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银黄分散片的制备及质量控制
引用本文:欧阳坤. 银黄分散片的制备及质量控制[J]. 海峡药学, 2014, 0(10): 9-12
作者姓名:欧阳坤
作者单位:江西省萍乡市芦溪县妇幼保健院萍乡337200
摘    要:目的利用正交设计筛选出银黄分散片的最佳处方。方法通过调节崩解剂的含量,粘合剂的浓度等因素,制备银黄分散片,考察崩解时限,混悬性等因素,对处方进行筛选。结果优选处方为AlB3Cl。即:微晶纤维素含量为8%,CMS.Na含量为15%,聚乙烯吡咯烷酮K30浓度为5%。对优选处方的实验表明:崩解时间小于3min,分散均匀性试验能通过2号筛网,混悬性较好。结论本方法简单,可靠,优选处方的银黄分散片迭到中国药典要求。

关 键 词:正交设计  分散片  崩解度  绿原酸  黄芩苷

Preparnation and Quality Control of Yinhuang Dispersible Tablets
OUYANG Kun. Preparnation and Quality Control of Yinhuang Dispersible Tablets[J]. Strait Pharmaceutical Journal, 2014, 0(10): 9-12
Authors:OUYANG Kun
Affiliation:OUYANG Kun(Jiangxi Pingxiang Luxi county maternal and child care health hospital, PingXiang 337200, China)
Abstract:OBJECTIVE To screen the optimum formula for Yinhuang dispersible tablets by orthogonal de- sign. METHODS Yinhuang dispersible tablets was prepared by adjusting the content of disintogrant and the uncen- tration of adhesive. The disintegration Time and suspension were inspected to select. RESULTS The optimized for- mula was A1B3CI. The percentage of Microerystalline CE and CMS-Na were 8% and 15% respectively,and the con- centration of PVP30 was 5% . The disintegration time was less than 3rain, and it could pass through a No. 2 sieve. CONCLUSION This method is simple and reliable,and the formula optimization of the Yinhuang dispersed tablets reached the standard listed in Ch. P 2005 edition.
Keywords:Orthogonal design  Dispersible tablets  Disintegration
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