Topic - Controlled Drug Release by Excipient Modification: A Review

Prithvijeet Singh Kharnal
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Abstract

Excipients play an essential role in the physical and chemical characteristics of the oral dosage form. The excipient modification can alter the parameters like dissolution and disintegration. Oral dosage form passes through the varying pH of the human gastrointestinal tract and delivers the drug at a specific site. For providing pH-responsive dosage form, novel techniques are used, which include hydrogels, nanoparticles, and microspheres. The article also reviews problems related to drug excipient interactions and questions related to delivering the drug to specific targets by showing pH-responsive drug release. The addition of excipients like lignin can achieve a better pH modified version and controlled release of the active pharmaceutical excipient. The biopolymer lignin can be altered due to many functional groups in its chemical structure. The use of lignin can help to release the drug in specific targets within the gastrointestinal tract. The use of natural polymers should be increased to manufacture eco-friendly and economical dosage forms.
题目:辅料修饰的药物控释研究进展
赋形剂对口服剂型的物理和化学特性起着至关重要的作用。辅料的改性可以改变溶出度和崩解度等参数。口服剂型通过人体胃肠道的不同pH值,并将药物输送到特定部位。为了提供ph响应剂型,使用了新的技术,包括水凝胶,纳米颗粒和微球。文章还回顾了与药物赋形剂相互作用有关的问题,以及通过显示ph反应性药物释放将药物传递到特定靶点的问题。添加木质素等赋形剂可以使活性赋形剂获得较好的pH修饰版和控释。生物聚合物木质素由于其化学结构中的许多官能团而可以改变。使用木质素可以帮助释放药物在胃肠道内的特定目标。应增加天然聚合物的使用,以制造环保和经济的剂型。
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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