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卡托普利择时渗透泵片的处方优化

叶吴琦 左丁 张子豪 陈天民 焦敏芬 韩翠艳

中国药房2018,Vol.29Issue(10):1328-1332,5.
中国药房2018,Vol.29Issue(10):1328-1332,5.DOI:10.6039/j.issn.1001-0408.2018.10.08

卡托普利择时渗透泵片的处方优化

Formula Optimization of Captopril Timing Osmotic Pump Tablets

叶吴琦 1左丁 1张子豪 1陈天民 1焦敏芬 1韩翠艳1

作者信息

  • 1. 齐齐哈尔医学院药学院,黑龙江齐齐哈尔 161006
  • 折叠

摘要

Abstract

OBJECTIVE:To optimize the formula of Captopril timing osmotic pump tablets. METHODS:Using accumulative release rate (Q) as index, single factor test was used to investigate the effects of blocking layer coating weight gain, semipermeable membrane coating weight gain,the type of polyepoxide (PEO),the amount of PEO (3 × 105) and HPMC in drug bearing layer,the amount of PEO (7 × 106) and NaCl in booster layer on drug release of Captopril timing osmotic pump tablets. Based on single factor investigation,using comprehensive score of release behavior(L)as index,the amount of PEO(3×105)and HPMC in drug bearing layer,the amount of PEO(7×106)and NaCl in booster layer as factors,L9(43)orthogonal test was used to optimize the formula of tablet core validation test was conducted. RESULTS:The optimal formula of tablet core included PEO(3× 105)71 mg and HPMC 15 mg in drug bearing layer,PEO(7×106)61 mg and NaCl 18 mg in booster layer,coating weight gain 7% and semipermeable membrane coating weight gain 10% in blocking layer. The osmotic pump tablet prepared by optimized formula released after 4 h;in vitro drug release regression equation was Q=5.118t-21.441(R2=0.9956),which was in line with zero-order release characteristics. CONCLUSIONS:The optimal formula is stable,feasible and controllable in quality,and can provide reference for further development of Captopril timing osmotic pump tablets.

关键词

卡托普利/择时渗透泵片/单因素考察/正交试验/处方优化

Key words

Captopril/Timing osmotic pump tablets/Single factor investigation/Orthogonal test/Formula optimization

分类

医药卫生

引用本文复制引用

叶吴琦,左丁,张子豪,陈天民,焦敏芬,韩翠艳..卡托普利择时渗透泵片的处方优化[J].中国药房,2018,29(10):1328-1332,5.

基金项目

黑龙江省大学生创新创业训练计划项目(No.201511230007) (No.201511230007)

中国药房

OA北大核心CSTPCD

1001-0408

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