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定量水的绿原酸和methanolic提取物的木苹果(Aegle marmelos c Linn)相离子�陷阱

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这个模型是一个健壮的和非常广泛应用技术相结合的高敏感性和特异性的合适的化学成分。识别和定量的化学成分进行了GC / MS离子阱的内部和外部的标准。内部标准60000 NIST的参考化合物及其参考光谱模式库。本研究进行了量化的绿原酸(CGA)水和methanolic提取物的木苹果用气相色谱-质谱离子阱(A.marmelos)与外部标准。绿原酸是一种目标化合物,水溶性酚类化合物在生理功能中扮演重要的角色在人类植物和药理活性。绿原酸的总质量是354。它将从不同的识别和量化提取木材相比苹果与外部标准。保留时间的标准绿原酸水提物,methanolic提取和综合提取显示43.237,分别为43.236、43.234和43.241分钟。质谱数据的标准分散离子是311.3,312.3,325.3,354.2,355.0和这些离子是木苹果的所有样本中发现的。因此,定量的目标化合物对外部标准,其相似性之间的保留时间和质谱数据标准和样品将被用于识别和量化的目标化合物。 The targeted compound has been quantified as 41.9, 9.5 and 29.7 percent of aqueous extract of WA, methanolic extract of WA and combined extract of WA respectively. GCMS is a selective and sensitive analytical method to identify and quantify the target compound in chemical matrix with reference to internal and external standard of chemical constituents. Target component possess wide application of medicinal properties, especially in psychiatric disorders and this analysis might be used to know the exact concentration of target chemical components in the aqueous and methanolic fruit extract of A.marmelos (wood apple).

C。Rajeshkannan和G.Lakshmanan

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