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. 2020 Mar 13;3(3):547–558. doi: 10.1021/acsptsci.0c00011

Table 1. PK Comparison of Doxil vs Generic Liposomal DXRa.

  Co Cmax T1/2 Tmax AUCall AUCinf Vd CL MRTinf Vss
  ng/mL ng/mL h h ng·h/mL ng·h/mL mL/kg mL/(h·kg) h mL/kg
Doxil Encapsulated
avg 164338 160923 29 - 5780633 6605784 31 0.77 40 62
SD 19799 12804 7   901285 1070015 4 0.13 9 9
Generic Liposomal DXR Encapsulated
avg 186841b 184708b 34 - 6717656 7911722 26b 0.67 47 61
SD 15480 12988 7   1173239 1780233 2 0.20 10 3
Doxil Unencapsulated
avg - 186 88 36 12515 - - - - -
SD   46 30 31 1742          
Generic Liposomal DXR Unencapsulated
avg - 157 86 33 10129b - - - - -
SD   52 67 12 2360          
Doxil Unbound
avg - 28 60 24 1804 - - - - -
SD   7 12 31 516          
Generic Liposomal DXR Unbound
avg - 24 64 36 1381 - - - - -
SD   13 16 13 429          
a

Displayed are the average animal pharmacokinetic parameters for the Doxil and generic liposomal DXR encapsulated, unencapsulated, and unbound drug profiles: concentration time zero (C0); half-life (T1/2); area under the time concentration curve to time infinity (AUCinf); maximum concentration (Cmax); area under the time concentration curve all time points (AUCall); volume of distribution (Vd); clearance (CL); mean residence time (MRTinf); volume of distribution steady state (Vss); time of maximum concentration (Tmax); half-life (T1/2).

b

(N = 8) p ≤ 0.05, Student’s t test.