BrRCO negatively regulated BrACP5 to regulate leaf lobe formation. (IMAGE)

Nanjing Agricultural University The Academy of Science

BrRCO negatively regulated BrACP5 to regulate leaf lobe formation.

Caption

BrRCO negatively regulated BrACP5 to regulate leaf lobe formation. (a-b) VIGS-acp5 system within RcBr. qRT-PCR analysis of BrACP5 expression in VIGS system (a) and the phenotype of VIGS-acp5 plant. Lobe of first two true leaves mutating into rounded leaves (b). (c) Phenotype of RcBr under P(50+), P(100+) and P(−) conditions. Bars = 2 cm. (d) Root-associated APase activity in the RcBr background under P(−) and P(50+) conditions. Bars = 2 cm. (e) qRT-PCR analysis of BrACP5 expression under P(−) and P(50+) conditions, with three biological replicates. P(50+): Hoagland’s culture solution with 50 mg/L phosphorus; P(100+): Hoagland’s culture solution with 100 mg/L phosphorus; P(−): Hoagland’s culture solution with no extra phosphorus.

Image link: https://academic.oup.com/view-large/figure/511821480/uhaf084f5.tif 

Credit

Horticulture Research

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