This data.frame is typically used for the units argument for PKNCAdata().
If a unit is not given, then all of the units derived from that unit will be
NA.
Usage
pknca_units_table(concu, ...)
# Default S3 method
pknca_units_table(
concu,
doseu,
amountu,
timeu,
concu_pref = NULL,
doseu_pref = NULL,
amountu_pref = NULL,
timeu_pref = NULL,
conversions = data.frame(),
...
)
# S3 method for class 'PKNCAdata'
pknca_units_table(concu, ..., conversions = data.frame())Arguments
- concu, doseu, amountu, timeu
Units for concentration, dose, amount, and time in the source data
- ...
Additional arguments (not used)
- concu_pref, doseu_pref, amountu_pref, timeu_pref
Preferred units for reporting;
conversionswill be automatically.- conversions
An optional data.frame with columns of c("PPORRESU", "PPSTRESU", "conversion_factor") for the original calculation units, the standardized units, and a conversion factor to multiply the initial value by to get a standardized value. This argument overrides any preferred unit conversions from
concu_pref,doseu_pref,amountu_pref, ortimeu_pref.
Value
A unit conversion table with columns for "PPTESTCD" and "PPORRESU"
if conversions is not given, and adding "PPSTRESU" and
"conversion_factor" if conversions is given.
Secondary parameters and reference groups
A secondary parameter (renal clearance, bioavailability, a ratio; see
vignette("v09-secondary-parameters")) takes one value from the interval
requesting it and another from a reference interval, so its units are a
quotient of the two groups' units. When the PKNCAdata method finds more
than one set of units among the groups, the table therefore gains a
<group column>_ref column for each of its group columns and, for each
secondary parameter, one row per pair of (own group, reference group) with
"PPORRESU" composed from the correct side of each. Rows describing a
result that names no reference – every primary parameter, and a secondary
parameter calculated without a reference – hold NA in the _ref
columns, and results carrying no reference group join to them. A quotient
whose two sides are convertible into one another is dimensionless, and such
a row also gets "PPSTRESU" of "fraction" with the "conversion_factor" that
turns the raw quotient into that number.
With one set of units for every group there is no reference side to name
and no _ref column is added.
See also
The units argument for PKNCAdata()
Examples
pknca_units_table() # only parameters that are unitless
#> PPORRESU PPTESTCD
#> 1 unitless r.squared
#> 2 unitless adj.r.squared
#> 3 unitless lambda.z.corrxy
#> 4 unitless tobit_residual
#> 5 unitless adj_tobit_residual
#> 6 fraction ptr
#> 7 fraction ratio.cmax
#> 8 fraction ratio.auclast
#> 9 fraction ratio.aucint.last
#> 10 fraction ratio.aucint.all
#> 11 fraction span.ratio
#> 12 fraction f.last
#> 13 fraction f.int.last
#> 14 fraction f.int.all
#> 15 fraction f.obs
#> 16 fraction f.pred
#> 17 fraction f.int.obs
#> 18 fraction f.int.pred
#> 19 fraction ratio.aucinf.obs
#> 20 fraction ratio.aucinf.pred
#> 21 % deg.fluc
#> 22 % swing
#> 23 % aucivpbextlast
#> 24 % aucivpbextall
#> 25 % aucivpbextint.last
#> 26 % aucivpbextint.all
#> 27 % aucivpbextinf.obs
#> 28 % aucivpbextinf.pred
#> 29 % aucpext.obs
#> 30 % aucpext.pred
#> 31 count auclast_df
#> 32 count aucall_df
#> 33 count aumclast_df
#> 34 count aumcall_df
#> 35 count count_conc
#> 36 count count_conc_measured
#> 37 count sparse_auc_df
#> 38 count sparse_aumc_df
#> 39 count aucivlast_df
#> 40 count aucivall_df
#> 41 count aumcivlast_df
#> 42 count aumcivall_df
#> 43 count lambda.z.n.points
#> 44 count lambda.z.n.points_blq
#> 45 count aucinf.obs_df
#> 46 count aumcinf.obs_df
#> 47 count aucivinf.obs_df
#> 48 count aumcivinf.obs_df
#> 49 <NA> start
#> 50 <NA> end
#> 51 <NA> tmax
#> 52 <NA> tmin
#> 53 <NA> tlast
#> 54 <NA> tfirst
#> 55 <NA> mrt.last
#> 56 <NA> mrt.all
#> 57 <NA> mrt.int.all
#> 58 <NA> mrt.int.last
#> 59 <NA> mrt.iv.last
#> 60 <NA> tlag
#> 61 <NA> ertlst
#> 62 <NA> ertmax
#> 63 <NA> time_above
#> 64 <NA> half.life
#> 65 <NA> lambda.z.time.first
#> 66 <NA> lambda.z.time.last
#> 67 <NA> thalf.eff.last
#> 68 <NA> thalf.eff.iv.last
#> 69 <NA> mrt.sparse.last
#> 70 <NA> mrt.iv.all
#> 71 <NA> mrt.ivint.all
#> 72 <NA> mrt.ivint.last
#> 73 <NA> mrt.obs
#> 74 <NA> mrt.pred
#> 75 <NA> mrt.int.inf.obs
#> 76 <NA> mrt.int.inf.pred
#> 77 <NA> mrt.iv.obs
#> 78 <NA> mrt.iv.pred
#> 79 <NA> mrt.md.obs
#> 80 <NA> mrt.md.pred
#> 81 <NA> mrt.ivmd.obs
#> 82 <NA> mrt.ivmd.pred
#> 83 <NA> thalf.eff.obs
#> 84 <NA> thalf.eff.pred
#> 85 <NA> thalf.eff.iv.obs
#> 86 <NA> thalf.eff.iv.pred
#> 87 <NA> lambda.z
#> 88 <NA> kel.last
#> 89 <NA> kel.iv.last
#> 90 <NA> kel.all
#> 91 <NA> kel.int.all
#> 92 <NA> kel.int.last
#> 93 <NA> kel.iv.all
#> 94 <NA> kel.ivint.all
#> 95 <NA> kel.ivint.last
#> 96 <NA> kel.sparse.last
#> 97 <NA> kel.obs
#> 98 <NA> kel.pred
#> 99 <NA> kel.iv.obs
#> 100 <NA> kel.iv.pred
#> 101 <NA> kel.int.inf.obs
#> 102 <NA> kel.int.inf.pred
#> 103 <NA> c0
#> 104 <NA> cmax
#> 105 <NA> cmin
#> 106 <NA> clast.obs
#> 107 <NA> cav
#> 108 <NA> cav.int.last
#> 109 <NA> cav.int.all
#> 110 <NA> ctrough
#> 111 <NA> cstart
#> 112 <NA> ceoi
#> 113 <NA> clast.pred
#> 114 <NA> cav.int.inf.obs
#> 115 <NA> cav.int.inf.pred
#> 116 <NA> ae
#> 117 <NA> fe
#> 118 <NA> totdose
#> 119 <NA> cmax.dn
#> 120 <NA> cmin.dn
#> 121 <NA> clast.obs.dn
#> 122 <NA> clast.pred.dn
#> 123 <NA> cav.dn
#> 124 <NA> ctrough.dn
#> 125 <NA> vss.last
#> 126 <NA> vss.iv.last
#> 127 <NA> vss.all
#> 128 <NA> vss.int.all
#> 129 <NA> vss.int.last
#> 130 <NA> volpk
#> 131 <NA> vz.all
#> 132 <NA> vz.int.all
#> 133 <NA> vz.int.last
#> 134 <NA> vz.iv.all
#> 135 <NA> vz.iv.last
#> 136 <NA> vz.ivint.all
#> 137 <NA> vz.ivint.last
#> 138 <NA> vz.last
#> 139 <NA> vss.iv.all
#> 140 <NA> vss.ivint.all
#> 141 <NA> vss.ivint.last
#> 142 <NA> vss.sparse.last
#> 143 <NA> vz.obs
#> 144 <NA> vz.pred
#> 145 <NA> vz.int.inf.obs
#> 146 <NA> vz.int.inf.pred
#> 147 <NA> vz.iv.obs
#> 148 <NA> vz.iv.pred
#> 149 <NA> vz.sparse.last
#> 150 <NA> vss.obs
#> 151 <NA> vss.pred
#> 152 <NA> vss.iv.obs
#> 153 <NA> vss.iv.pred
#> 154 <NA> vss.md.obs
#> 155 <NA> vss.md.pred
#> 156 <NA> vss.ivmd.obs
#> 157 <NA> vss.ivmd.pred
#> 158 <NA> vss.int.inf.obs
#> 159 <NA> vss.int.inf.pred
#> 160 <NA> auclast
#> 161 <NA> auclast_se
#> 162 <NA> aucall
#> 163 <NA> aucall_se
#> 164 <NA> aucint.last
#> 165 <NA> aucint.all
#> 166 <NA> aucabove.predose.all
#> 167 <NA> aucabove.trough.all
#> 168 <NA> sparse_auclast
#> 169 <NA> sparse_auc_se
#> 170 <NA> aucivlast
#> 171 <NA> aucivlast_se
#> 172 <NA> aucivall
#> 173 <NA> aucivall_se
#> 174 <NA> aucivint.last
#> 175 <NA> aucivint.all
#> 176 <NA> aucinf.obs
#> 177 <NA> aucinf.obs_se
#> 178 <NA> aucinf.pred
#> 179 <NA> aucint.inf.obs
#> 180 <NA> aucint.inf.pred
#> 181 <NA> aucivinf.obs
#> 182 <NA> aucivinf.obs_se
#> 183 <NA> aucivinf.pred
#> 184 <NA> aumclast
#> 185 <NA> aumclast_se
#> 186 <NA> aumcall
#> 187 <NA> aumcall_se
#> 188 <NA> aumcint.last
#> 189 <NA> aumcint.all
#> 190 <NA> sparse_aumclast
#> 191 <NA> sparse_aumc_se
#> 192 <NA> aumcivlast
#> 193 <NA> aumcivlast_se
#> 194 <NA> aumcivall
#> 195 <NA> aumcivall_se
#> 196 <NA> aumcivint.last
#> 197 <NA> aumcivint.all
#> 198 <NA> aumcinf.obs
#> 199 <NA> aumcinf.obs_se
#> 200 <NA> aumcinf.pred
#> 201 <NA> aumcint.inf.obs
#> 202 <NA> aumcint.inf.pred
#> 203 <NA> aumcivinf.obs
#> 204 <NA> aumcivinf.obs_se
#> 205 <NA> aumcivinf.pred
#> 206 <NA> ermax
#> 207 <NA> erint
#> 208 <NA> erlst
#> 209 <NA> auclast.dn
#> 210 <NA> aucall.dn
#> 211 <NA> aucinf.obs.dn
#> 212 <NA> aucinf.pred.dn
#> 213 <NA> aumclast.dn
#> 214 <NA> aumcall.dn
#> 215 <NA> aumcinf.obs.dn
#> 216 <NA> aumcinf.pred.dn
#> 217 <NA> cl.last
#> 218 <NA> cl.all
#> 219 <NA> cl.int.all
#> 220 <NA> cl.int.last
#> 221 <NA> cl.iv.all
#> 222 <NA> cl.iv.last
#> 223 <NA> cl.ivint.all
#> 224 <NA> cl.ivint.last
#> 225 <NA> cl.sparse.last
#> 226 <NA> cl.obs
#> 227 <NA> cl.pred
#> 228 <NA> cl.int.inf.obs
#> 229 <NA> cl.int.inf.pred
#> 230 <NA> cl.iv.obs
#> 231 <NA> cl.iv.pred
#> 232 <NA> clr.last
#> 233 <NA> clr.obs
#> 234 <NA> clr.pred
#> 235 <NA> clr.last.dn
#> 236 <NA> clr.obs.dn
#> 237 <NA> clr.pred.dn
pknca_units_table(
concu="ng/mL", doseu="mg/kg", amountu="mg", timeu="hr"
)
#> PPORRESU PPTESTCD
#> 1 unitless r.squared
#> 2 unitless adj.r.squared
#> 3 unitless lambda.z.corrxy
#> 4 unitless tobit_residual
#> 5 unitless adj_tobit_residual
#> 6 fraction ptr
#> 7 fraction ratio.cmax
#> 8 fraction ratio.auclast
#> 9 fraction ratio.aucint.last
#> 10 fraction ratio.aucint.all
#> 11 fraction span.ratio
#> 12 fraction f.last
#> 13 fraction f.int.last
#> 14 fraction f.int.all
#> 15 fraction f.obs
#> 16 fraction f.pred
#> 17 fraction f.int.obs
#> 18 fraction f.int.pred
#> 19 fraction ratio.aucinf.obs
#> 20 fraction ratio.aucinf.pred
#> 21 % deg.fluc
#> 22 % swing
#> 23 % aucivpbextlast
#> 24 % aucivpbextall
#> 25 % aucivpbextint.last
#> 26 % aucivpbextint.all
#> 27 % aucivpbextinf.obs
#> 28 % aucivpbextinf.pred
#> 29 % aucpext.obs
#> 30 % aucpext.pred
#> 31 count auclast_df
#> 32 count aucall_df
#> 33 count aumclast_df
#> 34 count aumcall_df
#> 35 count count_conc
#> 36 count count_conc_measured
#> 37 count sparse_auc_df
#> 38 count sparse_aumc_df
#> 39 count aucivlast_df
#> 40 count aucivall_df
#> 41 count aumcivlast_df
#> 42 count aumcivall_df
#> 43 count lambda.z.n.points
#> 44 count lambda.z.n.points_blq
#> 45 count aucinf.obs_df
#> 46 count aumcinf.obs_df
#> 47 count aucivinf.obs_df
#> 48 count aumcivinf.obs_df
#> 49 hr start
#> 50 hr end
#> 51 hr tmax
#> 52 hr tmin
#> 53 hr tlast
#> 54 hr tfirst
#> 55 hr mrt.last
#> 56 hr mrt.all
#> 57 hr mrt.int.all
#> 58 hr mrt.int.last
#> 59 hr mrt.iv.last
#> 60 hr tlag
#> 61 hr ertlst
#> 62 hr ertmax
#> 63 hr time_above
#> 64 hr half.life
#> 65 hr lambda.z.time.first
#> 66 hr lambda.z.time.last
#> 67 hr thalf.eff.last
#> 68 hr thalf.eff.iv.last
#> 69 hr mrt.sparse.last
#> 70 hr mrt.iv.all
#> 71 hr mrt.ivint.all
#> 72 hr mrt.ivint.last
#> 73 hr mrt.obs
#> 74 hr mrt.pred
#> 75 hr mrt.int.inf.obs
#> 76 hr mrt.int.inf.pred
#> 77 hr mrt.iv.obs
#> 78 hr mrt.iv.pred
#> 79 hr mrt.md.obs
#> 80 hr mrt.md.pred
#> 81 hr mrt.ivmd.obs
#> 82 hr mrt.ivmd.pred
#> 83 hr thalf.eff.obs
#> 84 hr thalf.eff.pred
#> 85 hr thalf.eff.iv.obs
#> 86 hr thalf.eff.iv.pred
#> 87 1/hr lambda.z
#> 88 1/hr kel.last
#> 89 1/hr kel.iv.last
#> 90 1/hr kel.all
#> 91 1/hr kel.int.all
#> 92 1/hr kel.int.last
#> 93 1/hr kel.iv.all
#> 94 1/hr kel.ivint.all
#> 95 1/hr kel.ivint.last
#> 96 1/hr kel.sparse.last
#> 97 1/hr kel.obs
#> 98 1/hr kel.pred
#> 99 1/hr kel.iv.obs
#> 100 1/hr kel.iv.pred
#> 101 1/hr kel.int.inf.obs
#> 102 1/hr kel.int.inf.pred
#> 103 ng/mL c0
#> 104 ng/mL cmax
#> 105 ng/mL cmin
#> 106 ng/mL clast.obs
#> 107 ng/mL cav
#> 108 ng/mL cav.int.last
#> 109 ng/mL cav.int.all
#> 110 ng/mL ctrough
#> 111 ng/mL cstart
#> 112 ng/mL ceoi
#> 113 ng/mL clast.pred
#> 114 ng/mL cav.int.inf.obs
#> 115 ng/mL cav.int.inf.pred
#> 116 mg ae
#> 117 mg/(mg/kg) fe
#> 118 mg/kg totdose
#> 119 (ng/mL)/(mg/kg) cmax.dn
#> 120 (ng/mL)/(mg/kg) cmin.dn
#> 121 (ng/mL)/(mg/kg) clast.obs.dn
#> 122 (ng/mL)/(mg/kg) clast.pred.dn
#> 123 (ng/mL)/(mg/kg) cav.dn
#> 124 (ng/mL)/(mg/kg) ctrough.dn
#> 125 (mg/kg)/(ng/mL) vss.last
#> 126 (mg/kg)/(ng/mL) vss.iv.last
#> 127 (mg/kg)/(ng/mL) vss.all
#> 128 (mg/kg)/(ng/mL) vss.int.all
#> 129 (mg/kg)/(ng/mL) vss.int.last
#> 130 (mg/kg)/(ng/mL) volpk
#> 131 (mg/kg)/(ng/mL) vz.all
#> 132 (mg/kg)/(ng/mL) vz.int.all
#> 133 (mg/kg)/(ng/mL) vz.int.last
#> 134 (mg/kg)/(ng/mL) vz.iv.all
#> 135 (mg/kg)/(ng/mL) vz.iv.last
#> 136 (mg/kg)/(ng/mL) vz.ivint.all
#> 137 (mg/kg)/(ng/mL) vz.ivint.last
#> 138 (mg/kg)/(ng/mL) vz.last
#> 139 (mg/kg)/(ng/mL) vss.iv.all
#> 140 (mg/kg)/(ng/mL) vss.ivint.all
#> 141 (mg/kg)/(ng/mL) vss.ivint.last
#> 142 (mg/kg)/(ng/mL) vss.sparse.last
#> 143 (mg/kg)/(ng/mL) vz.obs
#> 144 (mg/kg)/(ng/mL) vz.pred
#> 145 (mg/kg)/(ng/mL) vz.int.inf.obs
#> 146 (mg/kg)/(ng/mL) vz.int.inf.pred
#> 147 (mg/kg)/(ng/mL) vz.iv.obs
#> 148 (mg/kg)/(ng/mL) vz.iv.pred
#> 149 (mg/kg)/(ng/mL) vz.sparse.last
#> 150 (mg/kg)/(ng/mL) vss.obs
#> 151 (mg/kg)/(ng/mL) vss.pred
#> 152 (mg/kg)/(ng/mL) vss.iv.obs
#> 153 (mg/kg)/(ng/mL) vss.iv.pred
#> 154 (mg/kg)/(ng/mL) vss.md.obs
#> 155 (mg/kg)/(ng/mL) vss.md.pred
#> 156 (mg/kg)/(ng/mL) vss.ivmd.obs
#> 157 (mg/kg)/(ng/mL) vss.ivmd.pred
#> 158 (mg/kg)/(ng/mL) vss.int.inf.obs
#> 159 (mg/kg)/(ng/mL) vss.int.inf.pred
#> 160 hr*ng/mL auclast
#> 161 hr*ng/mL auclast_se
#> 162 hr*ng/mL aucall
#> 163 hr*ng/mL aucall_se
#> 164 hr*ng/mL aucint.last
#> 165 hr*ng/mL aucint.all
#> 166 hr*ng/mL aucabove.predose.all
#> 167 hr*ng/mL aucabove.trough.all
#> 168 hr*ng/mL sparse_auclast
#> 169 hr*ng/mL sparse_auc_se
#> 170 hr*ng/mL aucivlast
#> 171 hr*ng/mL aucivlast_se
#> 172 hr*ng/mL aucivall
#> 173 hr*ng/mL aucivall_se
#> 174 hr*ng/mL aucivint.last
#> 175 hr*ng/mL aucivint.all
#> 176 hr*ng/mL aucinf.obs
#> 177 hr*ng/mL aucinf.obs_se
#> 178 hr*ng/mL aucinf.pred
#> 179 hr*ng/mL aucint.inf.obs
#> 180 hr*ng/mL aucint.inf.pred
#> 181 hr*ng/mL aucivinf.obs
#> 182 hr*ng/mL aucivinf.obs_se
#> 183 hr*ng/mL aucivinf.pred
#> 184 hr^2*ng/mL aumclast
#> 185 hr^2*ng/mL aumclast_se
#> 186 hr^2*ng/mL aumcall
#> 187 hr^2*ng/mL aumcall_se
#> 188 hr^2*ng/mL aumcint.last
#> 189 hr^2*ng/mL aumcint.all
#> 190 hr^2*ng/mL sparse_aumclast
#> 191 hr^2*ng/mL sparse_aumc_se
#> 192 hr^2*ng/mL aumcivlast
#> 193 hr^2*ng/mL aumcivlast_se
#> 194 hr^2*ng/mL aumcivall
#> 195 hr^2*ng/mL aumcivall_se
#> 196 hr^2*ng/mL aumcivint.last
#> 197 hr^2*ng/mL aumcivint.all
#> 198 hr^2*ng/mL aumcinf.obs
#> 199 hr^2*ng/mL aumcinf.obs_se
#> 200 hr^2*ng/mL aumcinf.pred
#> 201 hr^2*ng/mL aumcint.inf.obs
#> 202 hr^2*ng/mL aumcint.inf.pred
#> 203 hr^2*ng/mL aumcivinf.obs
#> 204 hr^2*ng/mL aumcivinf.obs_se
#> 205 hr^2*ng/mL aumcivinf.pred
#> 206 mg/hr ermax
#> 207 mg/hr erint
#> 208 mg/hr erlst
#> 209 (hr*ng/mL)/(mg/kg) auclast.dn
#> 210 (hr*ng/mL)/(mg/kg) aucall.dn
#> 211 (hr*ng/mL)/(mg/kg) aucinf.obs.dn
#> 212 (hr*ng/mL)/(mg/kg) aucinf.pred.dn
#> 213 (hr^2*ng/mL)/(mg/kg) aumclast.dn
#> 214 (hr^2*ng/mL)/(mg/kg) aumcall.dn
#> 215 (hr^2*ng/mL)/(mg/kg) aumcinf.obs.dn
#> 216 (hr^2*ng/mL)/(mg/kg) aumcinf.pred.dn
#> 217 (mg/kg)/(hr*ng/mL) cl.last
#> 218 (mg/kg)/(hr*ng/mL) cl.all
#> 219 (mg/kg)/(hr*ng/mL) cl.int.all
#> 220 (mg/kg)/(hr*ng/mL) cl.int.last
#> 221 (mg/kg)/(hr*ng/mL) cl.iv.all
#> 222 (mg/kg)/(hr*ng/mL) cl.iv.last
#> 223 (mg/kg)/(hr*ng/mL) cl.ivint.all
#> 224 (mg/kg)/(hr*ng/mL) cl.ivint.last
#> 225 (mg/kg)/(hr*ng/mL) cl.sparse.last
#> 226 (mg/kg)/(hr*ng/mL) cl.obs
#> 227 (mg/kg)/(hr*ng/mL) cl.pred
#> 228 (mg/kg)/(hr*ng/mL) cl.int.inf.obs
#> 229 (mg/kg)/(hr*ng/mL) cl.int.inf.pred
#> 230 (mg/kg)/(hr*ng/mL) cl.iv.obs
#> 231 (mg/kg)/(hr*ng/mL) cl.iv.pred
#> 232 mg/(hr*ng/mL) clr.last
#> 233 mg/(hr*ng/mL) clr.obs
#> 234 mg/(hr*ng/mL) clr.pred
#> 235 (mg/(hr*ng/mL))/(mg/kg) clr.last.dn
#> 236 (mg/(hr*ng/mL))/(mg/kg) clr.obs.dn
#> 237 (mg/(hr*ng/mL))/(mg/kg) clr.pred.dn
# Automatic unit conversion needs the units package
pknca_units_table(
concu="ng/mL", doseu="mg/kg", amountu="mg", timeu="hr",
# Convert clearance and volume units to more understandable units with
# automatic unit conversion
conversions=data.frame(
PPORRESU=c("(mg/kg)/(hr*ng/mL)", "(mg/kg)/(ng/mL)"),
PPSTRESU=c("mL/hr/kg", "mL/kg")
)
)
#> PPORRESU PPTESTCD PPSTRESU
#> 1 unitless r.squared unitless
#> 2 unitless adj.r.squared unitless
#> 3 unitless lambda.z.corrxy unitless
#> 4 unitless tobit_residual unitless
#> 5 unitless adj_tobit_residual unitless
#> 6 fraction ptr fraction
#> 7 fraction ratio.cmax fraction
#> 8 fraction ratio.auclast fraction
#> 9 fraction ratio.aucint.last fraction
#> 10 fraction ratio.aucint.all fraction
#> 11 fraction span.ratio fraction
#> 12 fraction f.last fraction
#> 13 fraction f.int.last fraction
#> 14 fraction f.int.all fraction
#> 15 fraction f.obs fraction
#> 16 fraction f.pred fraction
#> 17 fraction f.int.obs fraction
#> 18 fraction f.int.pred fraction
#> 19 fraction ratio.aucinf.obs fraction
#> 20 fraction ratio.aucinf.pred fraction
#> 21 % deg.fluc %
#> 22 % swing %
#> 23 % aucivpbextlast %
#> 24 % aucivpbextall %
#> 25 % aucivpbextint.last %
#> 26 % aucivpbextint.all %
#> 27 % aucivpbextinf.obs %
#> 28 % aucivpbextinf.pred %
#> 29 % aucpext.obs %
#> 30 % aucpext.pred %
#> 31 count auclast_df count
#> 32 count aucall_df count
#> 33 count aumclast_df count
#> 34 count aumcall_df count
#> 35 count count_conc count
#> 36 count count_conc_measured count
#> 37 count sparse_auc_df count
#> 38 count sparse_aumc_df count
#> 39 count aucivlast_df count
#> 40 count aucivall_df count
#> 41 count aumcivlast_df count
#> 42 count aumcivall_df count
#> 43 count lambda.z.n.points count
#> 44 count lambda.z.n.points_blq count
#> 45 count aucinf.obs_df count
#> 46 count aumcinf.obs_df count
#> 47 count aucivinf.obs_df count
#> 48 count aumcivinf.obs_df count
#> 49 hr start hr
#> 50 hr end hr
#> 51 hr tmax hr
#> 52 hr tmin hr
#> 53 hr tlast hr
#> 54 hr tfirst hr
#> 55 hr mrt.last hr
#> 56 hr mrt.all hr
#> 57 hr mrt.int.all hr
#> 58 hr mrt.int.last hr
#> 59 hr mrt.iv.last hr
#> 60 hr tlag hr
#> 61 hr ertlst hr
#> 62 hr ertmax hr
#> 63 hr time_above hr
#> 64 hr half.life hr
#> 65 hr lambda.z.time.first hr
#> 66 hr lambda.z.time.last hr
#> 67 hr thalf.eff.last hr
#> 68 hr thalf.eff.iv.last hr
#> 69 hr mrt.sparse.last hr
#> 70 hr mrt.iv.all hr
#> 71 hr mrt.ivint.all hr
#> 72 hr mrt.ivint.last hr
#> 73 hr mrt.obs hr
#> 74 hr mrt.pred hr
#> 75 hr mrt.int.inf.obs hr
#> 76 hr mrt.int.inf.pred hr
#> 77 hr mrt.iv.obs hr
#> 78 hr mrt.iv.pred hr
#> 79 hr mrt.md.obs hr
#> 80 hr mrt.md.pred hr
#> 81 hr mrt.ivmd.obs hr
#> 82 hr mrt.ivmd.pred hr
#> 83 hr thalf.eff.obs hr
#> 84 hr thalf.eff.pred hr
#> 85 hr thalf.eff.iv.obs hr
#> 86 hr thalf.eff.iv.pred hr
#> 87 1/hr lambda.z 1/hr
#> 88 1/hr kel.last 1/hr
#> 89 1/hr kel.iv.last 1/hr
#> 90 1/hr kel.all 1/hr
#> 91 1/hr kel.int.all 1/hr
#> 92 1/hr kel.int.last 1/hr
#> 93 1/hr kel.iv.all 1/hr
#> 94 1/hr kel.ivint.all 1/hr
#> 95 1/hr kel.ivint.last 1/hr
#> 96 1/hr kel.sparse.last 1/hr
#> 97 1/hr kel.obs 1/hr
#> 98 1/hr kel.pred 1/hr
#> 99 1/hr kel.iv.obs 1/hr
#> 100 1/hr kel.iv.pred 1/hr
#> 101 1/hr kel.int.inf.obs 1/hr
#> 102 1/hr kel.int.inf.pred 1/hr
#> 103 ng/mL c0 ng/mL
#> 104 ng/mL cmax ng/mL
#> 105 ng/mL cmin ng/mL
#> 106 ng/mL clast.obs ng/mL
#> 107 ng/mL cav ng/mL
#> 108 ng/mL cav.int.last ng/mL
#> 109 ng/mL cav.int.all ng/mL
#> 110 ng/mL ctrough ng/mL
#> 111 ng/mL cstart ng/mL
#> 112 ng/mL ceoi ng/mL
#> 113 ng/mL clast.pred ng/mL
#> 114 ng/mL cav.int.inf.obs ng/mL
#> 115 ng/mL cav.int.inf.pred ng/mL
#> 116 mg ae mg
#> 117 mg/(mg/kg) fe mg/(mg/kg)
#> 118 mg/kg totdose mg/kg
#> 119 (ng/mL)/(mg/kg) cmax.dn (ng/mL)/(mg/kg)
#> 120 (ng/mL)/(mg/kg) cmin.dn (ng/mL)/(mg/kg)
#> 121 (ng/mL)/(mg/kg) clast.obs.dn (ng/mL)/(mg/kg)
#> 122 (ng/mL)/(mg/kg) clast.pred.dn (ng/mL)/(mg/kg)
#> 123 (ng/mL)/(mg/kg) cav.dn (ng/mL)/(mg/kg)
#> 124 (ng/mL)/(mg/kg) ctrough.dn (ng/mL)/(mg/kg)
#> 125 (mg/kg)/(ng/mL) vss.last mL/kg
#> 126 (mg/kg)/(ng/mL) vss.iv.last mL/kg
#> 127 (mg/kg)/(ng/mL) vss.all mL/kg
#> 128 (mg/kg)/(ng/mL) vss.int.all mL/kg
#> 129 (mg/kg)/(ng/mL) vss.int.last mL/kg
#> 130 (mg/kg)/(ng/mL) volpk mL/kg
#> 131 (mg/kg)/(ng/mL) vz.all mL/kg
#> 132 (mg/kg)/(ng/mL) vz.int.all mL/kg
#> 133 (mg/kg)/(ng/mL) vz.int.last mL/kg
#> 134 (mg/kg)/(ng/mL) vz.iv.all mL/kg
#> 135 (mg/kg)/(ng/mL) vz.iv.last mL/kg
#> 136 (mg/kg)/(ng/mL) vz.ivint.all mL/kg
#> 137 (mg/kg)/(ng/mL) vz.ivint.last mL/kg
#> 138 (mg/kg)/(ng/mL) vz.last mL/kg
#> 139 (mg/kg)/(ng/mL) vss.iv.all mL/kg
#> 140 (mg/kg)/(ng/mL) vss.ivint.all mL/kg
#> 141 (mg/kg)/(ng/mL) vss.ivint.last mL/kg
#> 142 (mg/kg)/(ng/mL) vss.sparse.last mL/kg
#> 143 (mg/kg)/(ng/mL) vz.obs mL/kg
#> 144 (mg/kg)/(ng/mL) vz.pred mL/kg
#> 145 (mg/kg)/(ng/mL) vz.int.inf.obs mL/kg
#> 146 (mg/kg)/(ng/mL) vz.int.inf.pred mL/kg
#> 147 (mg/kg)/(ng/mL) vz.iv.obs mL/kg
#> 148 (mg/kg)/(ng/mL) vz.iv.pred mL/kg
#> 149 (mg/kg)/(ng/mL) vz.sparse.last mL/kg
#> 150 (mg/kg)/(ng/mL) vss.obs mL/kg
#> 151 (mg/kg)/(ng/mL) vss.pred mL/kg
#> 152 (mg/kg)/(ng/mL) vss.iv.obs mL/kg
#> 153 (mg/kg)/(ng/mL) vss.iv.pred mL/kg
#> 154 (mg/kg)/(ng/mL) vss.md.obs mL/kg
#> 155 (mg/kg)/(ng/mL) vss.md.pred mL/kg
#> 156 (mg/kg)/(ng/mL) vss.ivmd.obs mL/kg
#> 157 (mg/kg)/(ng/mL) vss.ivmd.pred mL/kg
#> 158 (mg/kg)/(ng/mL) vss.int.inf.obs mL/kg
#> 159 (mg/kg)/(ng/mL) vss.int.inf.pred mL/kg
#> 160 hr*ng/mL auclast hr*ng/mL
#> 161 hr*ng/mL auclast_se hr*ng/mL
#> 162 hr*ng/mL aucall hr*ng/mL
#> 163 hr*ng/mL aucall_se hr*ng/mL
#> 164 hr*ng/mL aucint.last hr*ng/mL
#> 165 hr*ng/mL aucint.all hr*ng/mL
#> 166 hr*ng/mL aucabove.predose.all hr*ng/mL
#> 167 hr*ng/mL aucabove.trough.all hr*ng/mL
#> 168 hr*ng/mL sparse_auclast hr*ng/mL
#> 169 hr*ng/mL sparse_auc_se hr*ng/mL
#> 170 hr*ng/mL aucivlast hr*ng/mL
#> 171 hr*ng/mL aucivlast_se hr*ng/mL
#> 172 hr*ng/mL aucivall hr*ng/mL
#> 173 hr*ng/mL aucivall_se hr*ng/mL
#> 174 hr*ng/mL aucivint.last hr*ng/mL
#> 175 hr*ng/mL aucivint.all hr*ng/mL
#> 176 hr*ng/mL aucinf.obs hr*ng/mL
#> 177 hr*ng/mL aucinf.obs_se hr*ng/mL
#> 178 hr*ng/mL aucinf.pred hr*ng/mL
#> 179 hr*ng/mL aucint.inf.obs hr*ng/mL
#> 180 hr*ng/mL aucint.inf.pred hr*ng/mL
#> 181 hr*ng/mL aucivinf.obs hr*ng/mL
#> 182 hr*ng/mL aucivinf.obs_se hr*ng/mL
#> 183 hr*ng/mL aucivinf.pred hr*ng/mL
#> 184 hr^2*ng/mL aumclast hr^2*ng/mL
#> 185 hr^2*ng/mL aumclast_se hr^2*ng/mL
#> 186 hr^2*ng/mL aumcall hr^2*ng/mL
#> 187 hr^2*ng/mL aumcall_se hr^2*ng/mL
#> 188 hr^2*ng/mL aumcint.last hr^2*ng/mL
#> 189 hr^2*ng/mL aumcint.all hr^2*ng/mL
#> 190 hr^2*ng/mL sparse_aumclast hr^2*ng/mL
#> 191 hr^2*ng/mL sparse_aumc_se hr^2*ng/mL
#> 192 hr^2*ng/mL aumcivlast hr^2*ng/mL
#> 193 hr^2*ng/mL aumcivlast_se hr^2*ng/mL
#> 194 hr^2*ng/mL aumcivall hr^2*ng/mL
#> 195 hr^2*ng/mL aumcivall_se hr^2*ng/mL
#> 196 hr^2*ng/mL aumcivint.last hr^2*ng/mL
#> 197 hr^2*ng/mL aumcivint.all hr^2*ng/mL
#> 198 hr^2*ng/mL aumcinf.obs hr^2*ng/mL
#> 199 hr^2*ng/mL aumcinf.obs_se hr^2*ng/mL
#> 200 hr^2*ng/mL aumcinf.pred hr^2*ng/mL
#> 201 hr^2*ng/mL aumcint.inf.obs hr^2*ng/mL
#> 202 hr^2*ng/mL aumcint.inf.pred hr^2*ng/mL
#> 203 hr^2*ng/mL aumcivinf.obs hr^2*ng/mL
#> 204 hr^2*ng/mL aumcivinf.obs_se hr^2*ng/mL
#> 205 hr^2*ng/mL aumcivinf.pred hr^2*ng/mL
#> 206 mg/hr ermax mg/hr
#> 207 mg/hr erint mg/hr
#> 208 mg/hr erlst mg/hr
#> 209 (hr*ng/mL)/(mg/kg) auclast.dn (hr*ng/mL)/(mg/kg)
#> 210 (hr*ng/mL)/(mg/kg) aucall.dn (hr*ng/mL)/(mg/kg)
#> 211 (hr*ng/mL)/(mg/kg) aucinf.obs.dn (hr*ng/mL)/(mg/kg)
#> 212 (hr*ng/mL)/(mg/kg) aucinf.pred.dn (hr*ng/mL)/(mg/kg)
#> 213 (hr^2*ng/mL)/(mg/kg) aumclast.dn (hr^2*ng/mL)/(mg/kg)
#> 214 (hr^2*ng/mL)/(mg/kg) aumcall.dn (hr^2*ng/mL)/(mg/kg)
#> 215 (hr^2*ng/mL)/(mg/kg) aumcinf.obs.dn (hr^2*ng/mL)/(mg/kg)
#> 216 (hr^2*ng/mL)/(mg/kg) aumcinf.pred.dn (hr^2*ng/mL)/(mg/kg)
#> 217 (mg/kg)/(hr*ng/mL) cl.last mL/hr/kg
#> 218 (mg/kg)/(hr*ng/mL) cl.all mL/hr/kg
#> 219 (mg/kg)/(hr*ng/mL) cl.int.all mL/hr/kg
#> 220 (mg/kg)/(hr*ng/mL) cl.int.last mL/hr/kg
#> 221 (mg/kg)/(hr*ng/mL) cl.iv.all mL/hr/kg
#> 222 (mg/kg)/(hr*ng/mL) cl.iv.last mL/hr/kg
#> 223 (mg/kg)/(hr*ng/mL) cl.ivint.all mL/hr/kg
#> 224 (mg/kg)/(hr*ng/mL) cl.ivint.last mL/hr/kg
#> 225 (mg/kg)/(hr*ng/mL) cl.sparse.last mL/hr/kg
#> 226 (mg/kg)/(hr*ng/mL) cl.obs mL/hr/kg
#> 227 (mg/kg)/(hr*ng/mL) cl.pred mL/hr/kg
#> 228 (mg/kg)/(hr*ng/mL) cl.int.inf.obs mL/hr/kg
#> 229 (mg/kg)/(hr*ng/mL) cl.int.inf.pred mL/hr/kg
#> 230 (mg/kg)/(hr*ng/mL) cl.iv.obs mL/hr/kg
#> 231 (mg/kg)/(hr*ng/mL) cl.iv.pred mL/hr/kg
#> 232 mg/(hr*ng/mL) clr.last mg/(hr*ng/mL)
#> 233 mg/(hr*ng/mL) clr.obs mg/(hr*ng/mL)
#> 234 mg/(hr*ng/mL) clr.pred mg/(hr*ng/mL)
#> 235 (mg/(hr*ng/mL))/(mg/kg) clr.last.dn (mg/(hr*ng/mL))/(mg/kg)
#> 236 (mg/(hr*ng/mL))/(mg/kg) clr.obs.dn (mg/(hr*ng/mL))/(mg/kg)
#> 237 (mg/(hr*ng/mL))/(mg/kg) clr.pred.dn (mg/(hr*ng/mL))/(mg/kg)
#> conversion_factor
#> 1 1e+00
#> 2 1e+00
#> 3 1e+00
#> 4 1e+00
#> 5 1e+00
#> 6 1e+00
#> 7 1e+00
#> 8 1e+00
#> 9 1e+00
#> 10 1e+00
#> 11 1e+00
#> 12 1e+00
#> 13 1e+00
#> 14 1e+00
#> 15 1e+00
#> 16 1e+00
#> 17 1e+00
#> 18 1e+00
#> 19 1e+00
#> 20 1e+00
#> 21 1e+00
#> 22 1e+00
#> 23 1e+00
#> 24 1e+00
#> 25 1e+00
#> 26 1e+00
#> 27 1e+00
#> 28 1e+00
#> 29 1e+00
#> 30 1e+00
#> 31 1e+00
#> 32 1e+00
#> 33 1e+00
#> 34 1e+00
#> 35 1e+00
#> 36 1e+00
#> 37 1e+00
#> 38 1e+00
#> 39 1e+00
#> 40 1e+00
#> 41 1e+00
#> 42 1e+00
#> 43 1e+00
#> 44 1e+00
#> 45 1e+00
#> 46 1e+00
#> 47 1e+00
#> 48 1e+00
#> 49 1e+00
#> 50 1e+00
#> 51 1e+00
#> 52 1e+00
#> 53 1e+00
#> 54 1e+00
#> 55 1e+00
#> 56 1e+00
#> 57 1e+00
#> 58 1e+00
#> 59 1e+00
#> 60 1e+00
#> 61 1e+00
#> 62 1e+00
#> 63 1e+00
#> 64 1e+00
#> 65 1e+00
#> 66 1e+00
#> 67 1e+00
#> 68 1e+00
#> 69 1e+00
#> 70 1e+00
#> 71 1e+00
#> 72 1e+00
#> 73 1e+00
#> 74 1e+00
#> 75 1e+00
#> 76 1e+00
#> 77 1e+00
#> 78 1e+00
#> 79 1e+00
#> 80 1e+00
#> 81 1e+00
#> 82 1e+00
#> 83 1e+00
#> 84 1e+00
#> 85 1e+00
#> 86 1e+00
#> 87 1e+00
#> 88 1e+00
#> 89 1e+00
#> 90 1e+00
#> 91 1e+00
#> 92 1e+00
#> 93 1e+00
#> 94 1e+00
#> 95 1e+00
#> 96 1e+00
#> 97 1e+00
#> 98 1e+00
#> 99 1e+00
#> 100 1e+00
#> 101 1e+00
#> 102 1e+00
#> 103 1e+00
#> 104 1e+00
#> 105 1e+00
#> 106 1e+00
#> 107 1e+00
#> 108 1e+00
#> 109 1e+00
#> 110 1e+00
#> 111 1e+00
#> 112 1e+00
#> 113 1e+00
#> 114 1e+00
#> 115 1e+00
#> 116 1e+00
#> 117 1e+00
#> 118 1e+00
#> 119 1e+00
#> 120 1e+00
#> 121 1e+00
#> 122 1e+00
#> 123 1e+00
#> 124 1e+00
#> 125 1e+06
#> 126 1e+06
#> 127 1e+06
#> 128 1e+06
#> 129 1e+06
#> 130 1e+06
#> 131 1e+06
#> 132 1e+06
#> 133 1e+06
#> 134 1e+06
#> 135 1e+06
#> 136 1e+06
#> 137 1e+06
#> 138 1e+06
#> 139 1e+06
#> 140 1e+06
#> 141 1e+06
#> 142 1e+06
#> 143 1e+06
#> 144 1e+06
#> 145 1e+06
#> 146 1e+06
#> 147 1e+06
#> 148 1e+06
#> 149 1e+06
#> 150 1e+06
#> 151 1e+06
#> 152 1e+06
#> 153 1e+06
#> 154 1e+06
#> 155 1e+06
#> 156 1e+06
#> 157 1e+06
#> 158 1e+06
#> 159 1e+06
#> 160 1e+00
#> 161 1e+00
#> 162 1e+00
#> 163 1e+00
#> 164 1e+00
#> 165 1e+00
#> 166 1e+00
#> 167 1e+00
#> 168 1e+00
#> 169 1e+00
#> 170 1e+00
#> 171 1e+00
#> 172 1e+00
#> 173 1e+00
#> 174 1e+00
#> 175 1e+00
#> 176 1e+00
#> 177 1e+00
#> 178 1e+00
#> 179 1e+00
#> 180 1e+00
#> 181 1e+00
#> 182 1e+00
#> 183 1e+00
#> 184 1e+00
#> 185 1e+00
#> 186 1e+00
#> 187 1e+00
#> 188 1e+00
#> 189 1e+00
#> 190 1e+00
#> 191 1e+00
#> 192 1e+00
#> 193 1e+00
#> 194 1e+00
#> 195 1e+00
#> 196 1e+00
#> 197 1e+00
#> 198 1e+00
#> 199 1e+00
#> 200 1e+00
#> 201 1e+00
#> 202 1e+00
#> 203 1e+00
#> 204 1e+00
#> 205 1e+00
#> 206 1e+00
#> 207 1e+00
#> 208 1e+00
#> 209 1e+00
#> 210 1e+00
#> 211 1e+00
#> 212 1e+00
#> 213 1e+00
#> 214 1e+00
#> 215 1e+00
#> 216 1e+00
#> 217 1e+06
#> 218 1e+06
#> 219 1e+06
#> 220 1e+06
#> 221 1e+06
#> 222 1e+06
#> 223 1e+06
#> 224 1e+06
#> 225 1e+06
#> 226 1e+06
#> 227 1e+06
#> 228 1e+06
#> 229 1e+06
#> 230 1e+06
#> 231 1e+06
#> 232 1e+00
#> 233 1e+00
#> 234 1e+00
#> 235 1e+00
#> 236 1e+00
#> 237 1e+00
pknca_units_table(
concu="mg/L", doseu="mg/kg", amountu="mg", timeu="hr",
# Convert clearance and volume units to molar units (assuming
conversions=data.frame(
PPORRESU=c("mg/L", "(mg/kg)/(hr*ng/mL)", "(mg/kg)/(ng/mL)"),
PPSTRESU=c("mmol/L", "mL/hr/kg", "mL/kg"),
# Manual conversion of concentration units from ng/mL to mmol/L (assuming
# a molecular weight of 138.121 g/mol)
conversion_factor=c(1/138.121, NA, NA)
)
)
#> Warning: The following unit conversions were supplied but do not match any units to convert: '(mg/kg)/(hr*ng/mL)', '(mg/kg)/(ng/mL)'
#> PPORRESU PPTESTCD PPSTRESU
#> 1 unitless r.squared unitless
#> 2 unitless adj.r.squared unitless
#> 3 unitless lambda.z.corrxy unitless
#> 4 unitless tobit_residual unitless
#> 5 unitless adj_tobit_residual unitless
#> 6 fraction ptr fraction
#> 7 fraction ratio.cmax fraction
#> 8 fraction ratio.auclast fraction
#> 9 fraction ratio.aucint.last fraction
#> 10 fraction ratio.aucint.all fraction
#> 11 fraction span.ratio fraction
#> 12 fraction f.last fraction
#> 13 fraction f.int.last fraction
#> 14 fraction f.int.all fraction
#> 15 fraction f.obs fraction
#> 16 fraction f.pred fraction
#> 17 fraction f.int.obs fraction
#> 18 fraction f.int.pred fraction
#> 19 fraction ratio.aucinf.obs fraction
#> 20 fraction ratio.aucinf.pred fraction
#> 21 % deg.fluc %
#> 22 % swing %
#> 23 % aucivpbextlast %
#> 24 % aucivpbextall %
#> 25 % aucivpbextint.last %
#> 26 % aucivpbextint.all %
#> 27 % aucivpbextinf.obs %
#> 28 % aucivpbextinf.pred %
#> 29 % aucpext.obs %
#> 30 % aucpext.pred %
#> 31 count auclast_df count
#> 32 count aucall_df count
#> 33 count aumclast_df count
#> 34 count aumcall_df count
#> 35 count count_conc count
#> 36 count count_conc_measured count
#> 37 count sparse_auc_df count
#> 38 count sparse_aumc_df count
#> 39 count aucivlast_df count
#> 40 count aucivall_df count
#> 41 count aumcivlast_df count
#> 42 count aumcivall_df count
#> 43 count lambda.z.n.points count
#> 44 count lambda.z.n.points_blq count
#> 45 count aucinf.obs_df count
#> 46 count aumcinf.obs_df count
#> 47 count aucivinf.obs_df count
#> 48 count aumcivinf.obs_df count
#> 49 hr start hr
#> 50 hr end hr
#> 51 hr tmax hr
#> 52 hr tmin hr
#> 53 hr tlast hr
#> 54 hr tfirst hr
#> 55 hr mrt.last hr
#> 56 hr mrt.all hr
#> 57 hr mrt.int.all hr
#> 58 hr mrt.int.last hr
#> 59 hr mrt.iv.last hr
#> 60 hr tlag hr
#> 61 hr ertlst hr
#> 62 hr ertmax hr
#> 63 hr time_above hr
#> 64 hr half.life hr
#> 65 hr lambda.z.time.first hr
#> 66 hr lambda.z.time.last hr
#> 67 hr thalf.eff.last hr
#> 68 hr thalf.eff.iv.last hr
#> 69 hr mrt.sparse.last hr
#> 70 hr mrt.iv.all hr
#> 71 hr mrt.ivint.all hr
#> 72 hr mrt.ivint.last hr
#> 73 hr mrt.obs hr
#> 74 hr mrt.pred hr
#> 75 hr mrt.int.inf.obs hr
#> 76 hr mrt.int.inf.pred hr
#> 77 hr mrt.iv.obs hr
#> 78 hr mrt.iv.pred hr
#> 79 hr mrt.md.obs hr
#> 80 hr mrt.md.pred hr
#> 81 hr mrt.ivmd.obs hr
#> 82 hr mrt.ivmd.pred hr
#> 83 hr thalf.eff.obs hr
#> 84 hr thalf.eff.pred hr
#> 85 hr thalf.eff.iv.obs hr
#> 86 hr thalf.eff.iv.pred hr
#> 87 1/hr lambda.z 1/hr
#> 88 1/hr kel.last 1/hr
#> 89 1/hr kel.iv.last 1/hr
#> 90 1/hr kel.all 1/hr
#> 91 1/hr kel.int.all 1/hr
#> 92 1/hr kel.int.last 1/hr
#> 93 1/hr kel.iv.all 1/hr
#> 94 1/hr kel.ivint.all 1/hr
#> 95 1/hr kel.ivint.last 1/hr
#> 96 1/hr kel.sparse.last 1/hr
#> 97 1/hr kel.obs 1/hr
#> 98 1/hr kel.pred 1/hr
#> 99 1/hr kel.iv.obs 1/hr
#> 100 1/hr kel.iv.pred 1/hr
#> 101 1/hr kel.int.inf.obs 1/hr
#> 102 1/hr kel.int.inf.pred 1/hr
#> 103 mg/L c0 mmol/L
#> 104 mg/L cmax mmol/L
#> 105 mg/L cmin mmol/L
#> 106 mg/L clast.obs mmol/L
#> 107 mg/L cav mmol/L
#> 108 mg/L cav.int.last mmol/L
#> 109 mg/L cav.int.all mmol/L
#> 110 mg/L ctrough mmol/L
#> 111 mg/L cstart mmol/L
#> 112 mg/L ceoi mmol/L
#> 113 mg/L clast.pred mmol/L
#> 114 mg/L cav.int.inf.obs mmol/L
#> 115 mg/L cav.int.inf.pred mmol/L
#> 116 mg ae mg
#> 117 mg/(mg/kg) fe mg/(mg/kg)
#> 118 mg/kg totdose mg/kg
#> 119 (mg/L)/(mg/kg) cmax.dn (mg/L)/(mg/kg)
#> 120 (mg/L)/(mg/kg) cmin.dn (mg/L)/(mg/kg)
#> 121 (mg/L)/(mg/kg) clast.obs.dn (mg/L)/(mg/kg)
#> 122 (mg/L)/(mg/kg) clast.pred.dn (mg/L)/(mg/kg)
#> 123 (mg/L)/(mg/kg) cav.dn (mg/L)/(mg/kg)
#> 124 (mg/L)/(mg/kg) ctrough.dn (mg/L)/(mg/kg)
#> 125 (mg/kg)/(mg/L) vss.last (mg/kg)/(mg/L)
#> 126 (mg/kg)/(mg/L) vss.iv.last (mg/kg)/(mg/L)
#> 127 (mg/kg)/(mg/L) vss.all (mg/kg)/(mg/L)
#> 128 (mg/kg)/(mg/L) vss.int.all (mg/kg)/(mg/L)
#> 129 (mg/kg)/(mg/L) vss.int.last (mg/kg)/(mg/L)
#> 130 (mg/kg)/(mg/L) volpk (mg/kg)/(mg/L)
#> 131 (mg/kg)/(mg/L) vz.all (mg/kg)/(mg/L)
#> 132 (mg/kg)/(mg/L) vz.int.all (mg/kg)/(mg/L)
#> 133 (mg/kg)/(mg/L) vz.int.last (mg/kg)/(mg/L)
#> 134 (mg/kg)/(mg/L) vz.iv.all (mg/kg)/(mg/L)
#> 135 (mg/kg)/(mg/L) vz.iv.last (mg/kg)/(mg/L)
#> 136 (mg/kg)/(mg/L) vz.ivint.all (mg/kg)/(mg/L)
#> 137 (mg/kg)/(mg/L) vz.ivint.last (mg/kg)/(mg/L)
#> 138 (mg/kg)/(mg/L) vz.last (mg/kg)/(mg/L)
#> 139 (mg/kg)/(mg/L) vss.iv.all (mg/kg)/(mg/L)
#> 140 (mg/kg)/(mg/L) vss.ivint.all (mg/kg)/(mg/L)
#> 141 (mg/kg)/(mg/L) vss.ivint.last (mg/kg)/(mg/L)
#> 142 (mg/kg)/(mg/L) vss.sparse.last (mg/kg)/(mg/L)
#> 143 (mg/kg)/(mg/L) vz.obs (mg/kg)/(mg/L)
#> 144 (mg/kg)/(mg/L) vz.pred (mg/kg)/(mg/L)
#> 145 (mg/kg)/(mg/L) vz.int.inf.obs (mg/kg)/(mg/L)
#> 146 (mg/kg)/(mg/L) vz.int.inf.pred (mg/kg)/(mg/L)
#> 147 (mg/kg)/(mg/L) vz.iv.obs (mg/kg)/(mg/L)
#> 148 (mg/kg)/(mg/L) vz.iv.pred (mg/kg)/(mg/L)
#> 149 (mg/kg)/(mg/L) vz.sparse.last (mg/kg)/(mg/L)
#> 150 (mg/kg)/(mg/L) vss.obs (mg/kg)/(mg/L)
#> 151 (mg/kg)/(mg/L) vss.pred (mg/kg)/(mg/L)
#> 152 (mg/kg)/(mg/L) vss.iv.obs (mg/kg)/(mg/L)
#> 153 (mg/kg)/(mg/L) vss.iv.pred (mg/kg)/(mg/L)
#> 154 (mg/kg)/(mg/L) vss.md.obs (mg/kg)/(mg/L)
#> 155 (mg/kg)/(mg/L) vss.md.pred (mg/kg)/(mg/L)
#> 156 (mg/kg)/(mg/L) vss.ivmd.obs (mg/kg)/(mg/L)
#> 157 (mg/kg)/(mg/L) vss.ivmd.pred (mg/kg)/(mg/L)
#> 158 (mg/kg)/(mg/L) vss.int.inf.obs (mg/kg)/(mg/L)
#> 159 (mg/kg)/(mg/L) vss.int.inf.pred (mg/kg)/(mg/L)
#> 160 hr*mg/L auclast hr*mg/L
#> 161 hr*mg/L auclast_se hr*mg/L
#> 162 hr*mg/L aucall hr*mg/L
#> 163 hr*mg/L aucall_se hr*mg/L
#> 164 hr*mg/L aucint.last hr*mg/L
#> 165 hr*mg/L aucint.all hr*mg/L
#> 166 hr*mg/L aucabove.predose.all hr*mg/L
#> 167 hr*mg/L aucabove.trough.all hr*mg/L
#> 168 hr*mg/L sparse_auclast hr*mg/L
#> 169 hr*mg/L sparse_auc_se hr*mg/L
#> 170 hr*mg/L aucivlast hr*mg/L
#> 171 hr*mg/L aucivlast_se hr*mg/L
#> 172 hr*mg/L aucivall hr*mg/L
#> 173 hr*mg/L aucivall_se hr*mg/L
#> 174 hr*mg/L aucivint.last hr*mg/L
#> 175 hr*mg/L aucivint.all hr*mg/L
#> 176 hr*mg/L aucinf.obs hr*mg/L
#> 177 hr*mg/L aucinf.obs_se hr*mg/L
#> 178 hr*mg/L aucinf.pred hr*mg/L
#> 179 hr*mg/L aucint.inf.obs hr*mg/L
#> 180 hr*mg/L aucint.inf.pred hr*mg/L
#> 181 hr*mg/L aucivinf.obs hr*mg/L
#> 182 hr*mg/L aucivinf.obs_se hr*mg/L
#> 183 hr*mg/L aucivinf.pred hr*mg/L
#> 184 hr^2*mg/L aumclast hr^2*mg/L
#> 185 hr^2*mg/L aumclast_se hr^2*mg/L
#> 186 hr^2*mg/L aumcall hr^2*mg/L
#> 187 hr^2*mg/L aumcall_se hr^2*mg/L
#> 188 hr^2*mg/L aumcint.last hr^2*mg/L
#> 189 hr^2*mg/L aumcint.all hr^2*mg/L
#> 190 hr^2*mg/L sparse_aumclast hr^2*mg/L
#> 191 hr^2*mg/L sparse_aumc_se hr^2*mg/L
#> 192 hr^2*mg/L aumcivlast hr^2*mg/L
#> 193 hr^2*mg/L aumcivlast_se hr^2*mg/L
#> 194 hr^2*mg/L aumcivall hr^2*mg/L
#> 195 hr^2*mg/L aumcivall_se hr^2*mg/L
#> 196 hr^2*mg/L aumcivint.last hr^2*mg/L
#> 197 hr^2*mg/L aumcivint.all hr^2*mg/L
#> 198 hr^2*mg/L aumcinf.obs hr^2*mg/L
#> 199 hr^2*mg/L aumcinf.obs_se hr^2*mg/L
#> 200 hr^2*mg/L aumcinf.pred hr^2*mg/L
#> 201 hr^2*mg/L aumcint.inf.obs hr^2*mg/L
#> 202 hr^2*mg/L aumcint.inf.pred hr^2*mg/L
#> 203 hr^2*mg/L aumcivinf.obs hr^2*mg/L
#> 204 hr^2*mg/L aumcivinf.obs_se hr^2*mg/L
#> 205 hr^2*mg/L aumcivinf.pred hr^2*mg/L
#> 206 mg/hr ermax mg/hr
#> 207 mg/hr erint mg/hr
#> 208 mg/hr erlst mg/hr
#> 209 (hr*mg/L)/(mg/kg) auclast.dn (hr*mg/L)/(mg/kg)
#> 210 (hr*mg/L)/(mg/kg) aucall.dn (hr*mg/L)/(mg/kg)
#> 211 (hr*mg/L)/(mg/kg) aucinf.obs.dn (hr*mg/L)/(mg/kg)
#> 212 (hr*mg/L)/(mg/kg) aucinf.pred.dn (hr*mg/L)/(mg/kg)
#> 213 (hr^2*mg/L)/(mg/kg) aumclast.dn (hr^2*mg/L)/(mg/kg)
#> 214 (hr^2*mg/L)/(mg/kg) aumcall.dn (hr^2*mg/L)/(mg/kg)
#> 215 (hr^2*mg/L)/(mg/kg) aumcinf.obs.dn (hr^2*mg/L)/(mg/kg)
#> 216 (hr^2*mg/L)/(mg/kg) aumcinf.pred.dn (hr^2*mg/L)/(mg/kg)
#> 217 (mg/kg)/(hr*mg/L) cl.last (mg/kg)/(hr*mg/L)
#> 218 (mg/kg)/(hr*mg/L) cl.all (mg/kg)/(hr*mg/L)
#> 219 (mg/kg)/(hr*mg/L) cl.int.all (mg/kg)/(hr*mg/L)
#> 220 (mg/kg)/(hr*mg/L) cl.int.last (mg/kg)/(hr*mg/L)
#> 221 (mg/kg)/(hr*mg/L) cl.iv.all (mg/kg)/(hr*mg/L)
#> 222 (mg/kg)/(hr*mg/L) cl.iv.last (mg/kg)/(hr*mg/L)
#> 223 (mg/kg)/(hr*mg/L) cl.ivint.all (mg/kg)/(hr*mg/L)
#> 224 (mg/kg)/(hr*mg/L) cl.ivint.last (mg/kg)/(hr*mg/L)
#> 225 (mg/kg)/(hr*mg/L) cl.sparse.last (mg/kg)/(hr*mg/L)
#> 226 (mg/kg)/(hr*mg/L) cl.obs (mg/kg)/(hr*mg/L)
#> 227 (mg/kg)/(hr*mg/L) cl.pred (mg/kg)/(hr*mg/L)
#> 228 (mg/kg)/(hr*mg/L) cl.int.inf.obs (mg/kg)/(hr*mg/L)
#> 229 (mg/kg)/(hr*mg/L) cl.int.inf.pred (mg/kg)/(hr*mg/L)
#> 230 (mg/kg)/(hr*mg/L) cl.iv.obs (mg/kg)/(hr*mg/L)
#> 231 (mg/kg)/(hr*mg/L) cl.iv.pred (mg/kg)/(hr*mg/L)
#> 232 mg/(hr*mg/L) clr.last mg/(hr*mg/L)
#> 233 mg/(hr*mg/L) clr.obs mg/(hr*mg/L)
#> 234 mg/(hr*mg/L) clr.pred mg/(hr*mg/L)
#> 235 (mg/(hr*mg/L))/(mg/kg) clr.last.dn (mg/(hr*mg/L))/(mg/kg)
#> 236 (mg/(hr*mg/L))/(mg/kg) clr.obs.dn (mg/(hr*mg/L))/(mg/kg)
#> 237 (mg/(hr*mg/L))/(mg/kg) clr.pred.dn (mg/(hr*mg/L))/(mg/kg)
#> conversion_factor
#> 1 1.000000000
#> 2 1.000000000
#> 3 1.000000000
#> 4 1.000000000
#> 5 1.000000000
#> 6 1.000000000
#> 7 1.000000000
#> 8 1.000000000
#> 9 1.000000000
#> 10 1.000000000
#> 11 1.000000000
#> 12 1.000000000
#> 13 1.000000000
#> 14 1.000000000
#> 15 1.000000000
#> 16 1.000000000
#> 17 1.000000000
#> 18 1.000000000
#> 19 1.000000000
#> 20 1.000000000
#> 21 1.000000000
#> 22 1.000000000
#> 23 1.000000000
#> 24 1.000000000
#> 25 1.000000000
#> 26 1.000000000
#> 27 1.000000000
#> 28 1.000000000
#> 29 1.000000000
#> 30 1.000000000
#> 31 1.000000000
#> 32 1.000000000
#> 33 1.000000000
#> 34 1.000000000
#> 35 1.000000000
#> 36 1.000000000
#> 37 1.000000000
#> 38 1.000000000
#> 39 1.000000000
#> 40 1.000000000
#> 41 1.000000000
#> 42 1.000000000
#> 43 1.000000000
#> 44 1.000000000
#> 45 1.000000000
#> 46 1.000000000
#> 47 1.000000000
#> 48 1.000000000
#> 49 1.000000000
#> 50 1.000000000
#> 51 1.000000000
#> 52 1.000000000
#> 53 1.000000000
#> 54 1.000000000
#> 55 1.000000000
#> 56 1.000000000
#> 57 1.000000000
#> 58 1.000000000
#> 59 1.000000000
#> 60 1.000000000
#> 61 1.000000000
#> 62 1.000000000
#> 63 1.000000000
#> 64 1.000000000
#> 65 1.000000000
#> 66 1.000000000
#> 67 1.000000000
#> 68 1.000000000
#> 69 1.000000000
#> 70 1.000000000
#> 71 1.000000000
#> 72 1.000000000
#> 73 1.000000000
#> 74 1.000000000
#> 75 1.000000000
#> 76 1.000000000
#> 77 1.000000000
#> 78 1.000000000
#> 79 1.000000000
#> 80 1.000000000
#> 81 1.000000000
#> 82 1.000000000
#> 83 1.000000000
#> 84 1.000000000
#> 85 1.000000000
#> 86 1.000000000
#> 87 1.000000000
#> 88 1.000000000
#> 89 1.000000000
#> 90 1.000000000
#> 91 1.000000000
#> 92 1.000000000
#> 93 1.000000000
#> 94 1.000000000
#> 95 1.000000000
#> 96 1.000000000
#> 97 1.000000000
#> 98 1.000000000
#> 99 1.000000000
#> 100 1.000000000
#> 101 1.000000000
#> 102 1.000000000
#> 103 0.007240029
#> 104 0.007240029
#> 105 0.007240029
#> 106 0.007240029
#> 107 0.007240029
#> 108 0.007240029
#> 109 0.007240029
#> 110 0.007240029
#> 111 0.007240029
#> 112 0.007240029
#> 113 0.007240029
#> 114 0.007240029
#> 115 0.007240029
#> 116 1.000000000
#> 117 1.000000000
#> 118 1.000000000
#> 119 1.000000000
#> 120 1.000000000
#> 121 1.000000000
#> 122 1.000000000
#> 123 1.000000000
#> 124 1.000000000
#> 125 1.000000000
#> 126 1.000000000
#> 127 1.000000000
#> 128 1.000000000
#> 129 1.000000000
#> 130 1.000000000
#> 131 1.000000000
#> 132 1.000000000
#> 133 1.000000000
#> 134 1.000000000
#> 135 1.000000000
#> 136 1.000000000
#> 137 1.000000000
#> 138 1.000000000
#> 139 1.000000000
#> 140 1.000000000
#> 141 1.000000000
#> 142 1.000000000
#> 143 1.000000000
#> 144 1.000000000
#> 145 1.000000000
#> 146 1.000000000
#> 147 1.000000000
#> 148 1.000000000
#> 149 1.000000000
#> 150 1.000000000
#> 151 1.000000000
#> 152 1.000000000
#> 153 1.000000000
#> 154 1.000000000
#> 155 1.000000000
#> 156 1.000000000
#> 157 1.000000000
#> 158 1.000000000
#> 159 1.000000000
#> 160 1.000000000
#> 161 1.000000000
#> 162 1.000000000
#> 163 1.000000000
#> 164 1.000000000
#> 165 1.000000000
#> 166 1.000000000
#> 167 1.000000000
#> 168 1.000000000
#> 169 1.000000000
#> 170 1.000000000
#> 171 1.000000000
#> 172 1.000000000
#> 173 1.000000000
#> 174 1.000000000
#> 175 1.000000000
#> 176 1.000000000
#> 177 1.000000000
#> 178 1.000000000
#> 179 1.000000000
#> 180 1.000000000
#> 181 1.000000000
#> 182 1.000000000
#> 183 1.000000000
#> 184 1.000000000
#> 185 1.000000000
#> 186 1.000000000
#> 187 1.000000000
#> 188 1.000000000
#> 189 1.000000000
#> 190 1.000000000
#> 191 1.000000000
#> 192 1.000000000
#> 193 1.000000000
#> 194 1.000000000
#> 195 1.000000000
#> 196 1.000000000
#> 197 1.000000000
#> 198 1.000000000
#> 199 1.000000000
#> 200 1.000000000
#> 201 1.000000000
#> 202 1.000000000
#> 203 1.000000000
#> 204 1.000000000
#> 205 1.000000000
#> 206 1.000000000
#> 207 1.000000000
#> 208 1.000000000
#> 209 1.000000000
#> 210 1.000000000
#> 211 1.000000000
#> 212 1.000000000
#> 213 1.000000000
#> 214 1.000000000
#> 215 1.000000000
#> 216 1.000000000
#> 217 1.000000000
#> 218 1.000000000
#> 219 1.000000000
#> 220 1.000000000
#> 221 1.000000000
#> 222 1.000000000
#> 223 1.000000000
#> 224 1.000000000
#> 225 1.000000000
#> 226 1.000000000
#> 227 1.000000000
#> 228 1.000000000
#> 229 1.000000000
#> 230 1.000000000
#> 231 1.000000000
#> 232 1.000000000
#> 233 1.000000000
#> 234 1.000000000
#> 235 1.000000000
#> 236 1.000000000
#> 237 1.000000000
# This will make all time-related parameters use "day" even though the
# original units are "hr"
pknca_units_table(
concu = "ng/mL", doseu = "mg/kg", timeu = "hr", amountu = "mg",
timeu_pref = "day"
)
#> PPORRESU PPTESTCD PPSTRESU
#> 1 unitless r.squared unitless
#> 2 unitless adj.r.squared unitless
#> 3 unitless lambda.z.corrxy unitless
#> 4 unitless tobit_residual unitless
#> 5 unitless adj_tobit_residual unitless
#> 6 fraction ptr fraction
#> 7 fraction ratio.cmax fraction
#> 8 fraction ratio.auclast fraction
#> 9 fraction ratio.aucint.last fraction
#> 10 fraction ratio.aucint.all fraction
#> 11 fraction span.ratio fraction
#> 12 fraction f.last fraction
#> 13 fraction f.int.last fraction
#> 14 fraction f.int.all fraction
#> 15 fraction f.obs fraction
#> 16 fraction f.pred fraction
#> 17 fraction f.int.obs fraction
#> 18 fraction f.int.pred fraction
#> 19 fraction ratio.aucinf.obs fraction
#> 20 fraction ratio.aucinf.pred fraction
#> 21 % deg.fluc %
#> 22 % swing %
#> 23 % aucivpbextlast %
#> 24 % aucivpbextall %
#> 25 % aucivpbextint.last %
#> 26 % aucivpbextint.all %
#> 27 % aucivpbextinf.obs %
#> 28 % aucivpbextinf.pred %
#> 29 % aucpext.obs %
#> 30 % aucpext.pred %
#> 31 count auclast_df count
#> 32 count aucall_df count
#> 33 count aumclast_df count
#> 34 count aumcall_df count
#> 35 count count_conc count
#> 36 count count_conc_measured count
#> 37 count sparse_auc_df count
#> 38 count sparse_aumc_df count
#> 39 count aucivlast_df count
#> 40 count aucivall_df count
#> 41 count aumcivlast_df count
#> 42 count aumcivall_df count
#> 43 count lambda.z.n.points count
#> 44 count lambda.z.n.points_blq count
#> 45 count aucinf.obs_df count
#> 46 count aumcinf.obs_df count
#> 47 count aucivinf.obs_df count
#> 48 count aumcivinf.obs_df count
#> 49 hr start day
#> 50 hr end day
#> 51 hr tmax day
#> 52 hr tmin day
#> 53 hr tlast day
#> 54 hr tfirst day
#> 55 hr mrt.last day
#> 56 hr mrt.all day
#> 57 hr mrt.int.all day
#> 58 hr mrt.int.last day
#> 59 hr mrt.iv.last day
#> 60 hr tlag day
#> 61 hr ertlst day
#> 62 hr ertmax day
#> 63 hr time_above day
#> 64 hr half.life day
#> 65 hr lambda.z.time.first day
#> 66 hr lambda.z.time.last day
#> 67 hr thalf.eff.last day
#> 68 hr thalf.eff.iv.last day
#> 69 hr mrt.sparse.last day
#> 70 hr mrt.iv.all day
#> 71 hr mrt.ivint.all day
#> 72 hr mrt.ivint.last day
#> 73 hr mrt.obs day
#> 74 hr mrt.pred day
#> 75 hr mrt.int.inf.obs day
#> 76 hr mrt.int.inf.pred day
#> 77 hr mrt.iv.obs day
#> 78 hr mrt.iv.pred day
#> 79 hr mrt.md.obs day
#> 80 hr mrt.md.pred day
#> 81 hr mrt.ivmd.obs day
#> 82 hr mrt.ivmd.pred day
#> 83 hr thalf.eff.obs day
#> 84 hr thalf.eff.pred day
#> 85 hr thalf.eff.iv.obs day
#> 86 hr thalf.eff.iv.pred day
#> 87 1/hr lambda.z 1/day
#> 88 1/hr kel.last 1/day
#> 89 1/hr kel.iv.last 1/day
#> 90 1/hr kel.all 1/day
#> 91 1/hr kel.int.all 1/day
#> 92 1/hr kel.int.last 1/day
#> 93 1/hr kel.iv.all 1/day
#> 94 1/hr kel.ivint.all 1/day
#> 95 1/hr kel.ivint.last 1/day
#> 96 1/hr kel.sparse.last 1/day
#> 97 1/hr kel.obs 1/day
#> 98 1/hr kel.pred 1/day
#> 99 1/hr kel.iv.obs 1/day
#> 100 1/hr kel.iv.pred 1/day
#> 101 1/hr kel.int.inf.obs 1/day
#> 102 1/hr kel.int.inf.pred 1/day
#> 103 ng/mL c0 ng/mL
#> 104 ng/mL cmax ng/mL
#> 105 ng/mL cmin ng/mL
#> 106 ng/mL clast.obs ng/mL
#> 107 ng/mL cav ng/mL
#> 108 ng/mL cav.int.last ng/mL
#> 109 ng/mL cav.int.all ng/mL
#> 110 ng/mL ctrough ng/mL
#> 111 ng/mL cstart ng/mL
#> 112 ng/mL ceoi ng/mL
#> 113 ng/mL clast.pred ng/mL
#> 114 ng/mL cav.int.inf.obs ng/mL
#> 115 ng/mL cav.int.inf.pred ng/mL
#> 116 mg ae mg
#> 117 mg/(mg/kg) fe mg/(mg/kg)
#> 118 mg/kg totdose mg/kg
#> 119 (ng/mL)/(mg/kg) cmax.dn (ng/mL)/(mg/kg)
#> 120 (ng/mL)/(mg/kg) cmin.dn (ng/mL)/(mg/kg)
#> 121 (ng/mL)/(mg/kg) clast.obs.dn (ng/mL)/(mg/kg)
#> 122 (ng/mL)/(mg/kg) clast.pred.dn (ng/mL)/(mg/kg)
#> 123 (ng/mL)/(mg/kg) cav.dn (ng/mL)/(mg/kg)
#> 124 (ng/mL)/(mg/kg) ctrough.dn (ng/mL)/(mg/kg)
#> 125 (mg/kg)/(ng/mL) vss.last (mg/kg)/(ng/mL)
#> 126 (mg/kg)/(ng/mL) vss.iv.last (mg/kg)/(ng/mL)
#> 127 (mg/kg)/(ng/mL) vss.all (mg/kg)/(ng/mL)
#> 128 (mg/kg)/(ng/mL) vss.int.all (mg/kg)/(ng/mL)
#> 129 (mg/kg)/(ng/mL) vss.int.last (mg/kg)/(ng/mL)
#> 130 (mg/kg)/(ng/mL) volpk (mg/kg)/(ng/mL)
#> 131 (mg/kg)/(ng/mL) vz.all (mg/kg)/(ng/mL)
#> 132 (mg/kg)/(ng/mL) vz.int.all (mg/kg)/(ng/mL)
#> 133 (mg/kg)/(ng/mL) vz.int.last (mg/kg)/(ng/mL)
#> 134 (mg/kg)/(ng/mL) vz.iv.all (mg/kg)/(ng/mL)
#> 135 (mg/kg)/(ng/mL) vz.iv.last (mg/kg)/(ng/mL)
#> 136 (mg/kg)/(ng/mL) vz.ivint.all (mg/kg)/(ng/mL)
#> 137 (mg/kg)/(ng/mL) vz.ivint.last (mg/kg)/(ng/mL)
#> 138 (mg/kg)/(ng/mL) vz.last (mg/kg)/(ng/mL)
#> 139 (mg/kg)/(ng/mL) vss.iv.all (mg/kg)/(ng/mL)
#> 140 (mg/kg)/(ng/mL) vss.ivint.all (mg/kg)/(ng/mL)
#> 141 (mg/kg)/(ng/mL) vss.ivint.last (mg/kg)/(ng/mL)
#> 142 (mg/kg)/(ng/mL) vss.sparse.last (mg/kg)/(ng/mL)
#> 143 (mg/kg)/(ng/mL) vz.obs (mg/kg)/(ng/mL)
#> 144 (mg/kg)/(ng/mL) vz.pred (mg/kg)/(ng/mL)
#> 145 (mg/kg)/(ng/mL) vz.int.inf.obs (mg/kg)/(ng/mL)
#> 146 (mg/kg)/(ng/mL) vz.int.inf.pred (mg/kg)/(ng/mL)
#> 147 (mg/kg)/(ng/mL) vz.iv.obs (mg/kg)/(ng/mL)
#> 148 (mg/kg)/(ng/mL) vz.iv.pred (mg/kg)/(ng/mL)
#> 149 (mg/kg)/(ng/mL) vz.sparse.last (mg/kg)/(ng/mL)
#> 150 (mg/kg)/(ng/mL) vss.obs (mg/kg)/(ng/mL)
#> 151 (mg/kg)/(ng/mL) vss.pred (mg/kg)/(ng/mL)
#> 152 (mg/kg)/(ng/mL) vss.iv.obs (mg/kg)/(ng/mL)
#> 153 (mg/kg)/(ng/mL) vss.iv.pred (mg/kg)/(ng/mL)
#> 154 (mg/kg)/(ng/mL) vss.md.obs (mg/kg)/(ng/mL)
#> 155 (mg/kg)/(ng/mL) vss.md.pred (mg/kg)/(ng/mL)
#> 156 (mg/kg)/(ng/mL) vss.ivmd.obs (mg/kg)/(ng/mL)
#> 157 (mg/kg)/(ng/mL) vss.ivmd.pred (mg/kg)/(ng/mL)
#> 158 (mg/kg)/(ng/mL) vss.int.inf.obs (mg/kg)/(ng/mL)
#> 159 (mg/kg)/(ng/mL) vss.int.inf.pred (mg/kg)/(ng/mL)
#> 160 hr*ng/mL auclast day*ng/mL
#> 161 hr*ng/mL auclast_se day*ng/mL
#> 162 hr*ng/mL aucall day*ng/mL
#> 163 hr*ng/mL aucall_se day*ng/mL
#> 164 hr*ng/mL aucint.last day*ng/mL
#> 165 hr*ng/mL aucint.all day*ng/mL
#> 166 hr*ng/mL aucabove.predose.all day*ng/mL
#> 167 hr*ng/mL aucabove.trough.all day*ng/mL
#> 168 hr*ng/mL sparse_auclast day*ng/mL
#> 169 hr*ng/mL sparse_auc_se day*ng/mL
#> 170 hr*ng/mL aucivlast day*ng/mL
#> 171 hr*ng/mL aucivlast_se day*ng/mL
#> 172 hr*ng/mL aucivall day*ng/mL
#> 173 hr*ng/mL aucivall_se day*ng/mL
#> 174 hr*ng/mL aucivint.last day*ng/mL
#> 175 hr*ng/mL aucivint.all day*ng/mL
#> 176 hr*ng/mL aucinf.obs day*ng/mL
#> 177 hr*ng/mL aucinf.obs_se day*ng/mL
#> 178 hr*ng/mL aucinf.pred day*ng/mL
#> 179 hr*ng/mL aucint.inf.obs day*ng/mL
#> 180 hr*ng/mL aucint.inf.pred day*ng/mL
#> 181 hr*ng/mL aucivinf.obs day*ng/mL
#> 182 hr*ng/mL aucivinf.obs_se day*ng/mL
#> 183 hr*ng/mL aucivinf.pred day*ng/mL
#> 184 hr^2*ng/mL aumclast day^2*ng/mL
#> 185 hr^2*ng/mL aumclast_se day^2*ng/mL
#> 186 hr^2*ng/mL aumcall day^2*ng/mL
#> 187 hr^2*ng/mL aumcall_se day^2*ng/mL
#> 188 hr^2*ng/mL aumcint.last day^2*ng/mL
#> 189 hr^2*ng/mL aumcint.all day^2*ng/mL
#> 190 hr^2*ng/mL sparse_aumclast day^2*ng/mL
#> 191 hr^2*ng/mL sparse_aumc_se day^2*ng/mL
#> 192 hr^2*ng/mL aumcivlast day^2*ng/mL
#> 193 hr^2*ng/mL aumcivlast_se day^2*ng/mL
#> 194 hr^2*ng/mL aumcivall day^2*ng/mL
#> 195 hr^2*ng/mL aumcivall_se day^2*ng/mL
#> 196 hr^2*ng/mL aumcivint.last day^2*ng/mL
#> 197 hr^2*ng/mL aumcivint.all day^2*ng/mL
#> 198 hr^2*ng/mL aumcinf.obs day^2*ng/mL
#> 199 hr^2*ng/mL aumcinf.obs_se day^2*ng/mL
#> 200 hr^2*ng/mL aumcinf.pred day^2*ng/mL
#> 201 hr^2*ng/mL aumcint.inf.obs day^2*ng/mL
#> 202 hr^2*ng/mL aumcint.inf.pred day^2*ng/mL
#> 203 hr^2*ng/mL aumcivinf.obs day^2*ng/mL
#> 204 hr^2*ng/mL aumcivinf.obs_se day^2*ng/mL
#> 205 hr^2*ng/mL aumcivinf.pred day^2*ng/mL
#> 206 mg/hr ermax mg/day
#> 207 mg/hr erint mg/day
#> 208 mg/hr erlst mg/day
#> 209 (hr*ng/mL)/(mg/kg) auclast.dn (day*ng/mL)/(mg/kg)
#> 210 (hr*ng/mL)/(mg/kg) aucall.dn (day*ng/mL)/(mg/kg)
#> 211 (hr*ng/mL)/(mg/kg) aucinf.obs.dn (day*ng/mL)/(mg/kg)
#> 212 (hr*ng/mL)/(mg/kg) aucinf.pred.dn (day*ng/mL)/(mg/kg)
#> 213 (hr^2*ng/mL)/(mg/kg) aumclast.dn (day^2*ng/mL)/(mg/kg)
#> 214 (hr^2*ng/mL)/(mg/kg) aumcall.dn (day^2*ng/mL)/(mg/kg)
#> 215 (hr^2*ng/mL)/(mg/kg) aumcinf.obs.dn (day^2*ng/mL)/(mg/kg)
#> 216 (hr^2*ng/mL)/(mg/kg) aumcinf.pred.dn (day^2*ng/mL)/(mg/kg)
#> 217 (mg/kg)/(hr*ng/mL) cl.last (mg/kg)/(day*ng/mL)
#> 218 (mg/kg)/(hr*ng/mL) cl.all (mg/kg)/(day*ng/mL)
#> 219 (mg/kg)/(hr*ng/mL) cl.int.all (mg/kg)/(day*ng/mL)
#> 220 (mg/kg)/(hr*ng/mL) cl.int.last (mg/kg)/(day*ng/mL)
#> 221 (mg/kg)/(hr*ng/mL) cl.iv.all (mg/kg)/(day*ng/mL)
#> 222 (mg/kg)/(hr*ng/mL) cl.iv.last (mg/kg)/(day*ng/mL)
#> 223 (mg/kg)/(hr*ng/mL) cl.ivint.all (mg/kg)/(day*ng/mL)
#> 224 (mg/kg)/(hr*ng/mL) cl.ivint.last (mg/kg)/(day*ng/mL)
#> 225 (mg/kg)/(hr*ng/mL) cl.sparse.last (mg/kg)/(day*ng/mL)
#> 226 (mg/kg)/(hr*ng/mL) cl.obs (mg/kg)/(day*ng/mL)
#> 227 (mg/kg)/(hr*ng/mL) cl.pred (mg/kg)/(day*ng/mL)
#> 228 (mg/kg)/(hr*ng/mL) cl.int.inf.obs (mg/kg)/(day*ng/mL)
#> 229 (mg/kg)/(hr*ng/mL) cl.int.inf.pred (mg/kg)/(day*ng/mL)
#> 230 (mg/kg)/(hr*ng/mL) cl.iv.obs (mg/kg)/(day*ng/mL)
#> 231 (mg/kg)/(hr*ng/mL) cl.iv.pred (mg/kg)/(day*ng/mL)
#> 232 mg/(hr*ng/mL) clr.last mg/(day*ng/mL)
#> 233 mg/(hr*ng/mL) clr.obs mg/(day*ng/mL)
#> 234 mg/(hr*ng/mL) clr.pred mg/(day*ng/mL)
#> 235 (mg/(hr*ng/mL))/(mg/kg) clr.last.dn (mg/(day*ng/mL))/(mg/kg)
#> 236 (mg/(hr*ng/mL))/(mg/kg) clr.obs.dn (mg/(day*ng/mL))/(mg/kg)
#> 237 (mg/(hr*ng/mL))/(mg/kg) clr.pred.dn (mg/(day*ng/mL))/(mg/kg)
#> conversion_factor
#> 1 1.000000000
#> 2 1.000000000
#> 3 1.000000000
#> 4 1.000000000
#> 5 1.000000000
#> 6 1.000000000
#> 7 1.000000000
#> 8 1.000000000
#> 9 1.000000000
#> 10 1.000000000
#> 11 1.000000000
#> 12 1.000000000
#> 13 1.000000000
#> 14 1.000000000
#> 15 1.000000000
#> 16 1.000000000
#> 17 1.000000000
#> 18 1.000000000
#> 19 1.000000000
#> 20 1.000000000
#> 21 1.000000000
#> 22 1.000000000
#> 23 1.000000000
#> 24 1.000000000
#> 25 1.000000000
#> 26 1.000000000
#> 27 1.000000000
#> 28 1.000000000
#> 29 1.000000000
#> 30 1.000000000
#> 31 1.000000000
#> 32 1.000000000
#> 33 1.000000000
#> 34 1.000000000
#> 35 1.000000000
#> 36 1.000000000
#> 37 1.000000000
#> 38 1.000000000
#> 39 1.000000000
#> 40 1.000000000
#> 41 1.000000000
#> 42 1.000000000
#> 43 1.000000000
#> 44 1.000000000
#> 45 1.000000000
#> 46 1.000000000
#> 47 1.000000000
#> 48 1.000000000
#> 49 0.041666667
#> 50 0.041666667
#> 51 0.041666667
#> 52 0.041666667
#> 53 0.041666667
#> 54 0.041666667
#> 55 0.041666667
#> 56 0.041666667
#> 57 0.041666667
#> 58 0.041666667
#> 59 0.041666667
#> 60 0.041666667
#> 61 0.041666667
#> 62 0.041666667
#> 63 0.041666667
#> 64 0.041666667
#> 65 0.041666667
#> 66 0.041666667
#> 67 0.041666667
#> 68 0.041666667
#> 69 0.041666667
#> 70 0.041666667
#> 71 0.041666667
#> 72 0.041666667
#> 73 0.041666667
#> 74 0.041666667
#> 75 0.041666667
#> 76 0.041666667
#> 77 0.041666667
#> 78 0.041666667
#> 79 0.041666667
#> 80 0.041666667
#> 81 0.041666667
#> 82 0.041666667
#> 83 0.041666667
#> 84 0.041666667
#> 85 0.041666667
#> 86 0.041666667
#> 87 24.000000000
#> 88 24.000000000
#> 89 24.000000000
#> 90 24.000000000
#> 91 24.000000000
#> 92 24.000000000
#> 93 24.000000000
#> 94 24.000000000
#> 95 24.000000000
#> 96 24.000000000
#> 97 24.000000000
#> 98 24.000000000
#> 99 24.000000000
#> 100 24.000000000
#> 101 24.000000000
#> 102 24.000000000
#> 103 1.000000000
#> 104 1.000000000
#> 105 1.000000000
#> 106 1.000000000
#> 107 1.000000000
#> 108 1.000000000
#> 109 1.000000000
#> 110 1.000000000
#> 111 1.000000000
#> 112 1.000000000
#> 113 1.000000000
#> 114 1.000000000
#> 115 1.000000000
#> 116 1.000000000
#> 117 1.000000000
#> 118 1.000000000
#> 119 1.000000000
#> 120 1.000000000
#> 121 1.000000000
#> 122 1.000000000
#> 123 1.000000000
#> 124 1.000000000
#> 125 1.000000000
#> 126 1.000000000
#> 127 1.000000000
#> 128 1.000000000
#> 129 1.000000000
#> 130 1.000000000
#> 131 1.000000000
#> 132 1.000000000
#> 133 1.000000000
#> 134 1.000000000
#> 135 1.000000000
#> 136 1.000000000
#> 137 1.000000000
#> 138 1.000000000
#> 139 1.000000000
#> 140 1.000000000
#> 141 1.000000000
#> 142 1.000000000
#> 143 1.000000000
#> 144 1.000000000
#> 145 1.000000000
#> 146 1.000000000
#> 147 1.000000000
#> 148 1.000000000
#> 149 1.000000000
#> 150 1.000000000
#> 151 1.000000000
#> 152 1.000000000
#> 153 1.000000000
#> 154 1.000000000
#> 155 1.000000000
#> 156 1.000000000
#> 157 1.000000000
#> 158 1.000000000
#> 159 1.000000000
#> 160 0.041666667
#> 161 0.041666667
#> 162 0.041666667
#> 163 0.041666667
#> 164 0.041666667
#> 165 0.041666667
#> 166 0.041666667
#> 167 0.041666667
#> 168 0.041666667
#> 169 0.041666667
#> 170 0.041666667
#> 171 0.041666667
#> 172 0.041666667
#> 173 0.041666667
#> 174 0.041666667
#> 175 0.041666667
#> 176 0.041666667
#> 177 0.041666667
#> 178 0.041666667
#> 179 0.041666667
#> 180 0.041666667
#> 181 0.041666667
#> 182 0.041666667
#> 183 0.041666667
#> 184 0.001736111
#> 185 0.001736111
#> 186 0.001736111
#> 187 0.001736111
#> 188 0.001736111
#> 189 0.001736111
#> 190 0.001736111
#> 191 0.001736111
#> 192 0.001736111
#> 193 0.001736111
#> 194 0.001736111
#> 195 0.001736111
#> 196 0.001736111
#> 197 0.001736111
#> 198 0.001736111
#> 199 0.001736111
#> 200 0.001736111
#> 201 0.001736111
#> 202 0.001736111
#> 203 0.001736111
#> 204 0.001736111
#> 205 0.001736111
#> 206 24.000000000
#> 207 24.000000000
#> 208 24.000000000
#> 209 0.041666667
#> 210 0.041666667
#> 211 0.041666667
#> 212 0.041666667
#> 213 0.001736111
#> 214 0.001736111
#> 215 0.001736111
#> 216 0.001736111
#> 217 24.000000000
#> 218 24.000000000
#> 219 24.000000000
#> 220 24.000000000
#> 221 24.000000000
#> 222 24.000000000
#> 223 24.000000000
#> 224 24.000000000
#> 225 24.000000000
#> 226 24.000000000
#> 227 24.000000000
#> 228 24.000000000
#> 229 24.000000000
#> 230 24.000000000
#> 231 24.000000000
#> 232 24.000000000
#> 233 24.000000000
#> 234 24.000000000
#> 235 24.000000000
#> 236 24.000000000
#> 237 24.000000000