.546783e-06; k1903 = 1.514877e-05; k1904 = 1.514877e-05; k1905 = 1.514877e-05; k1906 = 1.514877e-05; k1907 = 1.514877e-05; k1908 = 1.233051e-05; k1909 = 1.514877e-05; k1910 = 1.233051e-05; k1911 = 1.233051e-05; k1912 = 1.233051e-05; k1913 = 1.039638e-05; k1914 = 0.000000e+00; k1915 = 1.514877e-05; k1916 = 1.233051e-05; k1917 = 0.000000e+00; k1918 = 6.546783e-06; k1919 = 6.418029e-05; k1920 = 6.546783e-06; k1921 = 6.546783e-06; k1922 = 2.873745e-05; k1923 = 1.514877e-05; k1924 = 1.514877e-05; k1925 = 1.514877e-05; k1926 = 1.233051e-05; k1927 = 1.233051e-05; k1928 = 0.000000e+00; k1929 = 6.546783e-06; k1930 = 6.418029e-05; k1931 = 6.546783e-06; k1932 = 6.546783e-06; k1933 = 2.873745e-05; k1934 = 1.514877e-05; k1935 = 1.039638e-05; k1936 = 3.431828e-06; k1937 = 1.514877e-05; k1938 = 1.514877e-05; k1939 = 1.514877e-05; k1940 = 1.514877e-05; k1941 = 1.514877e-05; k1942 = 1.514877e-05; k1943 = 1.514877e-05; k1944 = 1.514877e-05; k1945 = 1.233051e-05; k1946 = 1.233051e-05; k1947 = 1.514877e-05; k1948 = 1.233051e-05; k1949 = 1.233051e-05; k1950 = 1.039638e-05; k1951 = 0.000000e+00; k1952 = 1.514877e-05; k1953 = 1.233051e-05; k1954 = 0.000000e+00; k1955 = 0.000000e+00; k1956 = 6.546783e-06; k1957 = 6.546783e-06; k1958 = 6.418029e-05; k1959 = 6.418029e-05; k1960 = 6.546783e-06; k1961 = 6.546783e-06; k1962 = 6.546783e-06; k1963 = 2.873745e-05; k1964 = 6.546783e-06; k1965 = 2.873745e-05; k1966 = 5.816945e-05; k1967 = 5.816945e-05; k1968 = 5.816945e-05; k1969 = 5.816945e-05; k1970 = 9.627044e-05; k1971 = 9.627044e-05; k1972 = 9.627044e-05; k1973 = 9.627044e-05; k1974 = 9.627044e-05; k1975 = 9.627044e-05; k1976 = 9.627044e-05; k1977 = 9.627044e-05; k1978 = 9.627044e-05; k1979 = 9.627044e-05; k1980 = 9.627044e-05; k1981 = 9.627044e-05; k1982 = 9.627044e-05; k1983 = 9.627044e-05; k1984 = 9.627044e-05; k1985 = 9.627044e-05; k1986 = 9.627044e-05; k1987 = 9.627044e-05; k1988 = 9.627044e-05; k1989 = 9.627044e-05; k1990 = 9.627044e-05; k1991 = 9.627044e-05; k1992 = 9.627044e-05; k1993 = 9.627044e-05; k1994 = 9.627044e-05; k1995 = 9.627044e-05; k1996 = 9.627044e-05; k1997 = 9.627044e-05; k1998 = 9.627044e-05; k1999 = 2.130100e-04; k2000 = 2.130100e-04; k2001 = 8.371100e-04; k2002 = 8.371100e-04; k2003 = 2.130100e-04; k2004 = 2.130100e-04; k2005 = 2.130100e-04; k2006 = 2.130100e-04; k2007 = 8.710600e-05; k2008 = 8.710600e-05; k2009 = 2.130100e-04; k2010 = 8.710600e-05; k2011 = 8.710600e-05; k2012 = 8.710600e-05; k2013 = 8.710600e-05; k2014 = 2.130100e-04; k2015 = 8.710600e-05; k2016 = 8.710600e-05; k2017 = 8.710600e-05; k2018 = 8.710600e-05; k2019 = 8.710600e-05; k2020 = 8.710600e-05; k2021 = 8.710600e-05; k2022 = 8.710600e-05; k2023 = 8.710600e-05; k2024 = 8.710600e-05; k2025 = 8.710600e-05; k2026 = 8.710600e-05; k2027 = 8.710600e-05; k2028 = 2.130100e-04; k2029 = 2.130100e-04; k2030 = 8.371100e-04; k2031 = 8.371100e-04; k2032 = 2.130100e-04; k2033 = 2.130100e-04; k2034 = 2.130100e-04; k2035 = 2.130100e-04; k2036 = 8.710600e-05; k2037 = 8.710600e-05; k2038 = 2.130100e-04; k2039 = 8.710600e-05; k2040 = 8.710600e-05; k2041 = 8.710600e-05; k2042 = 8.710600e-05; k2043 = 2.130100e-04; k2044 = 8.710600e-05; k2045 = 8.710600e-05; k2046 = 8.710600e-05; k2047 = 8.710600e-05; k2048 = 8.710600e-05; k2049 = 8.710600e-05; k2050 = 8.710600e-05; k2051 = 8.710600e-05; k2052 = 8.710600e-05; k2053 = 8.710600e-05; k2054 = 8.710600e-05; k2055 = 8.710600e-05; k2056 = 8.710600e-05; k2057 = 8.710600e-05; k2058 = 8.710600e-05; k2059 = 8.710600e-05; k2060 = 8.710600e-05; k2061 = 1.514877e-05; k2062 = 1.514877e-05; k2063 = 1.514877e-05; k2064 = 1.514877e-05; k2065 = 1.514877e-05; k2066 = 1.514877e-05; k2067 = 1.514877e-05; k2068 = 1.514877e-05; k2069 = 1.233051e-05; k2070 = 1.233051e-05; k2071 = 1.514877e-05; k2072 = 1.233051e-05; k2073 = 1.233051e-05; k2074 = 1.118124e-05; k2075 = 1.118124e-05; k2076 = 1.514877e-05; k2077 = 1.233051e-05; k2078 = 1.118124e-05; k2079 = 1.118124e-05; k2080 = 1.118124e-05; k2081 = 1.118124e-05; k2082 = 6.418029e-05; k2083 = 6.418029e-05; k2084 = 1.118124e-05; k2085 = 1.118124e-05; k2086 = 5.816945e-05; k2087 = 5.816945e-05; k2088 = 5.816945e-05; k2089 = 5.816945e-05; k2090 = 2.130100e-04; k2091 = 2.130100e-04; k2092 = 8.371100e-04; k2093 = 8.371100e-04; k2094 = 2.130100e-04; k2095 = 2.130100e-04; k2096 = 2.130100e-04; k2097 = 2.130100e-04; k2098 = 8.710600e-05; k2099 = 8.710600e-05; k2100 = 2.130100e-04; k2101 = 8.710600e-05; k2102 = 8.710600e-05; k2103 = 8.710600e-05; k2104 = 8.710600e-05; k2105 = 2.130100e-04; k2106 = 8.710600e-05; k2107 = 8.710600e-05; k2108 = 8.710600e-05; k2109 = 8.710600e-05; k2110 = 8.710600e-05; k2111 = 8.710600e-05; k2112 = 8.710600e-05; k2113 = 8.710600e-05; k2114 = 8.710600e-05; k2115 = 8.710600e-05; k2116 = 8.710600e-05; k2117 = 8.710600e-05; k2118 = 8.710600e-05; k2119 = 1.514877e-05; k2120 = 1.514877e-05; k2121 = 1.514877e-05; k2122 = 1.514877e-05; k2123 = 1.514877e-05; k2124 = 1.514877e-05; k2125 = 1.514877e-05; k2126 = 1.514877e-05; k2127 = 1.233051e-05; k2128 = 1.233051e-05; k2129 = 1.514877e-05; k2130 = 1.233051e-05; k2131 = 1.233051e-05; k2132 = 1.039638e-05; k2133 = 6.217013e-06; k2134 = 1.514877e-05; k2135 = 1.233051e-05; k2136 = 6.217013e-06; k2137 = 6.217013e-06; k2138 = 6.546783e-06; k2139 = 6.546783e-06; k2140 = 6.418029e-05; k2141 = 6.418029e-05; k2142 = 6.546783e-06; k2143 = 6.546783e-06; k2144 = 5.816945e-05; k2145 = 5.816945e-05; k2146 = 5.816945e-05; k2147 = 5.816945e-05; k2148 = 1.514877e-05; k2149 = 1.514877e-05; k2150 = 1.514877e-05; k2151 = 1.514877e-05; k2152 = 1.514877e-05; k2153 = 1.514877e-05; k2154 = 1.514877e-05; k2155 = 1.514877e-05; k2156 = 1.233051e-05; k2157 = 1.233051e-05; k2158 = 1.514877e-05; k2159 = 1.233051e-05; k2160 = 1.233051e-05; k2161 = 1.039638e-05; k2162 = 4.809915e-06; k2163 = 1.514877e-05; k2164 = 1.233051e-05; k2165 = 4.809915e-06; k2166 = 4.809915e-06; k2167 = 6.546783e-06; k2168 = 6.546783e-06; k2169 = 6.418029e-05; k2170 = 6.418029e-05; k2171 = 6.546783e-06; k2172 = 6.546783e-06; k2173 = 5.816945e-05; k2174 = 5.816945e-05; k2175 = 5.816945e-05; k2176 = 5.816945e-05; k2177 = 1.514877e-05; k2178 = 1.514877e-05; k2179 = 1.514877e-05; k2180 = 1.514877e-05; k2181 = 1.514877e-05; k2182 = 1.514877e-05; k2183 = 1.514877e-05; k2184 = 1.514877e-05; k2185 = 1.233051e-05; k2186 = 1.233051e-05; k2187 = 1.514877e-05; k2188 = 1.233051e-05; k2189 = 1.233051e-05; k2190 = 1.039638e-05; k2191 = 8.993035e-06; k2192 = 1.514877e-05; k2193 = 1.233051e-05; k2194 = 8.993035e-06; k2195 = 8.993035e-06; k2196 = 8.993035e-06; k2197 = 8.993035e-06; k2198 = 6.418029e-05; k2199 = 6.418029e-05; k2200 = 8.993035e-06; k2201 = 8.993035e-06; k2202 = 5.816945e-05; k2203 = 5.816945e-05; k2204 = 5.816945e-05; k2205 = 5.816945e-05; k2206 = 2.130100e-04; k2207 = 2.130100e-04; k2208 = 8.371100e-04; k2209 = 8.371100e-04; k2210 = 2.130100e-04; k2211 = 2.130100e-04; k2212 = 2.130100e-04; k2213 = 2.130100e-04; k2214 = 8.710600e-05; k2215 = 8.710600e-05; k2216 = 2.130100e-04; k2217 = 8.710600e-05; k2218 = 8.710600e-05; k2219 = 8.710600e-05; k2220 = 8.710600e-05; k2221 = 2.130100e-04; k2222 = 8.710600e-05; k2223 = 8.710600e-05; k2224 = 8.710600e-05; k2225 = 8.710600e-05; k2226 = 8.710600e-05; k2227 = 8.710600e-05; k2228 = 8.710600e-05; k2229 = 8.710600e-05; k2230 = 8.710600e-05; k2231 = 8.710600e-05; k2232 = 8.710600e-05; k2233 = 8.710600e-05; k2234 = 8.710600e-05; k2235 = 1.514877e-05; k2236 = 1.514877e-05; k2237 = 1.514877e-05; k2238 = 1.514877e-05; k2239 = 1.514877e-05; k2240 = 1.514877e-05; k2241 = 1.514877e-05; k2242 = 1.514877e-05; k2243 = 1.233051e-05; k2244 = 1.233051e-05; k2245 = 1.514877e-05; k2246 = 1.233051e-05; k2247 = 1.233051e-05; k2248 = 1.118124e-05; k2249 = 1.118124e-05; k2250 = 1.514877e-05; k2251 = 1.233051e-05; k2252 = 1.118124e-05; k2253 = 1.118124e-05; k2254 = 1.118124e-05; k2255 = 1.118124e-05; k2256 = 6.418029e-05; k2257 = 6.418029e-05; k2258 = 1.118124e-05; k2259 = 1.118124e-05; k2260 = 5.816945e-05; k2261 = 5.816945e-05; k2262 = 5.816945e-05; k2263 = 5.816945e-05; k2264 = 1.514877e-05; k2265 = 1.514877e-05; k2266 = 1.514877e-05; k2267 = 1.514877e-05; k2268 = 1.514877e-05; k2269 = 1.514877e-05; k2270 = 1.514877e-05; k2271 = 1.514877e-05; k2272 = 1.233051e-05; k2273 = 1.233051e-05; k2274 = 1.514877e-05; k2275 = 1.233051e-05; k2276 = 1.233051e-05; k2277 = 1.039638e-05; k2278 = 6.217013e-06; k2279 = 1.514877e-05; k2280 = 1.233051e-05; k2281 = 6.217013e-06; k2282 = 6.217013e-06; k2283 = 6.546783e-06; k2284 = 6.546783e-06; k2285 = 6.418029e-05; k2286 = 6.418029e-05; k2287 = 6.546783e-06; k2288 = 6.546783e-06; k2289 = 5.816945e-05; k2290 = 5.816945e-05; k2291 = 5.816945e-05; k2292 = 5.816945e-05; k2293 = 1.514877e-05; k2294 = 1.514877e-05; k2295 = 1.514877e-05; k2296 = 1.514877e-05; k2297 = 1.514877e-05; k2298 = 1.514877e-05; k2299 = 1.514877e-05; k2300 = 1.514877e-05; k2301 = 1.233051e-05; k2302 = 1.233051e-05; k2303 = 1.514877e-05; k2304 = 1.233051e-05; k2305 = 1.233051e-05; k2306 = 1.039638e-05; k2307 = 4.809915e-06; k2308 = 1.514877e-05; k2309 = 1.233051e-05; k2310 = 4.809915e-06; k2311 = 4.809915e-06; k2312 = 6.546783e-06; k2313 = 6.546783e-06; k2314 = 6.418029e-05; k2315 = 6.418029e-05; k2316 = 6.546783e-06; k2317 = 6.546783e-06; k2318 = 5.816945e-05; k2319 = 5.816945e-05; k2320 = 5.816945e-05; k2321 = 5.816945e-05; k2322 = 1.514877e-05; k2323 = 1.514877e-05; k2324 = 1.514877e-05; k2325 = 1.514877e-05; k2326 = 1.514877e-05; k2327 = 1.514877e-05; k2328 = 1.514877e-05; k2329 = 1.514877e-05; k2330 = 1.233051e-05; k2331 = 1.233051e-05; k2332 = 1.514877e-05; k2333 = 1.233051e-05; k2334 = 1.233051e-05; k2335 = 1.039638e-05; k2336 = 8.993035e-06; k2337 = 1.514877e-05; k2338 = 1.233051e-05; k2339 = 8.993035e-06; k2340 = 8.993035e-06; k2341 = 8.993035e-06; k2342 = 8.993035e-06; k2343 = 6.418029e-05; k2344 = 6.418029e-05; k2345 = 8.993035e-06; k2346 = 8.993035e-06; k2347 = 5.816945e-05; k2348 = 5.816945e-05; k2349 = 5.816945e-05; k2350 = 5.816945e-05; k2351 = 1.118124e-05; k2352 = 1.118124e-05; k2353 = 4.809915e-06; k2354 = 4.809915e-06; k2355 = 2.546837e-05; k2356 = 2.546837e-05; k2357 = 1.000000e-05; k2358 = 1.000000e-05; k2359 = 1.080000e-02; k2360 = 6.776427e-06; k2361 = 6.863611e-06; k2362 = 2.489216e-06; k2363 = 9.622233e-06; k2364 = 9.622233e-06; k2365 = 9.622233e-06; k2366 = 2.218213e-06; k2367 = 2.218213e-06; k2368 = 3.431828e-06; k2369 = 3.431828e-06; k2370 = 3.230288e-06; k2371 = 3.230288e-06; k2372 = 4.813522e-05; k2373 = 4.813522e-05; k2374 = 4.813522e-05; k2375 = 1.335235e-05; k2376 = 1.335235e-05; k2377 = 8.100000e-02; k2378 = 4.830000e-05; k2379 = 4.830000e-05; k2380 = 5.754195e-06; k2381 = 5.754195e-06; k2382 = 5.754195e-06; k2383 = 7.006582e-06; k2384 = 5.754195e-06; k2385 = 7.241101e-06; k2386 = 5.754195e-06; k2387 = 5.854086e-06; k2388 = 5.352819e-06; k2389 = 5.352819e-06; k2390 = 3.179866e-06; k2391 = 5.927070e-07; k2392 = 9.622233e-06; k2393 = 3.431828e-06; k2394 = 3.431828e-06; k2395 = 4.145121e-05; k2396 = 8.400562e-06; k2397 = 6.411618e-06; k2398 = 3.027372e-05; k2399 = 1.118124e-05; k2400 = 9.622233e-06; k2401 = 6.863611e-06; k2402 = 6.863611e-06; k2403 = 3.431828e-06; k2404 = 9.622233e-06; k2405 = 9.622233e-06; k2406 = 3.431828e-06; k2407 = 3.431828e-06; k2408 = 3.431828e-06; k2409 = 2.567212e-04; k2410 = 2.567212e-04; k2411 = 2.567212e-04; k2412 = 2.567212e-04; k2413 = 3.179866e-06; k2414 = 1.448329e-06; k2415 = 7.006582e-06; k2416 = 7.241101e-06; k2417 = 5.854086e-06; k2418 = 5.754195e-06; k2419 = 5.352819e-06; k2420 = 8.400562e-06; k2421 = 3.027372e-05; k2422 = 2.546837e-05; k2423 = 5.754195e-06; k2424 = 2.546837e-05; k2425 = 2.567212e-04; k2426 = 2.567212e-04; k2427 = 2.567212e-04; k2428 = 9.622233e-06; k2429 = 9.622233e-06; k2430 = 9.622233e-06; k2431 = 9.622233e-06; k2432 = 3.027372e-05; k2433 = 9.622233e-06; k2434 = 9.622233e-06; k2435 = 9.622233e-06; k2436 = 4.145121e-06; k2437 = 2.218213e-06; k2438 = 5.754195e-06; # Other declarations: const Cytoplasm, Extracellular, Nucleus, Mitochondrion; # Unit definitions: unit time_unit = second; unit volume = litre; unit substance = 1e-9 mole; unit nM = 1e-9 mole / litre; end