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Genotoxicity estimation in soils contaminated with polycyclic aromatic hydrocarbons after biodegradation

机译:生物降解后多环芳烃污染土壤的基因毒性估算

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Polycyclic aromatic hydrocarbons (PAHs) belong to recalcitrant pollutants that resist to decomposition by natural processes. As a result of long term industrial activities and accidents, PAHs and their residues accumulate in soil. Biodegradation processes that are able to decompose PAHs and their mixtures are rather complex and can be affected by many physical, chemical and biological factors [9,5].Some PAHs are degraded to produce intermediates with a mutagenic activity, such as dihydrodiols, phenols, arene oxides, etc. [3,1].The purpose of the study was to detect mutagens in soil contaminated with coke plant wastes in the course of many years of production and, on the basis of genotoxicity changes, evaluate the efficiency of biodegradation technologies used for decontamination.
机译:多环芳烃(PAHS)属于顽固的污染物,抵抗自然过程的分解。由于长期的工业活动和事故,PAH及其残留物在土壤中积聚。能够分解PAHs及其混合物的生物降解过程是相当复杂的,并且可以受到许多物理,化学和生物因子的影响[9,5]。肿大的PAHs降解以产生具有诱变活性的中间体,例如二氢醇,酚类,氧化烯等[3,1]。该研究的目的是在多年的生产过程中检测焦炭粪便污染的土壤中的诱变诱变,并在基因毒性变化的基础上,评估生物降解技术的效率用于去污。

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