Transcriptomic and metabolomic analyses reveal the mechanism of uniconazole inducing hypocotyl dwarfing by suppressing brbzip39–brpal4 module mediating lignin biosynthesis in flowering chinese cabbage

HIGHLIGHTS

SUMMARY

    The elongation of hypocotyl is a complex and orderly process, which is affected by external and internal factors (Li et_al, 2020; Khalaki et_al, 2021). BnGA2ox2 and BnGA2ox6 overexpression in Arabidopsis inhibits hypocotyl and stem growth (Yan et_al, 2017; Yan et_al, 2021). Uniconazole is widely applied to control plant height and enhance plant lodging resistance (Ahmad et_al, 2021a; Lv et_al, 2022). Factory-raised seedlings, at present, are widely applied in vegetable production; however, the conditions of growth in factories-including low light, high humidity, and high temperature-result in the excessive growth of hypocotyls during . . .

     

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