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Biochemical biomarkers in adult female perch (Perca fluviatilis) in a chronically polluted gradient in the Stockholm recipient (Sweden)

机译:斯德哥尔摩受主(瑞典)的成年雌性鲈鱼(Perca fluviatilis)中的生物化学生物标记物呈慢性污染梯度。

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摘要

A battery of biochemical biomarkers and the ∑PCB concentration in adult female perch (Perca fluviatilis) verified an aquatic pollution gradient with the city of Stockholm (Sweden) as a point source of anthropogenic substances. The investigation included both an upstream gradient, 46 km westwards through Lake Maelaren, and a downstream gradient, 84 km eastwards through the Stockholm archipelago. Besides the main gradient from Stockholm, there were strong indications of pollution coming from the Baltic Sea. The results indicated a severe pollution situation in central Stockholm, with poor health status of the perch, characterised by increased specific EROD activity in the liver, increased liver EROD somatic index, decreased AChE activity in the muscle, increased amount of DNA adducts in the liver, and a high concentration of biliary 1-pyrenol. In addition, laboratory exposure to common EROD inducers elicited an abnormal response, suggestive of chronic intoxication.
机译:一系列生化生物标记物和成年雌性鲈鱼(Perca fluviatilis)中的∑PCB浓度证实了斯德哥尔摩市(瑞典)为人为源物质的主要来源的水生污染梯度。调查包括向上游穿过Maelaren湖的46公里的上游坡度和向东穿过斯德哥尔摩群岛的84 km的下游坡度。除了斯德哥尔摩的主要坡度外,还有强烈的迹象表明波罗的海有污染。结果表明,斯德哥尔摩市中心存在严重的污染状况,鲈鱼的健康状况较差,其特征是肝脏中的特定EROD活性增加,肝脏EROD体细胞指数增加,肌肉中的AChE活性降低,肝脏中的DNA加合物数量增加,以及高浓度的胆汁1-pyrenol。此外,实验室暴露于常见的EROD诱导剂会引起异常反应,提示慢性中毒。

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