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Dynamics of Fusarium and fumonisins in maize during storage - A case of the traditional storage structures commonly used in Uganda.

机译:玉米中 Fusarium 和伏马菌素的动态变化-以乌干达常用的传统存储结构为例。

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摘要

The dynamics of Fusarium and fumonisins in maize grains stored in traditional structures (Granary, Mudsilo and Tua) commonly used in Uganda were investigated. The storage structures were constructed using locally available materials following the procedures used by farmers. Maize was stored in both shelled and unshelled form. Moisture and insect damage were also monitored. Moisture content of the maize grains in all the storage structures decreased from an average of 19.2% to <14% within two months. The maize weevil (Stophilus zeamais) was the major cause of grain damage. Fusarium incidence in all the structures increased from an average of 61.9-77.5% in the first 2 months of storage and thereafter significantly decreased (p < 0.05) to 31.9% by the sixth month. The storage structures did not significantly affect (p
机译:研究了乌干达常用的传统结构(粮仓,Mudsilo和 Tua )中储存的玉米粒中 Fusarium 和伏马菌素的动态。仓储结构是按照农民使用的程序,使用当地可得的材料建造的。玉米以带壳和带壳的形式存储。还监测了水分和昆虫损害。在两个月内,所有存储结构中玉米籽粒的水分含量从平均19.2%下降至<14%。玉米象鼻虫( Stophilus zeamais )是造成谷物损坏的主要原因。在所有结构中, inc的发生率从头两个月的平均61.9-77.5%上升,然后显着下降( p <0.05)到31.9%。第六个月。在每个采样阶段,存储结构都没有显着影响( p 降低。 6个月后,粮仓中的玉米籽粒伏马菌素含量( p <0.001)明显低于 pua <1.6 /i>(3.4 mg kg -1 )和Mudsilo(3.5 mg kg -1 )。这些发现为减少玉米消费者中伏马毒素的暴露对健康的危害提供了一种负担得起的处理方法。强调了对存储结构的良好维护,以确保整个存储期间谷物的水分含量保持在14%以下。

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