Most of the differential metabolites increased after BTX623 was infested with sorghum aphid compared to HN16 infestation, with a significant trend in the expression of flavonoid substances in BTX623 and HN16.
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Combining transcriptome and metabolome analysis to understand the response of sorghum to Melanaphis sacchari.
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The difference in blade thickness was highly significant, with aphid-resistant varieties presenting thinner blades than aphid-susceptible varieties.
Three days after spraying, genistein at 0.1‰ concentration was more effective against aphids in BTX623, followed by naringenin at 0.1‰ concentration; naringenin at 0.1‰ concentration was more effective against aphids in QianSan, followed by genistein at 0.1‰ concentration, at HN16, the aphid population in all groups showed a decreasing trend, but spraying with 1‰ genistein showed the fastest decreasing trend, followed by spraying with 1‰ naringenin.