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Genotoxic damage in free-living Algerian mouse (Mus spretus) after the Coto Donana ecological disaster

机译:科托多纳纳生态灾难后自由生活的阿尔及利亚小鼠(Mus spretus)的遗传毒性损害

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摘要

The Donana National Park (Spain), one of the most important wildlife sites in the West of Europe. was affected (25 April 1998) by the spill of acidic waste rich in toxic metals (mainly zinc. lead, copper, etc.), arsenic and aromatic amines from the Aznalcollar mine accident. Micronuclei test with May Grunwald-Giemsa and with CREST-antikinetocore staining using DAPI as counter- staining were performed on peripheral blood erythrocytes from Algerian mice to evaluate genotoxic damage. Animals were col- lected in four locations each differently affected by the disaster. Higher frequencies of micronuclei and CREST-positive micronuclei were observed in the sites, which were reached by toxic sludge and contaminated water in comparison with those located within the park. The results obtained applying the two methods indicate that DAPI staining is more sensitive in detecting micronuclei. Genotoxic biomonitoring should be further carried out in the area to control the mutagenetic level in natural populations.
机译:多纳纳国家公园(西班牙),是欧洲西部最重要的野生动物保护区之一。 1998年4月25日,Aznalcollar矿难中富含有毒金属(主要是锌,铅,铜等)的酸性废物,砷和芳香胺的泄漏影响了该厂。对来自阿尔及利亚小鼠的外周血红细胞进行了May May Grunwald-Giemsa微核试验和CREST-antikinetocore染色(使用DAPI作为反染色)以评估遗传毒性。在四个地点分别收集动物,每个地点受灾的程度不同。在该地点观察到更高频率的微核和CREST阳性微核,与公园内的那些相比,有毒污泥和受污染的水可达到这些频率。应用这两种方法获得的结果表明,DAPI染色在检测微核中更敏感。在该地区应进一步进行遗传毒性生物监测,以控制自然种群的诱变水平。

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