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Preparation of Herbal Tea as Infusion or by Maceration at Room Temperature Using Mistletoe Tea as an Example

机译:以槲寄生茶为例,在室温下浸渍或浸泡制备凉茶

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Herbal tea can be prepared by infusion or maceration at room temperature resulting in different compositions of extractable constituents, which possibly influences the mode of action or safety profile. Knowledge on this topic is limited. The aim of this study was to investigate the substantial differences between infusion and maceration as recommended preparation methods for the preparation of herbal mistletoe tea, a traditional remedy against cardiovascular diseases. No active substances are known but analytical marker substances such as proteins, triterpenoids, phenylpropane derivatives and flavonoids can be quantified within the herb and the different herbal tea preparations. Whereas phenylpropane derivatives were completely extracted by infusion and maceration, neither method dissolved viscotoxins. 43% of mistletoe lectins were extracted by maceration, whereas by infusion they are inactivated by thermal degradation. By contrast, oleanolic acid and betulinic acid are present in higher concentrations in infusates compared with macerates, but even infusion extracted less than 2%. Infusion extracted 43% of flavonoid-like substances and maceration only 31%. In conclusion this study determines some differences between both extraction methods on the profile of solved substances. The relevance of it should be determined in studies dealing with the efficacy of herbal mistletoe tea.
机译:凉茶可以通过在室温下浸泡或浸渍来制备,从而导致可提取成分的组成不同,这可能会影响作用方式或安全性。关于此主题的知识是有限的。这项研究的目的是研究浸泡和浸渍之间的实质差异,这是草药槲寄生茶(一种抗心血管疾病的传统疗法)的推荐制备方法。尚无活性物质,但可以在草药和不同的凉茶制剂中定量分析标记物质,例如蛋白质,三萜类,苯丙烷衍生物和类黄酮。尽管通过输注和浸渍完全提取了苯基丙烷衍生物,但两种方法均不能溶解viscotoxins。槲寄生凝集素通过浸软法提取了43%,而通过浸泡将其降解而使其失活。相反,齐墩果酸和桦木酸在浸入液中的含量比浸渍在水中的要高,但即使输注也提取不到2%。输液提取了43%的类黄酮类物质,浸渍仅31%。总而言之,这项研究确定了两种提取方法在溶解物质轮廓上的一些差异。它的相关性应在有关草药槲寄生茶功效的研究中确定。

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