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基于正交试验法对舒血宁注射液溶媒配伍方案的优选 被引量:2

Optimization of compatibility condition of Shuxuening injection with solvent based on orthogonal test
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摘要 目的考察多种因素对舒血宁注射液与溶媒配伍后稳定性的影响,选出最佳配伍方案。方法多因素选择温度、溶媒种类、溶媒用量,采用正交试验;单因素选择放置时间;以配伍溶液中主要成分槲皮素、异鼠李素、山奈素含量为指标,选出最优的配伍方案,同时按照该方案考察配伍溶液不溶性微粒变化情况。结果各因素对配伍液中主要成分含量均有影响,试验优选方案为25℃、5%葡萄糖250 ml为溶媒,放置4 h。在4 h内,配伍液不溶性微粒符合中国药典的相关规定。结论该试验优选出舒血宁注射液使用的配伍方案,为临床安全、有效地使用该药物提供依据。 Objective To study the effect of various factors on the stability of Shuxuening injection with solvent,and optimize the compatibility condition.Methods Orthogonal test was used to investigate the multifactors,including temperature,solvent type and solvent dosage.Time was chosen as the single factor.Taking the content of Quercetin,Isorhamnetin and Kaempferol as the evaluation index,the optimum compatibility condition was screened out,and the change of insoluble particles was observed.Results All the factors had effects on the content of the main components.The optimum compatibility condition was 25℃for 4 h,mixed with 250 ml 5%glucose injection.Within 4 h,the insoluble particles conformed the relevant regulation of the Chinese Pharmacopoeia.Conclusion The optimum compatibility condition of Shuxuening injection is determined,which provides a basis for the safe and effective clinical use.
作者 王羿 周雪 聂毓恬 苓丽 沈祥春 陶玲 WANG Yi;ZHOU Xue;NIE Yu-tian;LING Li;SHEN Xiang-chun;TAO Ling(Guiyang Third People's Hospital,Guiyang 550006,China;the High Efficacy Application of Natural Medicinal Resources Engineering Center of Guizhou Frovincc,the High Educational Key Laboratory of Guizhou Province for Nat­ural Medicinal Pharmacology and Druggability,thc Union Key Laboratory of Guiyang City,Key Laboratory of Optimal Utilization of Natural Medicine Resources,College of Pharmacy,Guizhou Medical University,Guiyang 550025,China)
出处 《实用药物与临床》 CAS 2020年第1期74-78,共5页 Practical Pharmacy and Clinical Remedies
基金 贵阳市高层次创新型青年卫生人才培养计划项目(筑卫计科技合同字[2017]第013号) 贵州省科技创新团队项目(黔科合人才团队[2015]4025号) 贵州省高层次创新型人才百层次人才项目(贵州省科技厅黔科合人才[2015]4029号)
关键词 舒血宁注射液 正交试验 优选配伍方案 不溶性微粒 Shuxuening injection Orthogonal test Optimum compatibility condition Insoluble particles
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