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Microbiological Control of Flour-Manufacture: Dissemination of Mycotoxins Producing Fungi in Cereal Products

机译:面粉生产的微生物学控制:谷物产品中产生真菌毒素的真菌的传播

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Wheat grain and its products are widely consumed as fodder and basic daily food stuffs in Kyrgyzstan. Mycobiota is known to produce hazardous effects to a consumer since it produces mycotoxins. Henceforth, mycobiota starting from the field stage to flour, grain and flour samples were selected for mycological analysis from eight sites of flour manufacture: grain stored in storehouses before milling, mechanically cleaned grain, washed grain, grain dried and prepared for mill, roughly-milled flour, first grade flour and high grade flour. The samples were analyzed using classical mycological and immunoassay methods in order to detect mycotoxins producing fungi species. We isolated overall 27 species belonging to 7 genera. Mycotoxins producing species like Aspergillus flavus, Aspergillus ochraceus and Penicillium cyclopium were detected in the stored grains and in mechanically-cleaned grains. The species of Penicillium, Alternaria and Fusarium genera dominated in roughly-milled flour samples, so this site of flour manufacture still has a risk and danger of contamination with mycotoxins producing fungus. Only the final product i.e. the high grade flour lacked any fungal contamination. We recommend to scrutinize flour samples at the last stages of processing, particularly in the mills like В1, С1 and С4.
机译:在吉尔吉斯斯坦,小麦籽粒及其产品被广泛用作饲料和基本日常食品。已知霉菌会对消费者产生危害,因为它会产生霉菌毒素。此后,从田间阶段开始到面粉,从谷物和面粉样品中分离出的真菌菌群,从八个面粉生产地点进行了真菌学分析:谷物在碾磨之前存储在仓库中,机械清洁谷物,洗净谷物,干燥并准备磨粉,大致磨粉,一级面粉和高级面粉。使用经典的真菌学和免疫分析方法对样品进行分析,以检测产生真菌毒素的真菌种类。我们分离了属于7个属的27种物种。在储存的谷物和机械清洁的谷物中检测到了产生霉菌毒素的物种,如黄曲霉,och曲霉和环青霉。在粗磨面粉样品中,青霉属,链格孢属和镰刀菌属的种类占主导地位,因此该面粉生产场所仍然存在被真菌毒素产生真菌污染的风险和危险。只有最终产品,即高级面粉,没有任何真菌污染。我们建议在加工的最后阶段对面粉样品进行仔细检查,尤其是在像В1,С1和С4这样的工厂中。

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