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首页> 外文会议>Advances in biomedical research >Bioaccumulation and Translocation Factors of Some Wild Growing Mushrooms Species of Cortinarius Genus
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Bioaccumulation and Translocation Factors of Some Wild Growing Mushrooms Species of Cortinarius Genus

机译：Cortinarius属的一些野生蘑菇种的生物积累和转运因子

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摘要

The analyzed species of Cortinarius genus - C. armillatus, C. largus, C. callisteus and C. subfulgens - were sampled from wooded areas of Dambovita County, in Bucegi Mountain, Paduchiosu pass. The heavy metals content (Sn, Cu, Bi and Ba) of mushrooms' fruiting body was established by Inductively Coupled Plasma - Atomic Emission Spectrometry method (ICP-AES), from the dry matter, detached the cap and the stipe of each mushroom. The results of heavy metals concentration appreciation are given in mg of metal per kg of dry matter and demonstrate important variation between the level of concentration in cap and in stipe. Based on the values of heavy metals concentration in the analyzed mushrooms may be distinguished the similarity of the species from the Cortinarius genus according the bioaccumulation factor and the translocation of heavy metals in the fruiting body of these macrofungus.
机译：所分析的Cortinarius属的物种：蜜环衣藻，幼虫C. callisteus和C. subfulgens-取自帕杜乔苏山口Bucegi山的Dambovita县的林区。采用电感耦合等离子体原子发射光谱法（ICP-AES）确定蘑菇子实体的重金属含量（Sn，Cu，Bi和Ba），从干物质中分离出每个蘑菇的帽和柄。重金属浓度增值的结果以每千克干物质中的金属毫克数为单位，并显示了瓶盖和柄的浓度水平之间的重要差异。根据分析蘑菇中重金属的浓度值，可以根据这些大型真菌子实体中的生物积累因子和重金属易位，区分出Cortinarius属的相似性。

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