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Chapter 5 Physical Methods for Drug and Gene Delivery Through the Cell Plasma Membrane

机译:第5章通过细胞浆膜药物和基因递送的物理方法

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摘要

The cell membrane represents a major barrier for efficient delivery of exogenous molecules, either pharmaceuticals or genetic material, under both in vitro and in vivo conditions. The number of methods employed to attempt safe, efficient, and local drug and gene delivery has increased during the recent years. One method for membrane permeabilization, electroporation, has already been translated to clinical practice for localized anticancer drug delivery and is termed “electrochemotherapy”. Clinical trials for gene delivery using electroporation as well as drug delivery using another cell permeabilization method, sonoporation, are also underway. This review focuses on these two methods, including their fundamental principles and state-of-the-art applications. Other techniques, such as microinjection, magnetoporation, photoporation, electrospray, and hydrodynamic and ballistic gene delivery, are also discussed.
机译:细胞膜代表在体外和体内条件下有效地递送外源分子,药物或遗传物质的主要屏障。 近年来,用于尝试安全,有效和局部药物和基因交付的方法数量增加。 一种用于膜渗透,电穿孔的方法已经被转化为局部抗癌药物递送的临床实践,并称为“电化学疗法”。 使用电穿孔的基因递送以及使用另一种细胞透化方法的药物递送的临床试验也在进行中。 该评论重点关注这两种方法,包括其基本原则和最先进的应用。 还讨论了其他技术,例如显微注射,磁化,光孔,电喷雾和流体动力学和弹道基因递送。

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