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首页> 外文期刊>Environmental Protection and Natural Resources >Phosphorus, iron, manganese, zinc and copper in relation to total flavonoids in medicinal herbs and their infusions originating from Poland, Lithuania and Ukraine / Fosfor, ?elazo, mangan, cynk i mied? w relacji do sumy flawonoidów w zio?ach leczniczych i
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Phosphorus, iron, manganese, zinc and copper in relation to total flavonoids in medicinal herbs and their infusions originating from Poland, Lithuania and Ukraine / Fosfor, ?elazo, mangan, cynk i mied? w relacji do sumy flawonoidów w zio?ach leczniczych i

机译：源自波兰，立陶宛和乌克兰的磷，铁，锰，锌和铜相对于总黄酮的含量及其输注量/ Fosfor，？elazo，锰，cynk的存在？ w relacji做sumumfuronoidóww zio？ach leczniczych我

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The aim of the investigation was is to identify differences in an elemental composition (P, Fe, Mn, Zn and Cu) and their total flavonoids contents of medicinal herbs originating from 9 botanical species, harvested in Poland, Lithuania and Ukraine. Metallic elements were determined by FAAS technique in mg?kg-1 of dry weight (d. wt) in the order: Fe > Mn > Zn > Cu in plant materials, and in infusions: Mn > Zn > Fe > Cu. The ratio of water-soluble form to total amount of a metal was as follows: 66.2% for Cu, 22.4% for Mn, 19.7% for Zn and 3.8% for Fe. The contents of P total, P inorganic and total flavonoids were determined by UV/Vis spectroscopic methods. By using of analysis of variance, correlation and cluster analyses it has been shown that a significant impact on the diversity of samples has the genetic factor - belonging to a particular botanical species of medicinal plant. The origin of investigated plants proved to be statistically significant only in the case of total Fe concentration, which was higher (α 0.7) between: P total - P inorganic, Mn total - Mn extractable and Cu total - Cu extractable, also ( r > 0.5) between: total flavonoids - Cu extractable, P total - Cu total, P total - Cu extractable, P inorganic - Zn total. Moreover, comparison of the results of P, Fe, Mn, Zn and Cu determination in infusions of medicinal plants with the norms of RDA has shown that a significant amount (several percentage) of Mn and Cu can be supplemented to human organism with 2 cups of infusions prepared from Helichrysi inforescentia and Hyperici herba.
机译：研究的目的是确定波兰，立陶宛和乌克兰收获的源自9种植物的草药的元素组成（P，Fe，Mn，Zn和Cu）的差异及其总黄酮含量。通过FAAS技术以mg？kg -1 干重（d。wt）的形式确定金属元素，其顺序为：植物材料中的Fe> Mn> Zn> Cu>以及注入物中的Mn> Zn >铁>铜水溶性形式与金属总量的比率如下：Cu为66.2％，Mn为22.4％，Zn为19.7％，Fe为3.8％。通过紫外/可见光谱法测定总磷，总无机磷和总黄酮的含量。通过使用方差分析，相关性分析和聚类分析，已经表明，对样品多样性的重大影响具有遗传因素-属于药用植物的特定植物种类。仅在总铁浓度情况下，被调查植物的来源才被证明具有统计学意义，总铁浓度较高（α0.7）：P总-P无机，Mn总-Mn可萃取和Cu总-Cu可萃取，（r> 0.5）之间：总类黄酮-可提取铜，P总-铜总计，P总-铜可提取，P无机-锌总计。此外，通过RDA规范比较药用植物浸液中P，Fe，Mn，Zn和Cu的测定结果，结果表明，每杯2杯可以向人体补充大量（百分比）的Mn和Cu Helichrysi inforescentia和Hyperici herba制备的输液。

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