Moghimi S M, Davis S S
Department of Pharmaceutical Sciences, University of Nottingham, U.K.
Crit Rev Ther Drug Carrier Syst. 1994;11(1):31-59.
Therapeutic applications of drug carrier systems following intravenous administration have been limited because of the pronounced tendency of these carriers to localize primarily in Kupffer cells. Recently, attempts have been made to design colloids and drug carrier systems that can be disguised as "self" and remain unrecognizable, at least to a certain extent, by the hepatic macrophages. This review is designed to provide a critical view on fundamentals, current progress, limitations, and future prospects of such engineered colloids and drug carrier systems for intravenous route of administration.
静脉注射给药后,药物载体系统的治疗应用受到限制,因为这些载体主要定位于库普弗细胞的倾向十分明显。最近,人们尝试设计可以伪装成“自身”的胶体和药物载体系统,至少在一定程度上不被肝巨噬细胞识别。这篇综述旨在对这类用于静脉给药途径的工程化胶体和药物载体系统的基本原理、当前进展、局限性及未来前景进行批判性审视。