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Brief Outlook on Polymeric Nanoparticles,Micelles,Niosomes,Hydrogels and Liposomes:Preparative Methods and Action

机译:对聚合物纳米颗粒,胶束,新膜体,水凝胶和脂质体的简要前景:制备方法和作用

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摘要

Polymeric nanoparticles,micelles,niosomes,hydrogels and liposomes represent effective drug carriers having huge potential for medical and pharmaceutical applications.These systems remain the most important area in medicinal chemistry research.The aforementioned biomaterials can effectively encapsulate and release diverse hydrophobic/hydrophilic therapeutic molecules including drugs and prodrugs.Applications of these carrier systems extend to nucleic acids,antibodies and proteins which could be released sustainably.Since these systems fall in the nano dimension,they are capable of enhancing the therapeutic efficacy of bioactive molecules besides enabling them to accumulate preferentially at the target site.Furthermore,these systems can protect the encapsulated drug from degradation,thereby increasing the therapeutic value of the drug candidate and reducing systemic toxicity.In this review,we illustrate the preparative methods and actions of these five drug delivery systems.
机译:聚合物纳米颗粒,胶束,新膜体,水凝胶和脂质体代表具有医疗和药物应用具有巨大潜力的有效药物携带者。这些系统仍然是药物化学研究中最重要的领域。上述生物材料可以有效地封装并释放多样的水生细胞/质体/杂质分子, 这些载体系统的应用延伸至核酸,抗体和蛋白质,这些抗体和蛋白质可以可持续释放。由于这些系统属于纳米尺寸,因此它们能够增强生物活性分子的治疗功效,而不是使它们能够优先地积累在其上。 目标部位。这些系统可以保护封装的药物免受降解,从而增加了候选药物的治疗价值并降低了全身毒性。在本综述中,我们说明了这五种药物输送系统的制备方法和动作。

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