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首页> 外文期刊>Archives of Phytopathology and Plant Protection >Variation in pathogenicity of Fusarium verticillioides and resistance of maize genotypes to Fusarium ear rot
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Variation in pathogenicity of Fusarium verticillioides and resistance of maize genotypes to Fusarium ear rot

机译:镰刀菌的致病性和玉米基因型对镰刀虫腐蚀的致病性

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摘要

The ineffective control measures of pathogens is due to variability among their populations. Hence, the study of pathogenic variation of Fusarium verticillioides strains on maize genotypes. Six F. verticillioides infected maize ear were randomly obtained from three agro-ecological zones in Southwest Nigeria. Pathogenicity of F. verticillioides strains at 1.0 x 10 spores/mL were examined in vivo based on the rating scale of 1-7 on maize genotypes T2L COMP.1.STR SYN-W-1, PVA SYN 8F2, and T2L COMP.4. The pathogens were inoculated to the maize genotypes on 8th week for disease severity and were all moderately susceptible, however, genotype T2L COMP.4 was the most susceptible. It was observed that, 9.4% were classified as highly virulent, 12.5% as virulent, 37.5% as moderately virulent, 21.8% as slightly virulent, and 18.8% as non-virulent. In all, Fusarium verticillioides strains displayed different degrees of virulence, however, maize genotype T2L COMP.4 was the most susceptible to ear rot.
机译:病原体的无效控制措施是由于其种群的变异性。因此,对玉米基因型镰刀菌菌株的致病变异研究。六个F. Verticillioides感染的玉米耳随着西南西南部的三个农业生态区随机获得。 F的致病性为1.0×10孢子/ mL的VivoIro菌株,基于玉米基因型T2L Comp.1.STR Syn-W-1,PVA SYN 8F2和T2L Comp.4的1-7的额定标度在体内进行体内检查。 。将病原体接种到8周的玉米基因型,以造成疾病严重程度,并且全部易感,然而,基因型T2L Comp.4是最容易影响的。观察到,9.4%被归类为高毒力,12.5%,如毒力,37.5%,如中等毒力,21.8%,略有毒性,18.8%,为非毒力为18.8%。总而言之,镰刀菌菌株菌株显示出不同程度的毒力,然而,玉米基因型T2L COMP.4是最容易受耳腐的影响。

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