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生物标志物在环境评估中的作用(2)。无脊椎动物。

The role of biomarkers in environmental assessment (2). Invertebrates.

机构信息

Department of Biological Sciences, University of Plymouth, UK.

出版信息

Ecotoxicology. 1994 Sep;3(3):161-72. doi: 10.1007/BF00117081.

Abstract

The potential use of biomarkers in ecological risk assessment is explored. The biomarker concept, initially developed to form a basis for studies at the individual/population level, is extended to include community and ecosystem level studies. A strategy is outlined in which biomarkers might be used to assess chemical exposureand the cumulative, adverse effects of toxicants on biotain situ. Protocols for identifying communities, species and populations most at risk are described. The role of biomarkers in the evaluation of the effectiveness of remedial action to alleviate pollution is discussed. It is proposed that, in addition to biomarker measurements on samples obtained from organisms at field sites, biomarker screening tests should be initiated in the laboratory with a range of new chemicals and organisms relevant to the field sites thought to be at risk. This will help to establish links between laboratory-based testing and adverse effectsin situ.

摘要

探讨了生物标志物在生态风险评估中的潜在应用。生物标志物的概念最初是为个体/群体水平的研究而发展的,现已经扩展到包括社区和生态系统水平的研究。概述了一种策略,通过该策略可以使用生物标志物来评估化学暴露以及有毒物质对生物体内的累积、不利影响。描述了确定最易受影响的群落、物种和种群的方案。讨论了生物标志物在评估缓解污染的补救措施的有效性中的作用。有人建议,除了对从现场生物体获得的样本进行生物标志物测量外,还应在实验室中对与现场相关的一系列新的化学物质和生物体进行生物标志物筛选测试,这些化学物质和生物体被认为存在风险。这将有助于建立实验室测试与现场不利影响之间的联系。

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