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首页> 外文期刊>Environmental Science and Pollution Research >Distribution and health risk assessment of Cd and Pb in two marine fishes (Haemulopsis axillaris and Diapterus peruvianus) from the Eastern Pacific
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Distribution and health risk assessment of Cd and Pb in two marine fishes (Haemulopsis axillaris and Diapterus peruvianus) from the Eastern Pacific

机译:两种海洋鱼类(血浆腋窝和脓毒症)的分布与健康风险评估来自东太平洋东部

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摘要

The aim of this study was to determine the distribution of cadmium (Cd) and lead (Pb) in muscle and liver tissue of Haemulopsis axillaris and Diapterus peruvianus from the Eastern Pacific in Mexico and to assess the health risk to consumers. Fish were collected as bycatch on the continental shelf between the coasts of Sinaloa and Guerrero (Eastern Pacific). Cd and Pb were quantified in muscle and liver tissue using graphite-furnace atomic absorption spectrophotometry (GF-AAS).Concentration of Cd was greater in muscle tissue than in liver tissue; with Pb, however, the opposite pattern was found. The highest concentration of Cd (0.177 g g(-1)) was found in muscle tissue of H. axillaris from Sinaloa. For Pb, the highest level (0.692 g g(-1)) was found in the liver tissue of H. axillaris also from Sinaloa. Levels of Cd and Pb in muscle tissue were both below Mexican Guidelines (0.5, 1.0 g g(-1) wet weight for Cd and Pb respectively) and International Guidelines. The hazard index (HI) for both metals in the edible portion of studied considering metal levels in the edible portion and the rate of fish consumption by the Mexican population (in adults and children) was less than 1 (HI < 1), values which do not represent a health risk to consumers.
机译:本研究的目的是在墨西哥东部地区的血管内腋窝和脓毒症患者的肌肉和肝脏组织中确定镉(CD)和铅(Pb)的分布,并评估消费者的健康风险。在Sinaloa和Guerrero(东太平洋东部)的海岸之间的大陆架上收集鱼作为兼捕。使用石墨炉原子吸收分光光度法(GF-AAS)在肌肉和肝组织中量化Cd和Pb。肌肉组织中Cd的浓度比肝组织更大;然而,通过PB,发现了相反的模式。从Sinaloa的H.腋窝的肌肉组织中发现了最高浓度的Cd(0.177g(-1))。对于PB,在H.腋窝的肝脏组织中发现了最高水平(0.692g g(-1))也来自Sinaloa。肌肉组织中的Cd和Pb水平均在墨西哥指南(0.5,1.0gg(-1)湿重的CD和Pb)和国际指南。考虑到可食用部分中的金属水平和墨西哥人群(成人和儿童)的金属水平研究的可食用部分中的金属的危险指数(HI)少于1(HI <1),值对消费者不代表健康风险。

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