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Toxic and some essential metals in medicinal plants used in herbal medicines: A case study in Pakistan

机译:草药所用药用植物中的有毒金属和某些必需金属:巴基斯坦的一个案例研究

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摘要

The levels of some heavy metals in eight different medicinal plant samples along with soils were collected from two different locations from salt range of Punjab, Pakistan in order to evaluate those vital metals involved in human health implications. These plant species were:Dodonaea viscosa, Withania somnifera, Solanum nigrum, Calotropis gigantea, Mentha spicata, Paganum hermala, Cannabis sativa, Adhatoda vasica,?especially those used in the treatment of diseases and their long term usage. The evaluated metals were cadmium (Cd), Nickel (Ni), Chromium (Cr) and lead (Pb). Atomic absorption spectrophotometry (wet digestion) was used for the analyses, and content of metals per sample was expressed as mg/kg. The analysis of variance revealed that there were significant effects of site variation on medicinal species in Ni and Cr contents while the opposite were observed in case of Pb and Cd at location I. The Ni concentrations found in medicinal plants varied significantly while Pb, Cd and Cr were evident as non significant at location II. There was positive non significant correlation of Pb and Cr among soil and plant while negative non significant for Ni and Cd at both locations. The findings suggest that the use of these plant species for the management of diseases will not cause heavy metal toxicity and may be beneficial to the users in cases of micronutrient deficiency, as these metals were found to be present in readily bioavailable form.
机译:从巴基斯坦旁遮普邦盐区的两个不同地点收集了八种不同药用植物样品中的一些重金属含量以及土壤,以便评估那些对人体健康有影响的重要金属。这些植物种类有:Dodonaea viscosa,Withania somnifera,Solanum nigrum,Calotropis gigantea,Mentha spicata,Paganum hermala,Cannabis sativa,Adhatoda vasica,尤其是那些用于治疗疾病和长期使用的植物。评估的金属为镉(Cd),镍(Ni),铬(Cr)和铅(Pb)。使用原子吸收分光光度法(湿消解)进行分析,每个样品中的金属含量以mg / kg表示。方差分析表明,位点变化对药用物种的Ni和Cr含量有显着影响,而在位置I处的Pb和Cd则观察到相反的变化。药用植物中的Ni浓度变化显着,而Pb,Cd和Cd则不同。 Cr在位置II处明显不明显。土壤和植物中铅和铬的正相关性不显着,而镍和镉在两个地点的负性均无显着性。研究结果表明,使用这些植物来控制疾病不会引起重金属毒性,在微量营养素缺乏的情况下可能对使用者有益,因为发现这些金属以易于生物利用的形式存在。

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