分色后磨粉副产物DON-toxin含量的检测

Eleonóra Kecskésné Nagy, H. Tima, P. Korzenszky, J. Nagy
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引用次数: 0

摘要

近年来,由于受葡萄年份效应的影响,小麦的镰刀菌污染导致don -毒素浓度过高。don -毒素在人类和动物健康方面是一个严重的食品安全风险因素。因此,在小麦碾磨过程中找到降低毒素水平的方法是很重要的。我们在前期的检测中证实,在现代选色机的帮助下,可以有效地降低小麦项目中的DON-toxin含量。问题是,在这个过程中,平行如何改变副产品的霉菌毒素含量,这些副产品主要用作动物饲料。作者对这些相关实验数据进行了分析。结果表明,副产物的毒素含量超过了原麦项的毒素含量。但是,回归分析结果表明,原料、纯化小麦和副产物的毒素含量之间没有相关性。当用户希望利用副产品作为饲料或饲料的成分时,应考虑到这一点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Examination of DON-toxin content of milling byproduct generated after color sorting
Thanks to the favorable impact of vintage effect occurring in recent years the Fusarium contamination of wheat and consequently a high DON-toxin concentration is often caused problem. The DON-toxin in terms of human and animal health is a serious food safety risk factor. Therefore, it is important that there are methods during the wheat milling process which reduces the level of toxin. We confirmed in our earlier examinations, that with the help of modern color sorting machine the DON-toxin content of wheat items is effectively can be reduced. The question is, during the process how parallel changes the mycotoxin content of by-products, which are used primarily as animal forage. The authors are presented an analysis of these relevant experimental data. The results show, that the toxin content of the by-product is exceeds the starting wheat item's toxin content. However, the result of the regression analysis shows that no correlation in the toxin contents between the starting raw material, purified wheat and by-product. This should be considered to the users when they would like to utilize the by-product as ingredient of forage or feedstuff.
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