An Overview Onsustained Release Formulations Using Solid Dispersion as Solubility Enhancement Technique.

Bhosale Nikita, Velhal Atish, Redasani Vivek Kumar, Raut Poonam, Varda Joshi
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Abstract

Biopharmaceutical classification system is important for determining the bioavailability of the drug. Drugs that dissolve slowly in water can be effectively solid-dispersed to increase their bioavailability. The bioavailability issue can be due to insufficient solubility of permeability. The poorly water-soluble medication dissolves more quickly when combined with the water-soluble carriers used to make solid dispersion. The review paper concentrates on the preparation techniques, benefits, drawbacks, and characterization of solid dispersion. Pharmaceuticals with sustained release have recently emerged as a very practical tool in medical practise, providing patients with a variety of real and perceived benefits. By minimising fluctuations in Using the therapeutic dose of the medicine in the body, sustained release is another promising reduction technique side effects. The major methods for creating tablets with a sustained release matrix are wet granulation, direct compression, or dispersion. In this review paper got the information about various polymers and different methods which are used for the formulate the sustained release tablet.
利用固体分散技术提高溶解度的持续释放配方概述
生物制药分类系统对确定药物的生物利用度非常重要。在水中溶解缓慢的药物可以通过有效的固体分散来提高其生物利用度。生物利用度问题可能是由于溶解度和渗透性不足造成的。水溶性差的药物在与用于制作固体分散体的水溶性载体结合后,溶解速度会更快。这篇综述论文主要介绍了固体分散体的制备技术、优点、缺点和特性。缓释药品近来已成为医疗实践中非常实用的工具,为患者带来了各种实际和可感知的益处。通过最大限度地减少药物在体内治疗剂量的波动,持续释放是另一种有望减少副作用的技术。制造具有缓释基质的片剂的主要方法是湿法制粒、直接压缩或分散。本综述论文介绍了用于配制缓释片的各种聚合物和不同方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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