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[利用磁性脂质体实现药物的靶向与控释]

[Targeted and controlled release of drugs using magnetoliposomes].

作者信息

Babincová M

机构信息

Katedra biofyziky a chemickej fyziky Matematicko-fyzikálnej fakulty Univerzity Komenského, Bratislava.

出版信息

Ceska Slov Farm. 1999 Jan;48(1):27-9.

Abstract

The present paper deals with a stable drug delivery system which allows to concentrate the drug in a desired site and its programmable release. For these purposes the present authors have suggested to use magnetoliposomes (liposomes with enwrapped magnetite particles in their bilayers) which are magnetosensitive and may be maneuvered to the given site in the organism. Due to the magnetite particles, which are strong microwave absorbers, magnetoliposomes can be heated to higher temperatures which may subsequently lead to a leakage of encapsulated drug. Influence of static magnetic field on liposomes in the blood-stream was analyzed theoretically. Fluorescence spectrophotometry was used to determine the relationship between doses of microwave radiation and the extent of drug release.

摘要

本文涉及一种稳定的药物递送系统,该系统能够将药物集中在所需部位并实现其可编程释放。出于这些目的,本文作者建议使用磁脂质体(双层中包裹有磁铁矿颗粒的脂质体),其具有磁敏感性,可被操控至生物体中的特定部位。由于磁铁矿颗粒是强微波吸收剂,磁脂质体可被加热到更高温度,这随后可能导致包封药物的泄漏。从理论上分析了静磁场对血流中脂质体的影响。使用荧光分光光度法来确定微波辐射剂量与药物释放程度之间的关系。

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