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Molecular characterization of metallothionein- and cytochrome P4501A-cDNAS of sparus aurata and their use for detecting pollution along the mediterranean coast of israel

机译:金头鲷金属硫蛋白和细胞色素P4501A-cDNAS的分子表征及其在以色列地中海沿岸污染的检测中的应用

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摘要

Members of the fish family Sparidae are abundant in various continental shelf habitats along the Mediterranean, including relatively clean and polluted regions. Fish Metallothionein (MT) and cytochrome P4501A genes are induced by heavy metals and several groups of halogenated and nonhalogenated aromatic hydrocarbones, respectively (George and Olsson, 1994; Bucheli and Fent, 1995). The aim of the presented study is to examine the suitability of the sparid Lithognathus mormyrus as bioindicator of pollution in mediterranean coastal habitats, using its hepatic MT- or P4501A-mRNAs as biomarkers.
机译:鱼科Sparidae的成员遍布地中海沿岸的各种陆架生境,包括相对清洁和污染的地区。鱼类金属硫蛋白(MT)和细胞色素P4501A基因分别由重金属和几组卤代和非卤代芳烃诱导(George和Olsson,1994; Bucheli和Fent,1995)。本研究的目的是使用地中海肝或肝脏中的P4501A-mRNAs作为生物标记物,来检查西班牙阔叶石Li作为地中海沿岸生境污染的生物指示剂的适用性。

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