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Copy pathsystem-pbpk_template.txt
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885 lines (848 loc) · 60.1 KB
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# Author: name <email>
#
# System Units:
#
# mass [=] ?
# volume [=] ml
# concentration [=] ?
# time [=] hr
# #-------------#
# | References |
# #-------------#
#
#
# This system file contains the parameters from the following model:
#
# Shah, D. K., & Betts, A. M. (2012). Towards a platform PBPK model to
# characterize the plasma and tissue disposition of monoclonal antibodies in
# preclinical species and human. Journal of pharmacokinetics and
# biopharmaceutics, 39(1), 67-86. #
#
# This contains all of the species using the following nomenclature:
#
# MO - mouse
# RA - rat
# RH - rhesus monkey
# HU - human
#
# This is provided to demonstrate how parameter sets and mathematical sets can
# be used to switch between species easily. Slight modifications have been
# made. Namely the other ("OT") tissue compartment is calculated instead of
# being specified explicitly. The Total provided represent the values of all
# components provided in the original reference and the other is the total
# minus the sum of the components. This is done to prevent artifacts
# associated with rounding when the parameters were presented in the
# publication.
#
#
# The following control parameters are used as internal switches:
#
# EN_SP_XX where X is the species above.
#
# To switch between species simply set the human (default species) to zero and
# the species you want to 1. For example to specify rat as the species:
#
# EN_SP_HU = 0
# EN_SP_RA = 1
#
# This should be done using the PSET notation below or at the scripting level.
# Its not a good idea to change the defaults below.
#
#
# Common conversions
#
# Half-life to rate:
#
# ln(2)
# kel = -----
# thalf
#
# Convert ng/ml to nM
#
# ng 1000 ml nmoles
# X -- x ------- x --------------- = X/MW (KDA)
# ml 1L MW (KDA)*1000 ng
#
# Convert from nM to ng/ml:
#
# X nM ===> X*MW(KDA)
#
# Converting dose in mpk to nmoles
#
# mg 1e6 ng 1 nmole
# X -- x BW(kg) x ------ x ----------------- => X*1e3*BW/MW
# kg 1 mg MW (KDA) * 1000
#
#
# Converting dose in mpk to nM
#
# mg 1e6 ng 1 nmole 1
# X -- x BW(kg) x ------ x ----------------- x --- => X*1e3*BW/MW/Vp
# kg 1 mg MW (KDA) * 1000 V(L)
#
# Define Sets
#
# <SET:SETNAME> E1; E2; E3
# #-------------#
# | Parameters |
# #-------------#
#
# System parameters
# name value lower upper units editable grouping
# bound bound
# Mathematical sets
# All tissues for normal organs defined in the system parameters
<SET:ATI> AD; BO; BR; HE; KI; LI; LU; LV; MU; PA; SI; SK; SP; TH; TOT
# All tissues for normal organs defined in the system parameters
# Except the TOT tissue. This is used to define the parameters
# for the other (OT) tissue
<SET:ATI_NO_TOT> AD; BO; BR; HE; KI; LI; LU; LV; MU; PA; SI; SK; SP; TH
# Normal organ tissues (same as ATI but with TOT removed and OT (other) added
<SET:TI> AD; BO; BR; HE; KI; LI; LU; LV; MU; PA; SI; SK; SP; TH; OT
# Species
<SET:SP> HU; MO; RA; RH
# All system parameter names for normal organs
<SET:APN> V_TOT; V_PL; V_BC; V_IN; V_EN; V_CL; Q_PL; Q_BC
# Name Value Lower Bound Upper Bound Units Editable Grouping
# Species control parameters
<P> EN_SP_HU 1.0000 0 1 --- no SP_Control
<P> EN_SP_MO 0 0 1 --- no SP_Control
<P> EN_SP_RA 0 0 1 --- no SP_Control
<P> EN_SP_RH 0 0 1 --- no SP_Control
# Mouse : General
<P> BW_MO 0.0280 eps inf kg no General
<P> BW_R_MO 0.0280 eps inf kg no General
<P> V_TOT_LN_MO 0.1130 eps inf ml no General
<P> V_CL_LN_MO 0.1130 eps inf ml no General
<P> Q_PL_LN_MO 1.6500 eps inf ml/hr no General
<P> Q_BC_LN_MO 1.3500 eps inf ml/hr no General
<P> V_TOT_BC_MO 0.7730 eps inf ml no General
<P> Q_BC_MO 305.0000 eps inf ml/hr no General
<P> V_TOT_PL_MO 0.9440 eps inf ml no General
<P> Q_PL_MO 373.0000 eps inf ml/hr no General
# Mouse : Adipose
<P> V_TOT_AD_MO 1.98 eps inf ml no Adipose
<P> V_PL_AD_MO 0.0218 eps inf ml no Adipose
<P> V_BC_AD_MO 0.298 eps inf ml no Adipose
<P> V_IN_AD_MO 0.337 eps inf ml no Adipose
<P> V_EN_AD_MO 0.00991 eps inf ml no Adipose
<P> V_CL_AD_MO 1.6 eps inf ml no Adipose
<P> Q_PL_AD_MO 13.4 eps inf ml/hr no Adipose
<P> Q_BC_AD_MO 11 eps inf ml/hr no Adipose
# Mouse : Bone
<P> V_TOT_BO_MO 2.82 eps inf ml no Bone
<P> V_PL_BO_MO 0.0621 eps inf ml no Bone
<P> V_BC_BO_MO 0.378 eps inf ml no Bone
<P> V_IN_BO_MO 0.525 eps inf ml no Bone
<P> V_EN_BO_MO 0.0141 eps inf ml no Bone
<P> V_CL_BO_MO 2.17 eps inf ml no Bone
<P> Q_PL_BO_MO 15.2 eps inf ml/hr no Bone
<P> Q_BC_BO_MO 12.4 eps inf ml/hr no Bone
# Mouse : Brain
<P> V_TOT_BR_MO 0.485 eps inf ml no Brain
<P> V_PL_BR_MO 0.0107 eps inf ml no Brain
<P> V_BC_BR_MO 0.041 eps inf ml no Brain
<P> V_IN_BR_MO 0.0873 eps inf ml no Brain
<P> V_EN_BR_MO 0.00243 eps inf ml no Brain
<P> V_CL_BR_MO 0.376 eps inf ml no Brain
<P> Q_PL_BR_MO 11.8 eps inf ml/hr no Brain
<P> Q_BC_BR_MO 9.64 eps inf ml/hr no Brain
# Mouse : Heart
<P> V_TOT_HE_MO 0.152 eps inf ml no Heart
<P> V_PL_HE_MO 0.00585 eps inf ml no Heart
<P> V_BC_HE_MO 0.0323 eps inf ml no Heart
<P> V_IN_HE_MO 0.0217 eps inf ml no Heart
<P> V_EN_HE_MO 0.00076 eps inf ml no Heart
<P> V_CL_HE_MO 0.119 eps inf ml no Heart
<P> Q_PL_HE_MO 36.5 eps inf ml/hr no Heart
<P> Q_BC_HE_MO 29.9 eps inf ml/hr no Heart
# Mouse : Kidney
<P> V_TOT_KI_MO 0.525 eps inf ml no Kidney
<P> V_PL_KI_MO 0.0289 eps inf ml no Kidney
<P> V_BC_KI_MO 0.108 eps inf ml no Kidney
<P> V_IN_KI_MO 0.0788 eps inf ml no Kidney
<P> V_EN_KI_MO 0.00263 eps inf ml no Kidney
<P> V_CL_KI_MO 0.391 eps inf ml no Kidney
<P> Q_PL_KI_MO 68.5 eps inf ml/hr no Kidney
<P> Q_BC_KI_MO 56.1 eps inf ml/hr no Kidney
# Mouse : Lg_INT
<P> V_TOT_LI_MO 0.314 eps inf ml no Lg_INT
<P> V_PL_LI_MO 0.005 eps inf ml no Lg_INT
<P> V_BC_LI_MO 0.0375 eps inf ml no Lg_INT
<P> V_IN_LI_MO 0.0545 eps inf ml no Lg_INT
<P> V_EN_LI_MO 0.00157 eps inf ml no Lg_INT
<P> V_CL_LI_MO 0.248 eps inf ml no Lg_INT
<P> Q_PL_LI_MO 17.3 eps inf ml/hr no Lg_INT
<P> Q_BC_LI_MO 14.1 eps inf ml/hr no Lg_INT
# Mouse : Lung
<P> V_TOT_LU_MO 0.204 eps inf ml no Lung
<P> V_PL_LU_MO 0.0295 eps inf ml no Lung
<P> V_BC_LU_MO 0.189 eps inf ml no Lung
<P> V_IN_LU_MO 0.0384 eps inf ml no Lung
<P> V_EN_LU_MO 0.00102 eps inf ml no Lung
<P> V_CL_LU_MO 0.111 eps inf ml no Lung
<P> Q_PL_LU_MO 373 eps inf ml/hr no Lung
<P> Q_BC_LU_MO 305 eps inf ml/hr no Lung
# Mouse : Liver
<P> V_TOT_LV_MO 1.93 eps inf ml no Liver
<P> V_PL_LV_MO 0.164 eps inf ml no Liver
<P> V_BC_LV_MO 1.1 eps inf ml no Liver
<P> V_IN_LV_MO 0.385 eps inf ml no Liver
<P> V_EN_LV_MO 0.00963 eps inf ml no Liver
<P> V_CL_LV_MO 1.23 eps inf ml no Liver
<P> Q_PL_LV_MO 10.3 eps inf ml/hr no Liver
<P> Q_BC_LV_MO 8.4 eps inf ml/hr no Liver
# Mouse : Muscle
<P> V_TOT_MU_MO 11.3 eps inf ml no Muscle
<P> V_PL_MU_MO 0.249 eps inf ml no Muscle
<P> V_BC_MU_MO 2.19 eps inf ml no Muscle
<P> V_IN_MU_MO 1.47 eps inf ml no Muscle
<P> V_EN_MU_MO 0.0566 eps inf ml no Muscle
<P> V_CL_MU_MO 9.34 eps inf ml no Muscle
<P> Q_PL_MU_MO 86.1 eps inf ml/hr no Muscle
<P> Q_BC_MU_MO 70.5 eps inf ml/hr no Muscle
# Mouse : Pancreas
<P> V_TOT_PA_MO 0.097 eps inf ml no Pancreas
<P> V_PL_PA_MO 0.00534 eps inf ml no Pancreas
<P> V_BC_PA_MO 0.0448 eps inf ml no Pancreas
<P> V_IN_PA_MO 0.0169 eps inf ml no Pancreas
<P> V_EN_PA_MO 0.000485 eps inf ml no Pancreas
<P> V_CL_PA_MO 0.0699 eps inf ml no Pancreas
<P> Q_PL_PA_MO 6.24 eps inf ml/hr no Pancreas
<P> Q_BC_PA_MO 5.1 eps inf ml/hr no Pancreas
# Mouse : Sm_Int
<P> V_TOT_SI_MO 0.728 eps inf ml no Sm_Int
<P> V_PL_SI_MO 0.0116 eps inf ml no Sm_Int
<P> V_BC_SI_MO 0.0651 eps inf ml no Sm_Int
<P> V_IN_SI_MO 0.127 eps inf ml no Sm_Int
<P> V_EN_SI_MO 0.00364 eps inf ml no Sm_Int
<P> V_CL_SI_MO 0.577 eps inf ml no Sm_Int
<P> Q_PL_SI_MO 58.1 eps inf ml/hr no Sm_Int
<P> Q_BC_SI_MO 47.5 eps inf ml/hr no Sm_Int
# Mouse : Skin
<P> V_TOT_SK_MO 5.02 eps inf ml no Skin
<P> V_PL_SK_MO 0.188 eps inf ml no Skin
<P> V_BC_SK_MO 1.53 eps inf ml no Skin
<P> V_IN_SK_MO 1.66 eps inf ml no Skin
<P> V_EN_SK_MO 0.0251 eps inf ml no Skin
<P> V_CL_SK_MO 3 eps inf ml no Skin
<P> Q_PL_SK_MO 27.8 eps inf ml/hr no Skin
<P> Q_BC_SK_MO 22.8 eps inf ml/hr no Skin
# Mouse : Spleen
<P> V_TOT_SP_MO 0.127 eps inf ml no Spleen
<P> V_PL_SP_MO 0.0154 eps inf ml no Spleen
<P> V_BC_SP_MO 0.274 eps inf ml no Spleen
<P> V_IN_SP_MO 0.0254 eps inf ml no Spleen
<P> V_EN_SP_MO 0.000635 eps inf ml no Spleen
<P> V_CL_SP_MO 0.073 eps inf ml no Spleen
<P> Q_PL_SP_MO 8.18 eps inf ml/hr no Spleen
<P> Q_BC_SP_MO 6.7 eps inf ml/hr no Spleen
# Mouse : Thymus
<P> V_TOT_TH_MO 0.009 eps inf ml no Thymus
<P> V_PL_TH_MO 5e-04 eps inf ml no Thymus
<P> V_BC_TH_MO 0.00432 eps inf ml no Thymus
<P> V_IN_TH_MO 0.00153 eps inf ml no Thymus
<P> V_EN_TH_MO 5e-05 eps inf ml no Thymus
<P> V_CL_TH_MO 0.00653 eps inf ml no Thymus
<P> Q_PL_TH_MO 1.19 eps inf ml/hr no Thymus
<P> Q_BC_TH_MO 0.97 eps inf ml/hr no Thymus
# Mouse : Total
<P> V_TOT_TOT_MO 26.156 eps inf ml no Total
<P> V_PL_TOT_MO 0.81719 eps inf ml no Total
<P> V_BC_TOT_MO 6.50102 eps inf ml no Total
<P> V_IN_TOT_MO 4.90823 eps inf ml no Total
<P> V_EN_TOT_MO 0.13089 eps inf ml no Total
<P> V_CL_TOT_MO 19.6594 eps inf ml no Total
<P> Q_PL_TOT_MO 744.51 eps inf ml/hr no Total
<P> Q_BC_TOT_MO 609.02 eps inf ml/hr no Total
# Rat : General
<P> BW_RA 0.2800 eps inf kg no General
<P> BW_R_RA 0.2800 eps inf kg no General
<P> V_TOT_LN_RA 1.1500 eps inf ml no General
<P> V_CL_LN_RA 1.1500 eps inf ml no General
<P> Q_PL_LN_RA 16.8000 eps inf ml/hr no General
<P> Q_BC_LN_RA 13.8000 eps inf ml/hr no General
<P> V_TOT_BC_RA 7.4100 eps inf ml no General
<P> Q_BC_RA 2.409e+03 eps inf ml/hr no General
<P> V_TOT_PL_RA 9.0600 eps inf ml no General
<P> Q_PL_RA 2.945e+03 eps inf ml/hr no General
# Rat : Adipose
<P> V_TOT_AD_RA 33.1 eps inf ml no Adipose
<P> V_PL_AD_RA 0.364 eps inf ml no Adipose
<P> V_BC_AD_RA 0.298 eps inf ml no Adipose
<P> V_IN_AD_RA 5.63 eps inf ml no Adipose
<P> V_EN_AD_RA 0.166 eps inf ml no Adipose
<P> V_CL_AD_RA 26.7 eps inf ml no Adipose
<P> Q_PL_AD_RA 224 eps inf ml/hr no Adipose
<P> Q_BC_AD_RA 184 eps inf ml/hr no Adipose
# Rat : Bone
<P> V_TOT_BO_RA 21 eps inf ml no Bone
<P> V_PL_BO_RA 0.462 eps inf ml no Bone
<P> V_BC_BO_RA 0.378 eps inf ml no Bone
<P> V_IN_BO_RA 3.9 eps inf ml no Bone
<P> V_EN_BO_RA 0.105 eps inf ml no Bone
<P> V_CL_BO_RA 16.1 eps inf ml no Bone
<P> Q_PL_BO_RA 61.4 eps inf ml/hr no Bone
<P> Q_BC_BO_RA 50.2 eps inf ml/hr no Bone
# Rat : Brain
<P> V_TOT_BR_RA 2.28 eps inf ml no Brain
<P> V_PL_BR_RA 0.0502 eps inf ml no Brain
<P> V_BC_BR_RA 0.041 eps inf ml no Brain
<P> V_IN_BR_RA 0.41 eps inf ml no Brain
<P> V_EN_BR_RA 0.0114 eps inf ml no Brain
<P> V_CL_BR_RA 1.77 eps inf ml no Brain
<P> Q_PL_BR_RA 65.3 eps inf ml/hr no Brain
<P> Q_BC_BR_RA 53.5 eps inf ml/hr no Brain
# Rat : Heart
<P> V_TOT_HE_RA 1.02 eps inf ml no Heart
<P> V_PL_HE_RA 0.0394 eps inf ml no Heart
<P> V_BC_HE_RA 0.0323 eps inf ml no Heart
<P> V_IN_HE_RA 0.146 eps inf ml no Heart
<P> V_EN_HE_RA 0.00512 eps inf ml no Heart
<P> V_CL_HE_RA 0.801 eps inf ml no Heart
<P> Q_PL_HE_RA 151 eps inf ml/hr no Heart
<P> Q_BC_HE_RA 124 eps inf ml/hr no Heart
# Rat : Kidney
<P> V_TOT_KI_RA 2.41 eps inf ml no Kidney
<P> V_PL_KI_RA 0.132 eps inf ml no Kidney
<P> V_BC_KI_RA 0.108 eps inf ml no Kidney
<P> V_IN_KI_RA 0.361 eps inf ml no Kidney
<P> V_EN_KI_RA 0.012 eps inf ml no Kidney
<P> V_CL_KI_RA 1.79 eps inf ml no Kidney
<P> Q_PL_KI_RA 365 eps inf ml/hr no Kidney
<P> Q_BC_KI_RA 298 eps inf ml/hr no Kidney
# Rat : Lg_INT
<P> V_TOT_LI_RA 2.87 eps inf ml no Lg_INT
<P> V_PL_LI_RA 0.0458 eps inf ml no Lg_INT
<P> V_BC_LI_RA 0.0375 eps inf ml no Lg_INT
<P> V_IN_LI_RA 0.5 eps inf ml no Lg_INT
<P> V_EN_LI_RA 0.0144 eps inf ml no Lg_INT
<P> V_CL_LI_RA 2.28 eps inf ml no Lg_INT
<P> Q_PL_LI_RA 158 eps inf ml/hr no Lg_INT
<P> Q_BC_LI_RA 130 eps inf ml/hr no Lg_INT
# Rat : Lung
<P> V_TOT_LU_RA 1.4 eps inf ml no Lung
<P> V_PL_LU_RA 0.231 eps inf ml no Lung
<P> V_BC_LU_RA 0.189 eps inf ml no Lung
<P> V_IN_LU_RA 0.263 eps inf ml no Lung
<P> V_EN_LU_RA 0.007 eps inf ml no Lung
<P> V_CL_LU_RA 0.71 eps inf ml no Lung
<P> Q_PL_LU_RA 2945 eps inf ml/hr no Lung
<P> Q_BC_LU_RA 2409 eps inf ml/hr no Lung
# Rat : Liver
<P> V_TOT_LV_RA 15.7 eps inf ml no Liver
<P> V_PL_LV_RA 1.34 eps inf ml no Liver
<P> V_BC_LV_RA 1.1 eps inf ml no Liver
<P> V_IN_LV_RA 2.56 eps inf ml no Liver
<P> V_EN_LV_RA 0.0787 eps inf ml no Liver
<P> V_CL_LV_RA 10.7 eps inf ml no Liver
<P> Q_PL_LV_RA 21.1 eps inf ml/hr no Liver
<P> Q_BC_LV_RA 17.3 eps inf ml/hr no Liver
# Rat : Muscle
<P> V_TOT_MU_RA 122 eps inf ml no Muscle
<P> V_PL_MU_RA 2.68 eps inf ml no Muscle
<P> V_BC_MU_RA 2.19 eps inf ml no Muscle
<P> V_IN_MU_RA 15.8 eps inf ml no Muscle
<P> V_EN_MU_RA 0.608 eps inf ml no Muscle
<P> V_CL_MU_RA 100 eps inf ml no Muscle
<P> Q_PL_MU_RA 925 eps inf ml/hr no Muscle
<P> Q_BC_MU_RA 757 eps inf ml/hr no Muscle
# Rat : Pancreas
<P> V_TOT_PA_RA 1 eps inf ml no Pancreas
<P> V_PL_PA_RA 0.0547 eps inf ml no Pancreas
<P> V_BC_PA_RA 0.0448 eps inf ml no Pancreas
<P> V_IN_PA_RA 0.173 eps inf ml no Pancreas
<P> V_EN_PA_RA 0.00498 eps inf ml no Pancreas
<P> V_CL_PA_RA 0.717 eps inf ml no Pancreas
<P> Q_PL_PA_RA 63.4 eps inf ml/hr no Pancreas
<P> Q_BC_PA_RA 51.8 eps inf ml/hr no Pancreas
# Rat : Sm_Int
<P> V_TOT_SI_RA 4.99 eps inf ml no Sm_Int
<P> V_PL_SI_RA 0.0795 eps inf ml no Sm_Int
<P> V_BC_SI_RA 0.0651 eps inf ml no Sm_Int
<P> V_IN_SI_RA 0.867 eps inf ml no Sm_Int
<P> V_EN_SI_RA 0.0249 eps inf ml no Sm_Int
<P> V_CL_SI_RA 3.95 eps inf ml no Sm_Int
<P> Q_PL_SI_RA 398 eps inf ml/hr no Sm_Int
<P> Q_BC_SI_RA 325 eps inf ml/hr no Sm_Int
# Rat : Skin
<P> V_TOT_SK_RA 49.9 eps inf ml no Skin
<P> V_PL_SK_RA 1.87 eps inf ml no Skin
<P> V_BC_SK_RA 1.53 eps inf ml no Skin
<P> V_IN_SK_RA 16.5 eps inf ml no Skin
<P> V_EN_SK_RA 0.249 eps inf ml no Skin
<P> V_CL_SK_RA 29.8 eps inf ml no Skin
<P> Q_PL_SK_RA 200 eps inf ml/hr no Skin
<P> Q_BC_SK_RA 163 eps inf ml/hr no Skin
# Rat : Spleen
<P> V_TOT_SP_RA 2.77 eps inf ml no Spleen
<P> V_PL_SP_RA 0.335 eps inf ml no Spleen
<P> V_BC_SP_RA 0.274 eps inf ml no Spleen
<P> V_IN_SP_RA 0.554 eps inf ml no Spleen
<P> V_EN_SP_RA 0.0138 eps inf ml no Spleen
<P> V_CL_SP_RA 1.59 eps inf ml no Spleen
<P> Q_PL_SP_RA 179 eps inf ml/hr no Spleen
<P> Q_BC_SP_RA 146 eps inf ml/hr no Spleen
# Rat : Thymus
<P> V_TOT_TH_RA 0.096 eps inf ml no Thymus
<P> V_PL_TH_RA 0.00528 eps inf ml no Thymus
<P> V_BC_TH_RA 0.00432 eps inf ml no Thymus
<P> V_IN_TH_RA 0.0163 eps inf ml no Thymus
<P> V_EN_TH_RA 0.00048 eps inf ml no Thymus
<P> V_CL_TH_RA 0.0696 eps inf ml no Thymus
<P> Q_PL_TH_RA 12.2 eps inf ml/hr no Thymus
<P> Q_BC_TH_RA 10 eps inf ml/hr no Thymus
# Rat : Total
<P> V_TOT_TOT_RA 266.626 eps inf ml no Total
<P> V_PL_TOT_RA 7.94488 eps inf ml no Total
<P> V_BC_TOT_RA 6.50102 eps inf ml no Total
<P> V_IN_TOT_RA 48.7203 eps inf ml no Total
<P> V_EN_TOT_RA 1.33128 eps inf ml no Total
<P> V_CL_TOT_RA 201.528 eps inf ml no Total
<P> Q_PL_TOT_RA 5873.4 eps inf ml/hr no Total
<P> Q_BC_TOT_RA 4804.4 eps inf ml/hr no Total
# Rhesus : General
<P> BW_RH 6.2000 eps inf kg no General
<P> BW_R_RH 6.2000 eps inf kg no General
<P> V_TOT_LN_RH 25.1000 eps inf ml no General
<P> V_CL_LN_RH 25.1000 eps inf ml no General
<P> Q_PL_LN_RH 363.0000 eps inf ml/hr no General
<P> Q_BC_LN_RH 297.0000 eps inf ml/hr no General
<P> V_TOT_BC_RH 153.0000 eps inf ml no General
<P> Q_BC_RH 1.836e+04 eps inf ml/hr no General
<P> V_TOT_PL_RH 187.0000 eps inf ml no General
<P> Q_PL_RH 2.243e+04 eps inf ml/hr no General
# Rhesus : Adipose
<P> V_TOT_AD_RH 154 eps inf ml no Adipose
<P> V_PL_AD_RH 1.7 eps inf ml no Adipose
<P> V_BC_AD_RH 1.39 eps inf ml no Adipose
<P> V_IN_AD_RH 26.3 eps inf ml no Adipose
<P> V_EN_AD_RH 0.772 eps inf ml no Adipose
<P> V_CL_AD_RH 124 eps inf ml no Adipose
<P> Q_PL_AD_RH 139 eps inf ml/hr no Adipose
<P> Q_BC_AD_RH 113 eps inf ml/hr no Adipose
# Rhesus : Bone
<P> V_TOT_BO_RH 952 eps inf ml no Bone
<P> V_PL_BO_RH 20.9 eps inf ml no Bone
<P> V_BC_BO_RH 17.1 eps inf ml no Bone
<P> V_IN_BO_RH 177 eps inf ml no Bone
<P> V_EN_BO_RH 4.76 eps inf ml no Bone
<P> V_CL_BO_RH 732 eps inf ml no Bone
<P> Q_PL_BO_RH 248 eps inf ml/hr no Bone
<P> Q_BC_BO_RH 203 eps inf ml/hr no Bone
# Rhesus : Brain
<P> V_TOT_BR_RH 94 eps inf ml no Brain
<P> V_PL_BR_RH 2.07 eps inf ml no Brain
<P> V_BC_BR_RH 1.69 eps inf ml no Brain
<P> V_IN_BR_RH 16.9 eps inf ml no Brain
<P> V_EN_BR_RH 0.47 eps inf ml no Brain
<P> V_CL_BR_RH 72.9 eps inf ml no Brain
<P> Q_PL_BR_RH 1508 eps inf ml/hr no Brain
<P> Q_BC_BR_RH 1234 eps inf ml/hr no Brain
# Rhesus : Heart
<P> V_TOT_HE_RH 28.3 eps inf ml no Heart
<P> V_PL_HE_RH 1.09 eps inf ml no Heart
<P> V_BC_HE_RH 0.892 eps inf ml no Heart
<P> V_IN_HE_RH 4.05 eps inf ml no Heart
<P> V_EN_HE_RH 0.142 eps inf ml no Heart
<P> V_CL_HE_RH 22.2 eps inf ml no Heart
<P> Q_PL_HE_RH 696 eps inf ml/hr no Heart
<P> Q_BC_HE_RH 570 eps inf ml/hr no Heart
# Rhesus : Kidney
<P> V_TOT_KI_RH 27.3 eps inf ml no Kidney
<P> V_PL_KI_RH 1.5 eps inf ml no Kidney
<P> V_BC_KI_RH 1.23 eps inf ml no Kidney
<P> V_IN_KI_RH 4.09 eps inf ml no Kidney
<P> V_EN_KI_RH 0.136 eps inf ml no Kidney
<P> V_CL_KI_RH 20.3 eps inf ml no Kidney
<P> Q_PL_KI_RH 3237 eps inf ml/hr no Kidney
<P> Q_BC_KI_RH 2649 eps inf ml/hr no Kidney
# Rhesus : Lg_INT
<P> V_TOT_LI_RH 140 eps inf ml no Lg_INT
<P> V_PL_LI_RH 2.24 eps inf ml no Lg_INT
<P> V_BC_LI_RH 1.83 eps inf ml no Lg_INT
<P> V_IN_LI_RH 24.4 eps inf ml no Lg_INT
<P> V_EN_LI_RH 0.702 eps inf ml no Lg_INT
<P> V_CL_LI_RH 111 eps inf ml no Lg_INT
<P> Q_PL_LI_RH 3571 eps inf ml/hr no Lg_INT
<P> Q_BC_LI_RH 2921 eps inf ml/hr no Lg_INT
# Rhesus : Lung
<P> V_TOT_LU_RH 35.7 eps inf ml no Lung
<P> V_PL_LU_RH 1.96 eps inf ml no Lung
<P> V_BC_LU_RH 1.61 eps inf ml no Lung
<P> V_IN_LU_RH 10.7 eps inf ml no Lung
<P> V_EN_LU_RH 0.179 eps inf ml no Lung
<P> V_CL_LU_RH 21.2 eps inf ml no Lung
<P> Q_PL_LU_RH 22433 eps inf ml/hr no Lung
<P> Q_BC_LU_RH 18355 eps inf ml/hr no Lung
# Rhesus : Liver
<P> V_TOT_LV_RH 187 eps inf ml no Liver
<P> V_PL_LV_RH 15.9 eps inf ml no Liver
<P> V_BC_LV_RH 13 eps inf ml no Liver
<P> V_IN_LV_RH 37.4 eps inf ml no Liver
<P> V_EN_LV_RH 0.934 eps inf ml no Liver
<P> V_CL_LV_RH 120 eps inf ml no Liver
<P> Q_PL_LV_RH 1251 eps inf ml/hr no Liver
<P> Q_BC_LV_RH 1023 eps inf ml/hr no Liver
# Rhesus : Muscle
<P> V_TOT_MU_RH 3273 eps inf ml no Muscle
<P> V_PL_MU_RH 72 eps inf ml no Muscle
<P> V_BC_MU_RH 58.9 eps inf ml no Muscle
<P> V_IN_MU_RH 426 eps inf ml no Muscle
<P> V_EN_MU_RH 16.4 eps inf ml no Muscle
<P> V_CL_MU_RH 2701 eps inf ml no Muscle
<P> Q_PL_MU_RH 3944 eps inf ml/hr no Muscle
<P> Q_BC_MU_RH 3227 eps inf ml/hr no Muscle
# Rhesus : Pancreas
<P> V_TOT_PA_RH 12.5 eps inf ml no Pancreas
<P> V_PL_PA_RH 0.685 eps inf ml no Pancreas
<P> V_BC_PA_RH 0.56 eps inf ml no Pancreas
<P> V_IN_PA_RH 2.17 eps inf ml no Pancreas
<P> V_EN_PA_RH 0.0623 eps inf ml no Pancreas
<P> V_CL_PA_RH 8.98 eps inf ml no Pancreas
<P> Q_PL_PA_RH 399 eps inf ml/hr no Pancreas
<P> Q_BC_PA_RH 327 eps inf ml/hr no Pancreas
# Rhesus : Sm_Int
<P> V_TOT_SI_RH 98.7 eps inf ml no Sm_Int
<P> V_PL_SI_RH 1.57 eps inf ml no Sm_Int
<P> V_BC_SI_RH 1.29 eps inf ml no Sm_Int
<P> V_IN_SI_RH 17.2 eps inf ml no Sm_Int
<P> V_EN_SI_RH 0.494 eps inf ml no Sm_Int
<P> V_CL_SI_RH 78.2 eps inf ml no Sm_Int
<P> Q_PL_SI_RH 3432 eps inf ml/hr no Sm_Int
<P> Q_BC_SI_RH 2808 eps inf ml/hr no Sm_Int
# Rhesus : Skin
<P> V_TOT_SK_RH 674 eps inf ml no Skin
<P> V_PL_SK_RH 25.2 eps inf ml no Skin
<P> V_BC_SK_RH 20.6 eps inf ml no Skin
<P> V_IN_SK_RH 223 eps inf ml no Skin
<P> V_EN_SK_RH 3.37 eps inf ml no Skin
<P> V_CL_SK_RH 403 eps inf ml no Skin
<P> Q_PL_SK_RH 2492 eps inf ml/hr no Skin
<P> Q_BC_SK_RH 2039 eps inf ml/hr no Skin
# Rhesus : Spleen
<P> V_TOT_SP_RH 5.95 eps inf ml no Spleen
<P> V_PL_SP_RH 0.72 eps inf ml no Spleen
<P> V_BC_SP_RH 0.589 eps inf ml no Spleen
<P> V_IN_SP_RH 1.19 eps inf ml no Spleen
<P> V_EN_SP_RH 0.0298 eps inf ml no Spleen
<P> V_CL_SP_RH 3.42 eps inf ml no Spleen
<P> Q_PL_SP_RH 185 eps inf ml/hr no Spleen
<P> Q_BC_SP_RH 151 eps inf ml/hr no Spleen
# Rhesus : Thymus
<P> V_TOT_TH_RH 2.09 eps inf ml no Thymus
<P> V_PL_TH_RH 0.115 eps inf ml no Thymus
<P> V_BC_TH_RH 0.0941 eps inf ml no Thymus
<P> V_IN_TH_RH 0.355 eps inf ml no Thymus
<P> V_EN_TH_RH 0.0105 eps inf ml no Thymus
<P> V_CL_TH_RH 1.52 eps inf ml no Thymus
<P> Q_PL_TH_RH 125 eps inf ml/hr no Thymus
<P> Q_BC_TH_RH 103 eps inf ml/hr no Thymus
# Rhesus : Total
<P> V_TOT_TOT_RH 5816.54 eps inf ml no Total
<P> V_PL_TOT_RH 153.21 eps inf ml no Total
<P> V_BC_TOT_RH 125.325 eps inf ml no Total
<P> V_IN_TOT_RH 993.455 eps inf ml no Total
<P> V_EN_TOT_RH 29.1236 eps inf ml no Total
<P> V_CL_TOT_RH 4518.62 eps inf ml no Total
<P> Q_PL_TOT_RH 44505 eps inf ml/hr no Total
<P> Q_BC_TOT_RH 36414 eps inf ml/hr no Total
# Human : General
<P> BW_HU 71.0000 eps inf kg no General
<P> BW_R_HU 71.0000 eps inf kg no General
<P> V_TOT_LN_HU 274.0000 eps inf ml no General
<P> V_CL_LN_HU 274.0000 eps inf ml no General
<P> Q_PL_LN_HU 3.670e+03 eps inf ml/hr no General
<P> Q_BC_LN_HU 3.002e+03 eps inf ml/hr no General
<P> V_TOT_BC_HU 2.558e+03 eps inf ml no General
<P> Q_BC_HU 1.488e+05 eps inf ml/hr no General
<P> V_TOT_PL_HU 3.126e+03 eps inf ml no General
<P> Q_PL_HU 1.819e+05 eps inf ml/hr no General
# Human : Adipose
<P> V_TOT_AD_HU 13465 eps inf ml no Adipose
<P> V_PL_AD_HU 148 eps inf ml no Adipose
<P> V_BC_AD_HU 121 eps inf ml no Adipose
<P> V_IN_AD_HU 2289 eps inf ml no Adipose
<P> V_EN_AD_HU 67.3 eps inf ml no Adipose
<P> V_CL_AD_HU 10840 eps inf ml no Adipose
<P> Q_PL_AD_HU 11233 eps inf ml/hr no Adipose
<P> Q_BC_AD_HU 9191 eps inf ml/hr no Adipose
# Human : Bone
<P> V_TOT_BO_HU 10165 eps inf ml no Bone
<P> V_PL_BO_HU 224 eps inf ml no Bone
<P> V_BC_BO_HU 183 eps inf ml no Bone
<P> V_IN_BO_HU 1891 eps inf ml no Bone
<P> V_EN_BO_HU 50.8 eps inf ml no Bone
<P> V_CL_BO_HU 7817 eps inf ml no Bone
<P> Q_PL_BO_HU 2591 eps inf ml/hr no Bone
<P> Q_BC_BO_HU 2120 eps inf ml/hr no Bone
# Human : Brain
<P> V_TOT_BR_HU 1450 eps inf ml no Brain
<P> V_PL_BR_HU 31.9 eps inf ml no Brain
<P> V_BC_BR_HU 26.1 eps inf ml no Brain
<P> V_IN_BR_HU 261 eps inf ml no Brain
<P> V_EN_BR_HU 7.25 eps inf ml no Brain
<P> V_CL_BR_HU 1124 eps inf ml no Brain
<P> Q_PL_BR_HU 21453 eps inf ml/hr no Brain
<P> Q_BC_BR_HU 17553 eps inf ml/hr no Brain
# Human : Heart
<P> V_TOT_HE_HU 341 eps inf ml no Heart
<P> V_PL_HE_HU 13.1 eps inf ml no Heart
<P> V_BC_HE_HU 10.8 eps inf ml no Heart
<P> V_IN_HE_HU 48.8 eps inf ml no Heart
<P> V_EN_HE_HU 1.71 eps inf ml no Heart
<P> V_CL_HE_HU 267 eps inf ml no Heart
<P> Q_PL_HE_HU 7752 eps inf ml/hr no Heart
<P> Q_BC_HE_HU 6342 eps inf ml/hr no Heart
# Human : Kidney
<P> V_TOT_KI_HU 332 eps inf ml no Kidney
<P> V_PL_KI_HU 18.2 eps inf ml no Kidney
<P> V_BC_KI_HU 14.9 eps inf ml no Kidney
<P> V_IN_KI_HU 49.8 eps inf ml no Kidney
<P> V_EN_KI_HU 1.66 eps inf ml no Kidney
<P> V_CL_KI_HU 247 eps inf ml no Kidney
<P> Q_PL_KI_HU 36402 eps inf ml/hr no Kidney
<P> Q_BC_KI_HU 29784 eps inf ml/hr no Kidney
# Human : Lg_INT
<P> V_TOT_LI_HU 548 eps inf ml no Lg_INT
<P> V_PL_LI_HU 8.74 eps inf ml no Lg_INT
<P> V_BC_LI_HU 7.15 eps inf ml no Lg_INT
<P> V_IN_LI_HU 95.3 eps inf ml no Lg_INT
<P> V_EN_LI_HU 2.74 eps inf ml no Lg_INT
<P> V_CL_LI_HU 434 eps inf ml no Lg_INT
<P> Q_PL_LI_HU 12867 eps inf ml/hr no Lg_INT
<P> Q_BC_LI_HU 10527 eps inf ml/hr no Lg_INT
# Human : Lung
<P> V_TOT_LU_HU 1000 eps inf ml no Lung
<P> V_PL_LU_HU 55 eps inf ml no Lung
<P> V_BC_LU_HU 45 eps inf ml no Lung
<P> V_IN_LU_HU 300 eps inf ml no Lung
<P> V_EN_LU_HU 5 eps inf ml no Lung
<P> V_CL_LU_HU 595 eps inf ml no Lung
<P> Q_PL_LU_HU 181913 eps inf ml/hr no Lung
<P> Q_BC_LU_HU 148838 eps inf ml/hr no Lung
# Human : Liver
<P> V_TOT_LV_HU 2143 eps inf ml no Liver
<P> V_PL_LV_HU 183 eps inf ml no Liver
<P> V_BC_LV_HU 149 eps inf ml no Liver
<P> V_IN_LV_HU 429 eps inf ml no Liver
<P> V_EN_LV_HU 10.7 eps inf ml no Liver
<P> V_CL_LV_HU 1371 eps inf ml no Liver
<P> Q_PL_LV_HU 13210 eps inf ml/hr no Liver
<P> Q_BC_LV_HU 10808 eps inf ml/hr no Liver
# Human : Muscle
<P> V_TOT_MU_HU 30078 eps inf ml no Muscle
<P> V_PL_MU_HU 662 eps inf ml no Muscle
<P> V_BC_MU_HU 541 eps inf ml no Muscle
<P> V_IN_MU_HU 3910 eps inf ml no Muscle
<P> V_EN_MU_HU 150 eps inf ml no Muscle
<P> V_CL_MU_HU 24815 eps inf ml no Muscle
<P> Q_PL_MU_HU 33469 eps inf ml/hr no Muscle
<P> Q_BC_MU_HU 27383 eps inf ml/hr no Muscle
# Human : Pancreas
<P> V_TOT_PA_HU 104 eps inf ml no Pancreas
<P> V_PL_PA_HU 5.7 eps inf ml no Pancreas
<P> V_BC_PA_HU 4.66 eps inf ml no Pancreas
<P> V_IN_PA_HU 18 eps inf ml no Pancreas
<P> V_EN_PA_HU 0.518 eps inf ml no Pancreas
<P> V_CL_PA_HU 74.7 eps inf ml no Pancreas
<P> Q_PL_PA_HU 3056 eps inf ml/hr no Pancreas
<P> Q_BC_PA_HU 2500 eps inf ml/hr no Pancreas
# Human : Sm_Int
<P> V_TOT_SI_HU 385 eps inf ml no Sm_Int
<P> V_PL_SI_HU 6.15 eps inf ml no Sm_Int
<P> V_BC_SI_HU 5.03 eps inf ml no Sm_Int
<P> V_IN_SI_HU 67.1 eps inf ml no Sm_Int
<P> V_EN_SI_HU 1.93 eps inf ml no Sm_Int
<P> V_CL_SI_HU 305 eps inf ml no Sm_Int
<P> Q_PL_SI_HU 12368 eps inf ml/hr no Sm_Int
<P> Q_BC_SI_HU 10120 eps inf ml/hr no Sm_Int
# Human : Skin
<P> V_TOT_SK_HU 3408 eps inf ml no Skin
<P> V_PL_SK_HU 127 eps inf ml no Skin
<P> V_BC_SK_HU 104 eps inf ml no Skin
<P> V_IN_SK_HU 1125 eps inf ml no Skin
<P> V_EN_SK_HU 17 eps inf ml no Skin
<P> V_CL_SK_HU 2035 eps inf ml no Skin
<P> Q_PL_SK_HU 11626 eps inf ml/hr no Skin
<P> Q_BC_SK_HU 9512 eps inf ml/hr no Skin
# Human : Spleen
<P> V_TOT_SP_HU 221 eps inf ml no Spleen
<P> V_PL_SP_HU 26.8 eps inf ml no Spleen
<P> V_BC_SP_HU 21.9 eps inf ml no Spleen
<P> V_IN_SP_HU 44.3 eps inf ml no Spleen
<P> V_EN_SP_HU 1.11 eps inf ml no Spleen
<P> V_CL_SP_HU 127 eps inf ml no Spleen
<P> Q_PL_SP_HU 6343 eps inf ml/hr no Spleen
<P> Q_BC_SP_HU 5189 eps inf ml/hr no Spleen
# Human : Thymus
<P> V_TOT_TH_HU 6.41 eps inf ml no Thymus
<P> V_PL_TH_HU 0.353 eps inf ml no Thymus
<P> V_BC_TH_HU 0.288 eps inf ml no Thymus
<P> V_IN_TH_HU 1.09 eps inf ml no Thymus
<P> V_EN_TH_HU 0.0321 eps inf ml no Thymus
<P> V_CL_TH_HU 4.65 eps inf ml no Thymus
<P> Q_PL_TH_HU 353 eps inf ml/hr no Thymus
<P> Q_BC_TH_HU 289 eps inf ml/hr no Thymus
# Human : Total
<P> V_TOT_TOT_HU 68498.4 eps inf ml no Total
<P> V_PL_TOT_HU 1713.94 eps inf ml no Total
<P> V_BC_TOT_HU 1400.83 eps inf ml no Total
<P> V_IN_TOT_HU 11360.4 eps inf ml no Total
<P> V_EN_TOT_HU 342.05 eps inf ml no Total
<P> V_CL_TOT_HU 53682.4 eps inf ml no Total
<P> Q_PL_TOT_HU 360157 eps inf ml/hr no Total
<P> Q_BC_TOT_HU 294673 eps inf ml/hr no Total
<PSET:default> Human
<PSET:MO>Mouse
<PSET:MO:EN_SP_HU> 0
<PSET:MO:EN_SP_MO> 1
<PSET:RA>Rat
<PSET:RA:EN_SP_HU> 0
<PSET:RA:EN_SP_RA> 1
<PSET:RH>Rhesus
<PSET:RH:EN_SP_HU> 0
<PSET:RH:EN_SP_RH> 1
#
# Covariates
# ---------
# For running simulations, we create covariates that are assocaited with the
# default parameter set
# # name times/values values units
# <CV:cvname> ; times; [ 0 10]; weeks
# <CV:cvname> ; values; [70 55]; kg
#
# These can either be interpolated linearly or as step funcitons
# # name
# <CVINTERP:cvname> linear
# <CVINTERP:cvname> step
#
# Interindividual Variability
# ---------------------------
# <IIV:ETANAME> 0.1 # Variance/diagonal element
# <IIV:ETANAME:LN> PNAME # Lognormal distirbution (LN) applied to parameter PNAME
# <IIVCOR:ETANAME1:ETANAME2> 0.01 # Covariance between ETANAME1 and ETANAME2
#
# Alernate Paramter Sets
# ----------------------
#
#<PSET:psetname> Pset Description
#<PSET:psetname:name> 0.0
#
# By default the covariates will take on the value specified using <CV> above,
# but they can be overwritten at the parameter set level
# <CVSET:psetname:cvname> ; times; [ 0 10]
# <CVSET:psetname:cvname> ; values; [60 55]
# Static Secondary Parameters
#--------------------------------------------=
# Defining parameters for the selected species
# General parameters (like BW) and "liquid" organ parameters (lymph, plasma
# and blood cells)
<As> BW = SIMINT_SET_SUM[SP][BW_{SP}*EN_SP_{SP}]
<As> BW_R = SIMINT_SET_SUM[SP][BW_R_{SP}*EN_SP_{SP}]
<As> V_TOT_LN = SIMINT_SET_SUM[SP][V_TOT_LN_{SP}*EN_SP_{SP}]
<As> V_CL_LN = SIMINT_SET_SUM[SP][V_CL_LN_{SP}*EN_SP_{SP}]
<As> Q_PL_LN = SIMINT_SET_SUM[SP][Q_PL_LN_{SP}*EN_SP_{SP}]
<As> Q_BC_LN = SIMINT_SET_SUM[SP][Q_BC_LN_{SP}*EN_SP_{SP}]
<As> V_TOT_BC = SIMINT_SET_SUM[SP][V_TOT_BC_{SP}*EN_SP_{SP}]
<As> Q_BC = SIMINT_SET_SUM[SP][Q_BC_{SP}*EN_SP_{SP}]
<As> V_TOT_PL = SIMINT_SET_SUM[SP][V_TOT_PL_{SP}*EN_SP_{SP}]
<As> Q_PL = SIMINT_SET_SUM[SP][Q_PL_{SP}*EN_SP_{SP}]
# Defining the "solid" organ parameters:
<As> {APN}_{ATI} = SIMINT_SET_SUM[SP][{APN}_{ATI}_{SP}*EN_SP_{SP}]
# Defining the other tissue as what remains when the other organs are
# subtracted from the total
<As> {APN}_OT = {APN}_TOT - SIMINT_SET_SUM[ATI_NO_TOT][{APN}_{ATI_NO_TOT}]
#--------------------------------------------=
# Dynamic Secondary Parameters
# ----------------------------
# <Ad> param_name = right hand side
# #-------------------#
# |Input Information |
# #-------------------#
#
# Bolus Events
# ------------
# # times/events state values scale units
# <B:times>; [ 0 ]; ?; ???
# <B:events>; ??; [1.0 ]; ?; ???
# Infusion Rate
# ------------
# # name time/levels values scale units
# <R:name>; times; [0 1]; 1; ????
# <R:name>; levels; [1 0]; 1; ????
#
# #-----------------------------#
# | ODEs, and State Information |
# #-----------------------------#
# Initial Conditions
# ------------------
# define the non-zero initial conditions
# <I> name = name0
# ODEs
# ----
# <ODE:state> right hand side
<ODE:TMP> 0.0
# Tissue Distribution
# -------------------
# state; compartment_volume; rate <C> state; compartment_volume; rate
# Rate Equation
# -------------
# state1 + state2 =rate=> state3 + state4
# Equilibrium
# -----------
# state1 + state2 <=rate_forward:rate_reverse=> state3 + state4
# Sources & Sinks
# ---------------
# production/source elimination/sink
# rate1; rate2 <S:name> rate3; rate4
# #---------#
# | Outputs |
# #---------#
# Outputs that begin with QC will not be displayed in the GUI
#
# <O> outputname = right hand side
<O> TMP_OBS = 0.0
# #------------#
# | Estimation |
# #------------#
# Variance Parameters
# --------------------
# name value lower upper units editable Label
# bound bound
# <VP> name -1 eps inf -- no Variance
# Default Dataset
# ---------------
# <DATA:FILE:CSV> data/mydata.csv
# <DATA:HEADER:AUTOMATIC>
# <DATA:HEADER:MANUAL> col1; col2; col3;
# #---------#
# | Options #
# #---------#
# General Options:
# specify different time scales
<TS:hours> 1.0
ling factor
# Specify the index of state 'name' to be 'number' in the different targets
# <INDEX:STATE:name> number
#
# Specify the index of output 'name' to be 'number' in the different targets
# <INDEX:OUTPUT:name> number
# Only relevant in Matlab and R
# -----------------------------
# Output Times
# <OPT:output_times> SIMINT_SEQ[0][100][1]
# default time scale
# <OPT:TS> name
# <OPT:ylim> [ymin ymax]
# <OPT:ylim> [ymin ymax]
#
# <AMTIFY> CONC; AMT; REL
# NONMEM options:
# <NONMEM:INPUT:DROP:dataset_column_name>
# <NONMEM:INPUT:RENAME:dataset_column_name> new_column_name
# Adapt Options
# Variance Model
# --------------
# <VE:OUTPUT> expression
# <VE:OUTPUT> Slope*SIMINT_POWER[PRED][2.0]