《Table 1–Mean aflatoxin contamination and general combining ability (GCA) for the inbred lines.》

《Table 1–Mean aflatoxin contamination and general combining ability (GCA) for the inbred lines.》   提示:宽带有限、当前游客访问压缩模式
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《Evaluation of maize inbred lines and topcross progeny for resistance to pre-harvest aflatoxin contamination》


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Analysis of variance(ANOVA)showed that there was a significant year effect and variety×year interaction for both inbred lines and hybrids(Table S1).This interaction is representative of genotype×environment interactions classically reported for aflatoxin contamination resistance in maize[32].The overall range of aflatoxin content observed in the hybrids,however,does suggest that the magnitude of this variation may indeed be reduced due to more consistent agronomic performance within and across environments compared to the inbred lines although variability between hybrids as indicated by CVs was similar to that seen in the inbreds in 2015.Given this significant interaction,inbred line and hybrid effects were analyzed separately by year,both of which resulted in significant effects on aflatoxin content in both inbred and hybrid samples in all years(Table S1).