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. 2018 Dec 25;35(4):357–363. doi: 10.5511/plantbiotechnology.18.0824a

Figure 2. Phenotype of 35S::sBjuAGL18-1 and 35S::aBjuAGL18-1 in transgenic Nicotiana tabacum and B. juncea. The flowering of 35S::sBjuAGL18-1, WT and 35S::aBjuAGL18-1 lines under LD conditions in Nicotiana tabacum (A). The phenotype of bolting appearance in Nicotiana tabacum (B–D), the arrows referred to the number of lateral branches produced when appearance of bolting. The flowering of 35S::sBjuAGL18-1, 35S::aBjuAGL18-1 and WT lines under LD conditions in B. juncea (E). The arrowheads in 35S::sBjuAGL18-1 lines indicated the serrated leaves, while the arrows in 35S::aBjuAGL18-1 lines referred the lateral branches. Bars=1 cm. Effect of transgenic lines on flowering time in B. juncea (F) and Nicotiana tabacum (G). The number of leaves before bolting (LBB), the number of cauline leaves on lateral branches (CLLB) and the total leaf number (TL) were used to investigate flowering time. Data were indicated with the means±SD (n≥12 plants). Asterisks indicated statistically significant differences in means between transgenic plants and wild-type. Three technical and biological replicates were assessed. Paired t-tests, * p<0.05, ** p<0.01.

Figure 2. Phenotype of 35S::sBjuAGL18-1 and 35S::aBjuAGL18-1 in transgenic Nicotiana tabacum and B. juncea. The flowering of 35S::sBjuAGL18-1, WT and 35S::aBjuAGL18-1 lines under LD conditions in Nicotiana tabacum (A). The phenotype of bolting appearance in Nicotiana tabacum (B–D), the arrows referred to the number of lateral branches produced when appearance of bolting. The flowering of 35S::sBjuAGL18-1, 35S::aBjuAGL18-1 and WT lines under LD conditions in B. juncea (E). The arrowheads in 35S::sBjuAGL18-1 lines indicated the serrated leaves, while the arrows in 35S::aBjuAGL18-1 lines referred the lateral branches. Bars=1 cm. Effect of transgenic lines on flowering time in B. juncea (F) and Nicotiana tabacum (G). The number of leaves before bolting (LBB), the number of cauline leaves on lateral branches (CLLB) and the total leaf number (TL) were used to investigate flowering time. Data were indicated with the means±SD (n≥12 plants). Asterisks indicated statistically significant differences in means between transgenic plants and wild-type. Three technical and biological replicates were assessed. Paired t-tests, * p<0.05, ** p<0.01.