酵母微囊作为口服药物递送载体的研究进展
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篇名: 酵母微囊作为口服药物递送载体的研究进展
TITLE: Research progress of yeast microcapsules as oral drug delivery carrier
摘要: 酵母微囊是一种表面粗糙多孔、核心中空的天然药物递送载体,具有良好的安全性和高靶向性、高稳定性,在口服药物递送系统中具有极佳的应用前景。酵母细胞经过酸碱和有机溶剂处理、洗涤后可获得疏松多孔的酵母微囊,后者可借助静电相互作用、被动扩散、疏水作用等方式包载药物。酵母微囊表面主要由β-葡聚糖组成,可在胃肠环境中保持稳定,可被免疫细胞表面相关受体识别,从而激活免疫反应,并可在被摄取后随淋巴细胞的运动将所载药物运送至病变部位。酵母微囊安全性高,非常适合递送疫苗、抗炎药物及抗肿瘤药物,其不仅可实现上述药物的口服递送,而且能增强药物效果,提高药物的靶向性。今后可开展更多全身转运机制的相关研究或开发更加高效的联合给药系统,以充分发挥酵母微囊的临床价值。
ABSTRACT: As a natural drug delivery carrier with rough and porous surface and hollow core, yeast microcapsules have good safety, high targeting and high stability, and have excellent application prospects in oral drug delivery systems. Yeast cells can be treated and washed with acid-base and organic solvents to obtain loose and porous yeast microcapsules. Yeast microcapsules can encapsulate drugs through electrostatic interactions, passive diffusion, hydrophobic interaction and other methods. The surface of yeast microcapsules is mainly composed of β-glucan, which can maintain stability in the gastrointestinal environment; it can be recognized by the surface-related receptors of immune cells, thus activating the immune response, and can be transported to the lesion site with the movement of lymphocytes after being ingested. Yeast microcapsules are safe and very suitable for delivering vaccines, anti-inflammatory drugs, and anti-tumor drugs. They can not only achieve oral delivery of the aforementioned drugs, but also enhance drug efficacy and improve drug targeting. In the future, more research on systemic transport mechanisms or the development of more efficient combination drug delivery systems can be carried out to fully exhibit the clinical value of yeast microcapsules.
期刊: 2023年第34卷第16期
作者: 刘瑛琪;李静如;孟繁;邢昊楠;郑爱萍
AUTHORS: LIU Yingqi,LI Jingru,MENG Fan,XING Haonan,ZHENG Aiping
关键字: 酵母微囊;β-葡聚糖;药物递送载体;口服药物
KEYWORDS: yeast microcapsules; β-glucan; drug delivery carrier; oral drug
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