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首页> 外文期刊>Mycotoxin Research >Distribution of deoxynivalenol inFusarium-infected forage maize
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Distribution of deoxynivalenol inFusarium-infected forage maize

机译:脱氧雪腐烯醇在Fusarium感染的饲用玉米中的分布

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摘要

A time course study was carried out to assess the appearance and distribution of DON in different organs of forage maize cultivated in the field. DON was produced after the flowering period and increased until harvest to high amounts in the rudimentary ears and leaf sheaths/leaf blades deriving from nodes located below the ear node, whereas nodes and internodes were either not or only slightly contaminated with DON. Genrally, DON was not detected in the ears, including husks, during the whole cultivation time.Fusarium biomass determined in the infected organs confirmed these findings. It seems that the contribution of DON containing rudimentary ears, leaf sheaths and leaf blades to the total DON contamination of forage maize is so far widely underestimated. Therefore advanced evaluation procedures are recommended to get a better understanding of the infection and contamination process and to prove genotypic differences in the resistance of forage maize genotypes againstFusarium infection.
机译:进行了时程研究,以评估DON在田间种植的饲用玉米的不同器官中的出现和分布。 DON是在开花期之后产生的,并一直增长到收获,直到在耳朵穗下方的节上衍生出的基本的耳朵和叶鞘/叶片/叶片中,而结节和节间或没有或仅被DON污染。通常,在整个培养过程中都没有在耳朵(包括果壳)中检测到DON。受感染器官中测定的F生物量证实了这些发现。迄今为止,似乎低估了含有粗制穗,叶鞘和叶片的DON对总饲用玉米DON污染的贡献。因此,建议采用先进的评估程序,以更好地了解感染和污染过程,并证明饲用玉米基因型对镰刀菌感染的抗性的基因型差异。

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