药学实践杂志
藥學實踐雜誌
약학실천잡지
THE JOURNAL OF PHARMACEUTICAL PRACTICE
2014年
6期
448-452
,共5页
李玲%吕磊%董昕%吕狄亚%娄子洋
李玲%呂磊%董昕%呂狄亞%婁子洋
리령%려뢰%동흔%려적아%루자양
快速液相色谱%艾叶%化学成分%飞行时间质谱
快速液相色譜%艾葉%化學成分%飛行時間質譜
쾌속액상색보%애협%화학성분%비행시간질보
RRLC%Artemisiae argyi folium%chemical components%TOFMS
目的:应用快速液相色谱-高分辨飞行时间质谱( RRLC-TOFMS)技术对中药艾叶中化学成分进行快速鉴别。方法色谱分离采用Agilent Eclipse C18色谱柱(2.1 mm ×100 mm,1.8μm);流动相:乙腈(A)-0.1%甲酸水溶液(B),梯度洗脱,A相随时间的变化:5%~30%(0~12 min),30%~80%(12~25 min),80%(25~30 min),进样量1μl,流速0.35 ml/min,柱温40℃。 TOFMS、电喷雾离子源( ESI)、正离子模式、质量数扫描范围m/z 100~1500。结果一次性鉴别出艾叶中31种化学成分。结论建立基于RRLC-TOFMS技术对艾叶中化学成分快速鉴别的方法,为中药艾叶的质量控制及体内的深入研究奠定基础。
目的:應用快速液相色譜-高分辨飛行時間質譜( RRLC-TOFMS)技術對中藥艾葉中化學成分進行快速鑒彆。方法色譜分離採用Agilent Eclipse C18色譜柱(2.1 mm ×100 mm,1.8μm);流動相:乙腈(A)-0.1%甲痠水溶液(B),梯度洗脫,A相隨時間的變化:5%~30%(0~12 min),30%~80%(12~25 min),80%(25~30 min),進樣量1μl,流速0.35 ml/min,柱溫40℃。 TOFMS、電噴霧離子源( ESI)、正離子模式、質量數掃描範圍m/z 100~1500。結果一次性鑒彆齣艾葉中31種化學成分。結論建立基于RRLC-TOFMS技術對艾葉中化學成分快速鑒彆的方法,為中藥艾葉的質量控製及體內的深入研究奠定基礎。
목적:응용쾌속액상색보-고분변비행시간질보( RRLC-TOFMS)기술대중약애협중화학성분진행쾌속감별。방법색보분리채용Agilent Eclipse C18색보주(2.1 mm ×100 mm,1.8μm);류동상:을정(A)-0.1%갑산수용액(B),제도세탈,A상수시간적변화:5%~30%(0~12 min),30%~80%(12~25 min),80%(25~30 min),진양량1μl,류속0.35 ml/min,주온40℃。 TOFMS、전분무리자원( ESI)、정리자모식、질량수소묘범위m/z 100~1500。결과일차성감별출애협중31충화학성분。결론건립기우RRLC-TOFMS기술대애협중화학성분쾌속감별적방법,위중약애협적질량공제급체내적심입연구전정기출。
Objective To identify the chemical components in Artemisiae argyi folium by rapid resolution liquid chromatog-raphy-time of flight mass spectrometry (RRLC-TOFMS).Methods The separation was performed on an Agilent Eclipse C18 column (2.1 mm ×100 mm,1.8 μm ).The mobile phase consisted of acetonitrile (A) and 0.1% formic acid (B) were in gradient elu-tion.The flowing rate was 0.35 ml/min, the injection volume was 1μl and the temperature of column was 40℃.Time of flight mass spectrometer ( TOFMS) with electro spray ion source ( ESI) was applied to qualitative analysis under the positive ion mode, and mass scan range was m/z 100-1 500 .Results 31 chemical compounds in Artemisiae argyi folium were identified unequivocally .Conclu-sion A rapid and efficient RRLC-TOFMS approach for identifying the chemical constituents of Artemisiae argyi folium had been suc-cessfully established,which paved a way for quality control and further in vivo studies of Artemisiae argyi folium.