首页> 外文期刊>Toxicological and Environmental Chemistry >HEAVY METAL DEPURATION IN FLAT TREE OYSTERS ISOGNOMON ALATUS UNDER FIELD AND LABORATORY CONDITIONS
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HEAVY METAL DEPURATION IN FLAT TREE OYSTERS ISOGNOMON ALATUS UNDER FIELD AND LABORATORY CONDITIONS

机译:田间和实验室条件下扁平牡蛎等扁藻重金属的排泄。

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Oysters Isognomon alatus containing high concentrations of Zn, Cu, Pb and Cd were collected from the Sepang Besar River, and transferred to the Sepang Kecil River where the native oysters contain low metal concentrations. Concentrations of heavy metals in oysters were measured monthly over six months. The concentrations of all metals decreased significantly (p < 0.05) for Cd 87%, Pb 83%, Cu 78%, and Zn 59%. In addition, metal depuration in oysters was investigated under laboratory conditions. Oysters were exposed to 100 μg g~(-1) of metals for two weeks followed by one week of depuration. Our studies suggest that metals in oysters tend to be lost in the order, Cd > Pb > Cu > Zn. A comparison between laboratory and field data showed that depuration of metals under the laboratory conditions is significantly faster than in the field.
机译:从雪邦Besar河收集了高浓度的Zn,Cu,Pb和Cd的牡蛎等位线虫,并将其转移到雪邦Kecil河中,当地牡蛎的金属含量低。在六个月内每月测量牡蛎中的重金属浓度。 Cd 87%,Pb 83%,Cu 78%和Zn 59%的所有金属的浓度均显着降低(p <0.05)。此外,在实验室条件下对牡蛎中的金属净化进行了研究。将牡蛎暴露于100μgg〜(-1)的金属中两周,然后净化一周。我们的研究表明,牡蛎中的金属倾向于按Cd> Pb> Cu> Zn的顺序损失。实验室数据和现场数据之间的比较表明,在实验室条件下对金属的净化速度明显快于现场。

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