襄阳职业技术学院学报
襄暘職業技術學院學報
양양직업기술학원학보
Journal of Xiangfan Vocational and Technical College
2015年
2期
31-34
,共4页
橘红痰咳颗粒%HPLC法%正交设计%提取工艺
橘紅痰咳顆粒%HPLC法%正交設計%提取工藝
귤홍담해과립%HPLC법%정교설계%제취공예
Juhong tanke granuces%Orthogonal design method%Extract technology%Naringinin
优选橘红痰咳颗粒水提取最佳工艺。采用正交设计L9（34），以HPLC法测定提取物中柚皮苷的含量，并进行方差分析。优选橘红痰咳颗粒水提取最佳工艺参数为A1B3C2D1，即加水量为10倍，提取次数为2次，提取时间为每次1 h，浸泡时间为60 min。验证实验显示，优选的提取工艺参数合理有据，可推广应用于橘红痰咳颗粒的提取工艺。
優選橘紅痰咳顆粒水提取最佳工藝。採用正交設計L9（34），以HPLC法測定提取物中柚皮苷的含量，併進行方差分析。優選橘紅痰咳顆粒水提取最佳工藝參數為A1B3C2D1，即加水量為10倍，提取次數為2次，提取時間為每次1 h，浸泡時間為60 min。驗證實驗顯示，優選的提取工藝參數閤理有據，可推廣應用于橘紅痰咳顆粒的提取工藝。
우선귤홍담해과립수제취최가공예。채용정교설계L9（34），이HPLC법측정제취물중유피감적함량，병진행방차분석。우선귤홍담해과립수제취최가공예삼수위A1B3C2D1，즉가수량위10배，제취차수위2차，제취시간위매차1 h，침포시간위60 min。험증실험현시，우선적제취공예삼수합리유거，가추엄응용우귤홍담해과립적제취공예。
Objective: To optimize the extract technology of Juhong tanke granuces. Methods: An orthogonal design was applied. The extractive rate of naringinin determined by HPLC was used as the marker of detection. Results: The optimum technology of Juhong Tanke granuces was A1B3C2D1, that is, the medicinal materials was soaked for 60 min with10 folds amount of water and boiled two times, 2 hours for each time for the first time. For the second time the medicinal materials was 8 folds amount of water, 1 hours each time. Conclusion: This method can be used for the extract technology of Juhong tanke granuces.
