回顾:新型造粒技术

S. S, Meena Bisht
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引用次数: 0

摘要

所有的药物活性成分(API)和药用辅料都有不同的粒度。 在配制剂型时,原料颗粒会因流变特性而相互分离。在这种情况下,细颗粒会从大颗粒中分离出来,造成活性成分与辅料的不混合或分布不均匀,从而导致片剂含量不均匀的问题。为解决这一问题,有必要使用或不使用额外的辅助工具来增大颗粒或提高颗粒的凝聚力,这可以通过制粒来实现。因此,制粒技术在药物口服固体制剂的配方中非常重要。制粒是使用两种最常见的方法,即湿法制粒和干法制粒/压制,将细小颗粒凝聚成大颗粒的过程。各个领域的技术创新日新月异,制药制粒过程也不例外。本综述旨在重点介绍新型制粒技术及其与传统制粒技术的不同之处。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Review: Novel Granulation Technology
All the pharmaceutical Active pharmaceutical Ingredients (API) and Pharmaceutical excipients will have different particle size.  While formulating a dosage form, particles from raw materials will tend to separate from other due to their rheological properties. There could be a condition where fine particles separate from the larger particles causing demixing or uneven distribution of active with its excipients leading to tablet content uniformity issue. To overcome this problem, particle enlargement or particle cohesiveness with or without additional aid is necessary, which could be achieved by granulation. Hence granulation technology is important in the formulation of pharmaceutical oral solid dosage form. Granulation is the process of adhering fine particles agglomerate into a large particle using two most common methods i.e. wet granulation and dry granulation/compaction. Day by day technological innovation is happening in all fields and pharmaceutical granulation process is also not an exemption. The objective of present review is to focus the novel granulation technology and how it is differing from the conventional granulation technology.
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