利用Ames基因毒性试验研究İzmir内湾沉积物的致突变性

Yigit Egüz, Meltem Boyacıoğlu
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摘要

İzmir海湾是爱琴海地区最重要的生态系统之一。环境污染对水生环境的影响,特别是致突变性和致癌性物质污染对人体健康的影响是一个重要的研究领域。因此,需要将短期生物学研究方法与分子化学分析方法相结合。通过Ames的试验,可以确定几种化学物质、环境污染物、沉积物和废水的致突变潜力。2000年在İzmir湾建立处理设施后,没有对沉积物进行诱变性研究。Ames以TA98和TA100两株鼠伤寒沙门菌为研究对象,在İzmir内湾6个站点的沉积物样品中分别以125、250、375和500 μg的浓度进行了不含S9组分的致突变性实验。根据Ames的测定结果,İzmir湾6个站点中,尤以图兰地区(船厂所在的3号站)的诱变和毒性作用显著,博斯坦利亚地区(6号站)的毒性作用较强。图兰地区受到可能引起移码突变的环境污染物的影响。根据目前的研究,İzmir内湾被诱变和有毒物质污染。
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A mutagenicity investigation of sediment from İzmir Inner Bay using Ames genotoxicity assay
İzmir Bay is one of the most important ecosystems of Aegean Region. Impacts of environmental pollution in the aquatic environments, especially impacts of pollution with mutagenic and carcinogenic substances on human health is an important area of research. Thus, it is required to incorporate short-term biological research methods to the molecular chemical analysis methods. By means of Ames’s assay, it is possible to determine mutagenic potential of several chemicals, environmental pollutants, sediments, and waste waters. After the treatment facility was established in İzmir Bay in 2000, no mutagenicity studies were carried out in the sediment. Ames’s mutagenicity assay without S9 fraction using TA98 and TA100 strains of Salmonella typhimurium was done at four different concentrations (125 μg, 250 μg, 375 μg, and 500 μg) in the sediment samples from six stations on İzmir Inner Bay in order to detect presence of chemicals that may cause mutagenic effects. Based on the results of Ames’s assay, it was found that especially Turan Area (Station 3, on which shipyard is located) among 6 stations on İzmir Bay was under mutagenic and toxic effect and Bostanlı Area (Station 6) was under intense toxic effect. Turan Area was under the influence of environmental pollutants that may cause frameshift mutations. According to the present study, İzmir Inner Bay was contaminated by mutagenic and toxic substances.
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