中国生化药物杂志
中國生化藥物雜誌
중국생화약물잡지
CHINESE JOURNAL OF BIOCHEMICAL PHARMACEUTICS
2014年
3期
174-177
,共4页
万通炎康滴丸%制备工艺%正交实验%高效液相色谱法
萬通炎康滴汍%製備工藝%正交實驗%高效液相色譜法
만통염강적환%제비공예%정교실험%고효액상색보법
Wan Tong Yan Kang dropping pills%preparation process%orthogonal experiment%high performance liquid chromatography
目的:优选万通炎康滴丸制备工艺及其含量测定方法。方法按照正交实验设计,分别以圆整度和溶散时限为指标考察了聚乙二醇PEG4000与PEG6000比例,药物和基质的比例,物料温度对处方工艺的影响;以丸重合格率(%)为指标,考察了滴距、滴速、冷却液温度对滴丸制备的影响。建立了异嗪皮啶HPLC含量测定法。结果优选出最佳制备法为PEG4000PEG6000为72,药物基准为14,物料温度C(℃)为90℃,冷却液温度为5℃,滴距10cm,滴速30d/min。异嗪皮啶含量测定在0.852~4.260μg/mL范围内线性关系良好。结论该滴丸制备方法简便可行,含量测定法灵敏度高,重复性好,可为滴丸制备及质量控制提供依据。
目的:優選萬通炎康滴汍製備工藝及其含量測定方法。方法按照正交實驗設計,分彆以圓整度和溶散時限為指標攷察瞭聚乙二醇PEG4000與PEG6000比例,藥物和基質的比例,物料溫度對處方工藝的影響;以汍重閤格率(%)為指標,攷察瞭滴距、滴速、冷卻液溫度對滴汍製備的影響。建立瞭異嗪皮啶HPLC含量測定法。結果優選齣最佳製備法為PEG4000PEG6000為72,藥物基準為14,物料溫度C(℃)為90℃,冷卻液溫度為5℃,滴距10cm,滴速30d/min。異嗪皮啶含量測定在0.852~4.260μg/mL範圍內線性關繫良好。結論該滴汍製備方法簡便可行,含量測定法靈敏度高,重複性好,可為滴汍製備及質量控製提供依據。
목적:우선만통염강적환제비공예급기함량측정방법。방법안조정교실험설계,분별이원정도화용산시한위지표고찰료취을이순PEG4000여PEG6000비례,약물화기질적비례,물료온도대처방공예적영향;이환중합격솔(%)위지표,고찰료적거、적속、냉각액온도대적환제비적영향。건립료이진피정HPLC함량측정법。결과우선출최가제비법위PEG4000PEG6000위72,약물기준위14,물료온도C(℃)위90℃,냉각액온도위5℃,적거10cm,적속30d/min。이진피정함량측정재0.852~4.260μg/mL범위내선성관계량호。결론해적환제비방법간편가행,함량측정법령민도고,중복성호,가위적환제비급질량공제제공의거。
Objective To Prepare and prefer method for the determination Wan Tong Yan Kang dripping pills. Methods Based on the Orthogonal test,the roundness and dissolution time were regarded as the index,the proportion of PEG4000 and PEG6000,the ratio of drug and matrix and material temperature were investigated. The pill weight pass rate (%)was regarded as the index to prepare dropping pills,the distance,dropping speed and temperature were investigated.Established isofraxidin content assay by HPLC. Results The best preparation method for drugs is:PEG4000 PEG6000 is 72,rugs:standard is1:4;the material temperature is 90 ℃;the cooling liquid temperature is 5 ℃;dropping distance is 10cm,dropping speed is 30 d/min. Isofraxidin regression equation is Y=26842X-835,R2 =0.998. Isofraxidin has good linear relationship in the range of concentrations 0.852-4.26 μg/mL. Conclusion The dripping pill preparation method is simple and feasible. Determination method has high sensitivity and good repeatability. The experiment provides a basis for the preparation of dripping pills and establishment of quality standards.