碾压干燥造粒的电位

Yujie Zhang
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引用次数: 0

摘要

制药工程领域的最新发展趋势是压实技术。辊压实技术是一种行之有效的策略,特别是在医疗行业。这一发展过程对含有高质量活性药物成分(API)的口服固体剂型的生产产生了重大影响。当医疗行业倾向于开发片剂时,已经考虑了三种基本的加工路线:直接压缩,干造粒和湿造粒。在这三种高效生产方式中,干造粒是一种将粉状成分压缩成片剂而不添加任何液体溶液的工艺。干造粒是使用段塞或辊压技术进行的。这种制药工艺具有药物开发的潜力,因为它已被证明可以通过压实机连续生产片剂。碾压干燥造粒比其他加工方法更有优势。然而,这项技术和研究人员仍然需要面对一些挑战。对碾压干燥造粒技术的改进将对药物开发和商品生产做出巨大贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Potentials of the Dry Granulation by Roller Compaction
: The latest trends in the field of pharmaceutical engineering are regarding roller compaction. Roller compaction technology is a well-established strategy particularly involved in the medical industry. This developing process has a great impact on the manufacturing of oral solid dosage forms while containing high-quality active pharmaceutical ingredients (API). When the medical industry tends to develop a tablet, there are three basic processing routes that have been considered: direct compression, dry granulation, and wet granulation. Among these three high-efficiency productive ways, dry granulation is a process that compresses powdery ingredients into tablets without adding any liquid solution. Dry granulation is carried out using either slugging or roller compaction techniques. This pharmaceutic process has potentials for drug development as it has been proved to continuously manufacture tablets by working with compaction machines. Roller compaction employed to dry granulation can provide more advantages compared with other processing methods. However, there are still have some challenges that this technology and researchers need to face. Improvements on the dry granulation by roller compaction technology would give a great contribution to drug development and goods production.
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