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Control of T-2 toxin in Fusarium langsethiae and geotrichum candidum co-culture

机译:狼尾草和念珠菌共培养中T-2毒素的控制

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摘要

Due to contamination of barley grains by Fusarium langsethiae, T-2 toxin can be present in the brewing process. It has been observed that the presence of the yeast Geotrichum candidum during malting can reduce the final concentration of this mycotoxin in beer. In this work, a co-culture method was carried out for both microorganisms in order to evaluate the effect on T-2 mycotoxin concentration in comparison with the pure culture of F. langsethiae in the same conditions. The microbial growth of both microorganisms was assessed using three different methods: dry weight, DOPE-FISH, and DNA quantification. In co-culture, both microorganisms globally developed less than in pure cultures but G. candidum showed a better growth than F. langsethiae. The concentration of T-2 was reduced by 93 % compared to the pure culture. Hence, the interaction between G. candidum and F. langsethiae led to a drastic mycotoxin reduction despite the only partial inhibition of fungal growth.
机译:由于Fu镰刀菌对大麦籽粒的污染,酿造过程中可能存在T-2毒素。业已发现,制麦芽过程中酵母念珠菌的存在会降低啤酒中这种真菌毒素的最终浓度。在这项工作中,对两种微生物都进行了共培养方法,以便与在相同条件下的兰氏镰刀菌纯培养物相比,对T-2霉菌毒素浓度的影响进行评估。使用三种不同的方法评估两种微生物的微生物生长:干重,DOPE-FISH和DNA定量。在共培养中,两种微生物的总体生长都比纯培养中的慢,但假丝酵母的生长比郎格丝菌更好。与纯培养物相比,T-2的浓度降低了93%。因此,尽管仅部分抑制了真菌的生长,但念珠菌和兰色镰刀菌之间的相互作用导致真菌毒素的急剧减少。

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