Schematic model of the BcLMI1–BcTCP4 regulatory pathway involved in bolting time in B. campestris. (IMAGE)

Nanjing Agricultural University The Academy of Science

Schematic model of the BcLMI1–BcTCP4 regulatory pathway involved in bolting time in B. campestris.

Caption

Schematic model of the BcLMI1–BcTCP4 regulatory pathway involved in bolting time in B. campestris. BcLMI1-LF represses BcTCP4-LF expression by directly binding to its promoter, thereby delaying bolting. When this repression is released, BcTCP4-LF is upregulated, leading to relatively early bolting.

Credit

Horticulture Research

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