芥菜型油菜BjuB.KAN4基因调控类黄酮的途径
高国应1,2,3(
), 伍小方1,2,3, 黄伟1,3, 周定港1,3, 张大为1,3, 周美亮2, 张凯旋2,*(), 严明理1,3,*()
), 伍小方1,2,3, 黄伟1,3, 周定港1,3, 张大为1,3, 周美亮2, 张凯旋2,*(), 严明理1,3,*()
Regulation of flavonoid pathway by BjuB.KAN4 gene in Brassica juncea
Guo-Ying GAO1,2,3(), Xiao-Fang WU1,2,3, Wei HUANG1,3, Ding-Gang ZHOU1,3, Da-Wei ZHANG1,3, Mei-Liang ZHOU2, Kai-Xuan ZHANG2,*(), Ming-Li YAN1,3,*()
), Xiao-Fang WU1,2,3, Wei HUANG1,3, Ding-Gang ZHOU1,3, Da-Wei ZHANG1,3, Mei-Liang ZHOU2, Kai-Xuan ZHANG2,*(), Ming-Li YAN1,3,*()
图5. 转基因毛状根中总黄酮含量检测
A: PM转基因毛状根; B: SY转基因毛状根。A4: A4侵染的毛状根; 3301: 转pCAMBIA3301空载体毛状根; KAN4-B04: 转基因毛状根。每组数据代
Fig. 5. Measurement of the total flavonoids content in transgenic hairy roots
A: transgenic hairy roots of PM; B: transgenic hairy roots of SY. A4: hairy roots infected by A4; 3301: hairy roots transfected with pCAMBIA3301 empty vector; KAN4-B04: transgenic hairy roots. Each set of data represents the mean ± SD from three biological replicates. * Significant at P < 0.05.
