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Pharmacokinetics and tissue distribution of liposomal etoposide in rats.

机译:脂质体依托泊苷在大鼠体内的药代动力学和组织分布。

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摘要

Precipitation of etoposide and adverse events associated with the co-solvents in intravenous solutions can be avoided by using liposomal etoposide (LE). The pharmacokinetics and distribution of the commercial formulation (ETPI) and LE were compared in rats. The pharmacokinetic profiles were biphasic and similar in the initial phase (C(max), Vd, and t(1/2alpha)). However, LE showed a 60% increase in AUC with a 35% decrease in clearance (p < 0.05). This decreased clearance resulted in a 70% increase in the MRT of etoposide. The uptake of etoposide from LE was higher in macrophage-phagocytic endowed tissues indicating that LE is superior to ETPI for targeted delivery of etoposide.
机译:通过使用脂质体依托泊苷(LE),可以避免依托泊苷的沉淀和与静脉溶液中助溶剂有关的不良事件。比较了大鼠中商业制剂(ETPI)和LE的药代动力学和分布。药代动力学曲线是双相的,在初始阶段相似(C(max),Vd和t(1 / 2alpha))。然而,LE显示AUC增加了60%,清除率减少了35%(p <0.05)。清除率降低导致依托泊苷的MRT增加70%。在巨噬细胞吞噬赋予的组织中,从LE中摄取依托泊苷的可能性更高,这表明LE在靶向递送依托泊苷方面优于ETPI。

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