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Effect of copper, irgarol and atrazine on epiphytes attached to artificial devices for coastal ecotoxicology bioassays

机译:铜,依加洛尔和at去津对附着在附生植物上的附生植物的影响,用于沿海生态毒理生物测定

摘要

Toxic effects of copper, atrazine and irgarol were evaluated on epiphytes attached to mimes (artificial devices that mimic the morphology of seagrasses) in order to check sensitivity of this biological group. Tube-dwelling diatoms were the major component of the epiphyte community. Superoxide dismutase activity was enhanced by exposure to 25 and 50 μg L-1 of atrazine; the organism generates this antioxidant response to prevent cellular damage by removing reactive oxygen substances produced by oxidative stress. The measurement of antioxidant enzymatic activity in epiphytes could be a useful technique for ecotoxicology monitoring in marine coastal environments. © Springer Science+Business Media New York 2013.
机译:铜,biological去津和irgarol对附在哑剧(模拟海草形态的人造装置)上的附生植物的毒性作用进行了评估,以检查该生物群的敏感性。管栖硅藻是附生植物群落的主要组成部分。暴露于25和50μgL-1阿特拉津可提高超氧化物歧化酶的活性;生物体会产生这种抗氧化反应,通过去除氧化应激产生的活性氧物质来防止细胞受损。附生植物中抗氧化剂酶活性的测定可能是监测海洋沿海环境生态毒理学的有用技术。 ©Springer Science + Business Media纽约,2013年。

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