A Review on Microspheres: Preparation, Characterization and Applications

Prasad Galande, V. Yadav, S. Borkar
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引用次数: 1

Abstract

Small sphere-shaped particles are known as microspheres and their particle size range is 1micrometer to 1000 micrometer. They are free-moving, spherical particles that can be manufactured from proteins or artificial polymers. There are several methods for delivering a medicinal chemical to the target region with a regulated, prolonged release. which naturally decomposes.Microcapsules and micromatricesare two of the different types of microspheres. There are numerous varieties of microspheres that are described. Microspheres are one of the most popular varieties and provide a number of benefits.Theseprepared microspheres can be compressed or filled with a firm gelatin. There are several methods for creating microspheres, including single-emulsion, double-emulsion, solvent evaporation, phase separation coacervation, and spray drying. Microspheres are assessed using a variety of assessment methods, and they are examined in relation to a number of applications, including the delivery of vaccines, chemotherapy, ophthalmic drugs, gene therapies, and oral, nasal, and buccal drug delivery of pharmaceuticals.  
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微球的制备、表征及应用研究进展
小的球形颗粒被称为微球,它们的粒径范围是1微米到1000微米。它们是自由移动的球形颗粒,可以由蛋白质或人工聚合物制成。有几种方法可以将药用化学物质递送到目标区域,并具有调节的、延长的释放。自然分解。微胶囊和微基质是两种不同类型的微球。有许多种类的微球被描述。微球是最受欢迎的品种之一,提供了许多好处。这些制备的微球可以被压缩或填充一种坚固的明胶。制备微球的方法有几种,包括单乳液法、双乳液法、溶剂蒸发法、相分离凝聚法和喷雾干燥法。使用各种评估方法对微球进行评估,并对微球的若干应用进行检查,包括疫苗递送、化疗、眼科药物、基因疗法以及药物的口服、鼻腔和口腔递送。
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