Bioaccumulation and Retention of 14C-hexachlorobenzene (HCB): I. The Marine Tropical Mussel Perna perna

M. Andréa, A. Tomás, Thaís M. Vampré, Oscar J.S. Barreto, L. C. Luchini
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引用次数: 4

Abstract

HCB (hexachlorobenzene) is a ubiquitous pollutant, which is highly toxic to aquatic organisms; however, it is continuously generated and released to the environment. In order to explore the potential of the mussel Perna perna as a sentinel species for monitoring HCB contamination, we have investigated the accumulation and depuration kinetics of 14C-HCB in the mussel exposed to spiked sediment. The sediment, water and mussels were sampled periodically and submitted to solvent extraction for the determination of the radiocarbon and organism lipid content. The analysis showed that most of the radioactivity remained in the sediment as a potential long-term source of pollution, whereas the HCB concentration in the seawater was below the detection limit. The mussel soft tissues were contaminated very little; the residues were distributed as extractable and bound residues, which were strongly correlated with the lipid content of the mussel tissues. The sensitive radiotracer technique used allowed the detection o...
14c -六氯苯(HCB)的生物积累和滞留:I.海洋热带贻贝
六氯苯(HCB)是一种普遍存在的污染物,对水生生物具有剧毒;然而,它不断地产生并释放到环境中。为了探索永久贻贝作为监测HCB污染的哨兵物种的潜力,我们研究了暴露于尖刺沉积物的贻贝中14C-HCB的积累和净化动力学。沉积物、水和贻贝定期取样,并进行溶剂萃取,测定放射性碳和生物脂含量。分析表明,大部分放射性物质作为潜在的长期污染源留在沉积物中,而海水中的六氯环己烷浓度低于检测限。贻贝的软组织受到的污染很少;这些残基以可提取残基和结合残基的形式分布,与贻贝组织的脂质含量密切相关。使用灵敏的放射性示踪技术可以探测到……
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