牡丹江医学院学报
牡丹江醫學院學報
모단강의학원학보
JOURNAL OF MUDANJIANG MEDICAL COLLEGE
2014年
6期
32-35,36
,共5页
右旋布洛芬%β-环糊精%包合物
右鏇佈洛芬%β-環糊精%包閤物
우선포락분%β-배호정%포합물
dexibuprofen%β-cyclodextrin%inclusion complex
目的：优选右旋布洛芬包合物的包合工艺。方法：以收得率和包合率为指标，运用L9（34）正交试验优选最佳包合工艺，采用相溶解度法、TLC、UV、IR对包合物进行鉴定。结果：右旋布洛芬的最佳包合工艺为右旋布洛芬与β－环糊精摩尔比为1：1，包合温度50℃，包合时间4 h。结论：右旋布洛芬的包合工艺简单、合理可行。
目的：優選右鏇佈洛芬包閤物的包閤工藝。方法：以收得率和包閤率為指標，運用L9（34）正交試驗優選最佳包閤工藝，採用相溶解度法、TLC、UV、IR對包閤物進行鑒定。結果：右鏇佈洛芬的最佳包閤工藝為右鏇佈洛芬與β－環糊精摩爾比為1：1，包閤溫度50℃，包閤時間4 h。結論：右鏇佈洛芬的包閤工藝簡單、閤理可行。
목적：우선우선포락분포합물적포합공예。방법：이수득솔화포합솔위지표，운용L9（34）정교시험우선최가포합공예，채용상용해도법、TLC、UV、IR대포합물진행감정。결과：우선포락분적최가포합공예위우선포락분여β－배호정마이비위1：1，포합온도50℃，포합시간4 h。결론：우선포락분적포합공예간단、합리가행。
Objective:To optimize the preparation process of dexibuprofen inclusion complexes.Methods:With the inclusion rate and yield of dexibuprofen as evaluation index , the optimal preparation technology was optimized by L 9 (34 ) orthogonal test, and evalua-ted by phase-solubility method、TLC、UV and IR.Results:The optimal preparation technology of dexibuprofen inclusion complexes was as followings:the molar ratio of dexibuprofen and β-cyclodextrin was 1:1, the inclusion time was 1h and the inclusion temperature was 50 ℃.Conclusion:The preparation technology of dexibuprofen inclusion complex was simple and feasible .
