首页> 外文会议>International Symposium on Off-Flavours in the Aquatic Environment; 20021007-10; Barcelona(ES) >Geosmin occurrence in riverine cyanobacterial mats: is it causing a significant health hazard?
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Geosmin occurrence in riverine cyanobacterial mats: is it causing a significant health hazard?

机译:在河流蓝藻垫中存在土臭素:是否对健康造成重大危害?

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Toxicity endpoints (nonspecific cytotoxicity, hepatotoxicity, neurotoxicity, immunotoxicity, and mutagenicity) were studied in cyanobacterial mats obtained from a shallow river. Some of the cyanobacterial mats tested were known to be non-geosmin producers, while others were geosmin-producers. No microcystin-like compounds were detected by HPLC in any of the biofilm samples. The mutagenicity and neurotoxicity of biofilm metabolites was negligible, and generally weak adverse effects of biofilm extracts detected in a battery of in-vitro assays indicated relatively low human health risks associated with biofilm toxicity. While the toxicity responses detected in the studied biofilms were weak, effects were not related to production of geosmin. It was therefore concluded that the production of this metabolite cannot be taken as an indication per se of the existence of a health hazard.
机译:在从浅河中获得的蓝藻垫中研究了毒性终点(非特异性细胞毒性,肝毒性,神经毒性,免疫毒性和致突变性)。已知测试的某些蓝藻垫子是非土臭素生产者,而其他则是土臭素生产者。通过HPLC在任何生物膜样品中均未检测到微囊藻样化合物。生物膜代谢物的致突变性和神经毒性可以忽略不计,在一系列体外测定中检测到的生物膜提取物的不良反应通常较弱,这表明与生物膜毒性相关的人类健康风险相对较低。虽然在研究的生物膜中检测到的毒性反应较弱,但其影响与土臭素的产生无关。因此得出结论,这种代谢产物的产生本身不能被视为存在健康危害。

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