HR 0.06 realtime realtime hrf hrf 1000 TsK hrf 1000 Edia Esys Edia 1 time_ Ts 2 time_ 0 time_ Ts Edia Esys Edia 1 2 time_ Ts Ts 2 time_ 1.5 Ts time_ Ts Edia F_LA F_LV 1000 E_LA V_LA V_LA_0 P_LA_ext P_PV P_LA R_LA sub_X_LA V_LA conc_X_PV F_LA conc_X_LA F_LV 1000 realtime realtime hrf hrf 1000 PRint TsK hrf 1000 Edia Esys Edia 1 time_ Ts 2 time_ 0 time_ Ts Edia Esys Edia 1 2 time_ Ts Ts 2 time_ 1.5 Ts time_ Ts Edia F_LV F_AO F_CO 1000 E_LV V_LV V_LV_0 pLVPext P_LA P_LV R_LV P_LA P_LV 0 sub_X_LV V_LV conc_X_LA F_LV conc_X_LV F_AO F_CO 1000 P_LV 1 3 V_LV 200 F_AO F_AR F_CR 1000 1 L_AO P_LV P_AO R_AO L_AO F_AOalways 1000 F_AOalways P_LV P_AO 0 1 C_AO V_AO V_AO_0 sub_X_AO V_AO conc_X_LV F_AO conc_X_AO F_CR F_AR 1000 P_LV P_CO R_CO P_LV P_CO 0 P_CO P_RA R_COV F_CO F_COV 1000 1 C_CO V_CO V_CO_0 sub_X_CO V_CO conc_X_LV F_CO conc_X_CO F_COV 1000 P_AO P_CR R_CR P_CR P_VC R_CRV F_CR F_CRV 1000 1 C_CR V_CR V_CR_0 sub_X_CR V_CR conc_X_AO F_CR conc_X_CR F_CRV conc_X_CR conc_X_CRtissue D_CRtissue 1000 sub_X_CRtissue V_CRtissue conc_X_CR conc_X_CRtissue D_CRtissue 1000 F_AR F_AD F_MU F_GI F_LI F_KI F_OT F_SK 1000 P_AO P_AR R_AR 1 C_AR V_AR V_AR_0 sub_X_AR V_AR conc_X_AO F_AR conc_X_AR F_SK F_AD F_MU F_GI F_LI F_KI F_OT 1000 F_AD F_ADV 1000 P_AR P_AD R_AD P_AD P_VE R_ADV 1 C_AD V_AD V_AD_0 sub_X_AD V_AD conc_X_AR F_AD conc_X_AD F_ADV 1000 F_MU F_MUV 1000 P_AR P_MU R_MU P_MU P_VE R_MUV 1 C_MU V_MU V_MU_0 sub_X_MU V_MU conc_X_AR F_MU conc_X_MU F_MUV 1000 F_GI F_GIV 1000 P_AR P_GI R_GI P_GI P_LI R_GIV 1 C_GI V_GI V_GI_0 sub_X_GI V_GI conc_X_AR F_GI conc_X_GI F_GIV 1000 F_GIV F_LI F_LIV 1000 P_AR P_LI R_LI P_LI P_VE R_LIV 1 C_LI V_LI V_LI_0 sub_X_LI V_LI conc_X_GI F_GIV conc_X_AR F_LI conc_X_LI F_LIV conc_X_LI metabolism 1000 F_KI F_KIV 1000 P_AR P_KI R_KI P_KI P_VE R_KIV 1 C_KI V_KI V_KI_0 sub_X_KI V_KI conc_X_AR F_KI conc_X_KI F_KIV 1000 F_SK F_SKV 1000 P_AR P_SK R_SK P_SK P_VE R_SKV 1 C_SK V_SK V_SK_0 sub_X_SK V_SK conc_X_AR F_SK conc_X_SK F_SKV 1000 F_OT F_OTV 1000 P_AR P_OT R_OT P_OT P_VE R_OTV 1 C_OT V_OT V_OT_0 sub_X_OT V_OT conc_X_AR F_OT conc_X_OT F_OTV 1000 F_VE F_VEV 1000 F_SKV F_ADV F_MUV F_LIV F_KIV F_OTV P_VE P_VC R_VEV 1 C_VE V_VE V_VE_0 sub_X_VE V_VE conc_X_SK F_SKV conc_X_AD F_ADV conc_X_MU F_MUV conc_X_LI F_LIV conc_X_KI F_KIV conc_X_OT F_OTV conc_X_VE F_VEV 1000 F_VC F_VCV 1000 F_CRV F_VEV P_VC P_RA R_VCV 1 C_VC V_VC V_VC_0 sub_X_VC V_VC conc_X_VE F_VEV conc_X_CR F_CRV conc_X_VC F_VCV 1000 realtime realtime hrf hrf 1000 TsK hrf 1000 Edia Esys Edia 1 time_ Ts 2 time_ 0 time_ Ts Edia Esys Edia 1 2 time_ Ts Ts 2 time_ 1.5 Ts time_ Ts Edia F_RA F_RV 1000 E_RA V_RA V_RA_0 P_RA_ext F_VCV F_COV sub_X_RA V_RA conc_X_VC F_VCV conc_X_CO F_COV conc_X_RA F_RV 1000 realtime realtime hrf hrf 1000 PRinterval TsK hrf 1000 Edia Esys Edia 1 time_ Ts 2 time_ 0 time_ Ts Edia Esys Edia 1 2 time_ Ts Ts 2 time_ 1.5 Ts time_ Ts Edia F_RV F_PA 1000 E_RV V_RV V_RV_0 P_RV_ext P_RA P_RV R_RV P_RA P_RV 0 sub_X_RV V_RV conc_X_RA F_RV conc_X_RV F_PA 1000 P_RV P_PA R_PA P_RV P_PA 0 F_PA F_Pa 1000 1 C_PA V_PA V_PA_0 sub_X_PA V_PA conc_X_RV F_PA conc_X_PA F_Pa 1000 F_Pa F_PC F_SH 1000 P_PA P_Pa R_Pa 1 C_Pa V_Pa V_Pa_0 sub_X_Pa V_Pa conc_X_PA F_Pa conc_X_Pa F_PC F_SH 1000 P_Pa P_PC R_SH F_PC F_PCV 1000 P_Pa P_PC R_PC P_PC P_PV R_PCV 1 C_PC V_PC V_PC_0 sub_X_PC V_PC conc_X_Pa F_PC conc_X_PC F_PCV 1000 F_PV F_LA 1000 F_PCV F_SH 1 C_PV V_PV V_PV_0 sub_X_PV V_PV conc_X_PC F_PCV conc_X_Pa F_SH conc_X_PV F_LA 1000