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Potential of Vinca rosea extracts in modulating trace element profile: a chemopreventive approach.

机译:长春花提取物在调节微量元素分布方面的潜力:一种化学预防方法。

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Diethylnitrosamine (DEN) was used as cancer-inducing agent in the experimental animals.Vinca rosea extract was supplemented with the drinking water as a chemopreventive agent. After 4 wk of treatment, animals were sacrificed and livers were excised. Nuclei and mitochondria were separated by differential centrifugation. The proton-induced X-ray emission technique has been used as the analytical method. Elemental analysis were performed for whole liver, nuclei, and mitochondria.V. rosea plant parts were also analyzed for elemental contents. Treatment with DEN caused an increase of Ni, Zn, and Cr levels in the whole liver and nuclei. There is an increase in Fe concentration in the liver, although the level decreased in mitochondria. The concentrations of Br and Ca were unchanged in the liver as a whole, but there were substantial increases of Br in nuclei and mitochondria, whereas Ca levels depleted drastically in these two organelles.Vinca extracts were effective in reverting the changes in the elementalconcentration in the hepatic tissue as a whole, but were not that effective at subcellular levels.
机译:二乙基亚硝胺(DEN)在实验动物中被用作癌症诱导剂。长春蔓提取物补充有饮用水作为化学预防剂。处理4周后,处死动物并切除肝脏。通过差速离心分离核和线粒体。质子诱导的X射线发射技术已经用作分析方法。对整个肝脏,细胞核和线粒体进行元素分析。还对蔷薇科植物部位的元素含量进行了分析。 DEN处理导致整个肝脏和细胞核中Ni,Zn和Cr含量增加。尽管线粒体中的铁含量降低,但肝脏中的铁含量却有所增加。整个肝脏中Br和Ca的浓度没有变化,但是在细胞核和线粒体中Br的含量却显着增加,而在这两个细胞器中Ca的含量却大大减少了。长春花提取物可以有效地逆转肝脏中元素浓度的变化。整个肝组织,但在亚细胞水平上效果不佳。

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