通过囊泡载体给药的不同方法

A. Ojha, Yashika Sharma
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摘要

摘要:多年来,通过传统的给药方式给药一直是困扰研究人员的难题。许多新的技术和系统被开发来克服这一限制。囊泡载体如乳质体、脂质体、水溶体、磷脂质体等已成为药物分子有效递送的新途径之一。与传统的给药系统相比,它们具有提高生物利用度、增加药理学活性、降低毒性、增强稳定性、持续给药以及防止体内发生的物理和化学降解等各种优点。这些囊泡系统可为脂质性或非脂质性。乳质体的组成包括非离子表面活性剂和脂质体,脂质体包括磷脂(天然和合成)。本文综述了四种囊泡载体即乳质体、脂质体、水质体和磷脂质体的定义、类型、制备方法、优缺点、评价和表征等方面的研究进展。这些不同的系统广泛应用于基因传递、肿瘤脑靶向、口服配方、药物稳定性和渗透性问题。
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Different approaches for delivering the drug through vesicular carriers
http://dx.doi.org/10.21276/IJRDPL.22780238.2018.7(4).3071-3082 ABSTRACT:Delivering the drug molecule through conventional ways of drug delivery has been a challenging task for the researchers since years. Many novel technologies and system have been developed to overcome this limitation. Vesicular carriers such as niosomes, liposomes, aquasomes, phytosomes, etc. have been developed as one of the novel ways for the delivery of drug molecules effectively. They provide various advantages such as increased bioavailability, increased pharmacological activity, decreased toxicity, enhancement of stability, sustained delivery, and protection from physical and chemical degradation that occurs inside the body over conventional delivering systems. These vesicular systems can be lipidic or nonlipidic. The composition of niosomes involves nonionic surfactantslipids and liposome involves phospholipids (natural and synthetic). This review article describes the study of the four vesicular carriers namely niosomes, liposomes, aquasomes and phytosomes and their various aspects such as their definition, types, methods of preparation, advantages, disadvantages, evaluation and characterization. Such different systems are widely used in gene delivery, tumor targeting to brain, oral formulations, in stability and permeability problems of drugs.
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