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Current Status of Ethosomes and Elastic Liposomes in Dermal and Transdermal Drug Delivery

机译:真皮和透皮药物递送中的脂质体和脂质体的现状

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摘要

It is still not clear whether intact lipid vesicles can cross the human skin. Some reports in the literature indicate that transfersomes (R) can cross the skin. Other reports suggest that intact liposomes cannot cross the skin. Of course, the composition of the various formulations has to be taken into consideration before making such assertions. The present review examines the use of vesicles-elastic liposomes and ethosomes-for transdermal drug delivery. Liposomes are micro- or nano-structures formed from a bilayer of lipid surrounding an aqueous core. Elastic liposomes differ from conventional liposomes because they contain edge activators (surfactants) which impart elasticity and deformability. Ethosomes are efficient in facilitating percutaneous drug penetration. They are structurally similar to conventional liposomes in the sense that they are prepared from phospholipids but different because they contain a high concentration of ethanol. Both elastic liposomes and ethosomes are increasingly being used for delivering low and high molecular weight drugs. In this review, several reports are presented showing the usefulness of these vesicles and mechanistic insight sought as to why they may be effective in certain cases.
机译:尚不清楚完整的脂质囊泡是否可以穿越人的皮肤。文献中的一些报道表明,传递体(R)可以穿过皮肤。其他报道表明完整的脂质体无法穿过皮肤。当然,在做出这样的断言之前必须考虑各种配方的组成。本审查审查了囊泡-弹性脂质体和核糖体-用于透皮药物递送的用途。脂质体是由围绕水性核心的脂质双层形成的微结构或纳米结构。弹性脂质体不同于常规脂质体,因为它们包含赋予弹性和可变形性的边缘活化剂(表面活性剂)。脂质体在促进经皮药物渗透方面是有效的。它们在结构上与常规脂质体相似,因为它们是由磷脂制备的,但由于它们包含高浓度的乙醇而有所不同。弹性脂质体和脂质体都越来越多地用于递送低分子量和高分子量药物。在这篇综述中,提出了几份报告,显示了这些囊泡的有用性,并寻求了关于为什么它们在某些情况下可能有效的机理见解。

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