激光粒度分析仪测定格列美脲中粒径分布新方法的建立与验证

Q4 Multidisciplinary Edelweiss Applied Science and Technology Pub Date : 2019-01-01 DOI:10.33805/2576.8484.160
A. Gosar, Shivaji Jadhav, V. Patil, S. Folane, A. Jadkar, T. Vispute
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引用次数: 0

摘要

颗粒大小是现代药品质量的关键因素,因为它影响药品的生物利用度和溶出度。粒径的研究有助于优化药品开发工艺,提高药品质量。为了测定格列美脲的粒度,本文提出了一种新的、准确的格列美脲粒度测定方法。该方法重复性好。通过使用水作为分散剂,根据国际协调会议指南(Q2 (R1))开发和验证了湿法,并发现了稳健和可重复性,其RSD为d(10), d(50)和d(90)值的% RSD在可接受范围内,d(0.1)为6.05%至21.84%,d(0.5)为3.04%至9.87%,d(0.9)为4.69%至14.32%。该方法准确、有效,可用于格列美脲粒度分布的测定。详细讨论了粒度方法,以确保深入了解粒度分布和粒度方法的性能在产品的生命周期。
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Development and Validation of New Analytical Method for the Determination of Particle Size Distribution in Glimepiride Using Laser Based Particle Size Analyzer
Particle size is a key factor for modern drug quality since it affects the bioavailability and dissolution profile of the drug product. Study for Particle size is helpful to optimize drug product development process and improve the quality of drugs. In Order to determine the particle size of Glimepiride a novel and accurate Particle size determination method has been developed for the determination of particle size distribution of Glimepiride was described in this paper. This method has shown good reproducible results. By using water as dispersant wet method is developed and validated as per International conference on Harmonization guidelines (Q2 (R1)) and found out robust and reproducible with % RSD of d (10), d (50) and d (90) values found within acceptance limit ranges from 6.05% to 21.84% for d(0.1), 3.04% to 9.87% for d(0.5) and 4.69% to 14.32% for d(0.9) in validation. The described method is accurate and validated and successfully applied for the determination of particle size distribution of Glimepiride. Particle size method is discussed in detail to ensure in-depth understanding of particle size distribution and particle size method performance during lifetime of the product.
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来源期刊
Edelweiss Applied Science and Technology
Edelweiss Applied Science and Technology Multidisciplinary-Multidisciplinary
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