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Assessing the degradation of ochratoxin a using a bioassay: the case of contaminated winery wastewater

机译:使用生物测定法评估曲霉毒素a的降解:酿酒厂废水污染的情况

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摘要

In vineyards the presence of certain fungi may lead to the production of the mycotoxin ochratoxin A (OTA) and subsequent contamination of grapes and wine. Furthermore, winery wastewaters contaminated with OTA may represent an environmental hazard. Therefore, it is imperative to assess the fate of this mycotoxin in conventional wastewater treatment systems. The aim of the present work was to assess the biological degradation of OTA. Experimental work was carried out in batch experiments with initial OTA to biomass concentration ratios of 1.4 mg mg~(-1), 7.4 mg mg~(-1) and, 11.9 mg mg~(-1). The assays were inoculated with activated sludge biomass unadapted to the substance under examination. The proposed bioassay demonstrates that OTA concentrations up to 100 mg L~(-1) can be degraded by microbial activity in activated sludge.
机译:在葡萄园中,某些真菌的存在可能导致霉菌毒素曲霉毒素A(OTA)的产生,并随后污染葡萄和葡萄酒。此外,被OTA污染的酒厂废水可能会危害环境。因此,必须评估常规废水处理系统中这种霉菌毒素的命运。本工作的目的是评估OTA的生物降解。实验工作是在批量实验中进行的,初始OTA与生物质的浓度比为1.4 mg mg〜(-1),7.4 mg mg〜(-1)和11.9 mg mg〜(-1)。用不适合所检查物质的活性污泥生物质接种试验。所提出的生物测定方法表明,活性污泥中的微生物活性可以降解高达100 mg L〜(-1)的OTA浓度。

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