CAJ | 학술논문

采用硅胶G‰预制板，以氯仿一甲醇一甲酸（18：6：1）为展开剂，以槲皮素为参照物，对12批玫瑰花口服液进行展开，运用薄层扫描仪对样品进行单波长254nm扫描．结果表明，薄层色谱分离较好，经薄层扫描后发现12批样品有4个共有峰，并对他们进行了相似度评价．TLC显示，不同批次的玫瑰花口服液成分数目和含量上基本一致，可通过薄层色谱指纹图谱初步进行该制剂质量评价．
채용규효G‰예제판，이록방일갑순일갑산（18：6：1）위전개제，이곡피소위삼조물，대12비매괴화구복액진행전개，운용박층소묘의대양품진행단파장254nm소묘．결과표명，박층색보분리교호，경박층소묘후발현12비양품유4개공유봉，병대타문진행료상사도평개．TLC현시，불동비차적매괴화구복액성분수목화함량상기본일치，가통과박층색보지문도보초보진행해제제질량평개．
The sample solution was applied to the commercial silica gel F254 plate , chloroform, methanol-formic acid (18 : 6 : 1 ) as the solvent system,and quantitative analysis was carried out using UV absorptive scanning at 254nm. The TLC-FP of Rose Oral Liquid showed 4 characteristic connnon peaks. The pole graph based on the height of common peaks can be conveniently used to evaluatethe quality of different samples. It was the conformity in numbers of components and the contents between different batches of preparations, This TLC fingerprint method can be used to control the quality of Rose Oral Liquid.