过表达FtbZIP5提高苦荞毛状根黄酮积累及其耐盐性
翁文凤1,2(
), 伍小方2, 张凯旋2, 唐宇3, 江燕1, 阮景军1(), 周美亮2()
), 伍小方2, 张凯旋2, 唐宇3, 江燕1, 阮景军1(), 周美亮2()
The Overexpression of FtbZIP5 Improves Accumulation of Flavonoid in the Hairy Roots of Tartary Buckwheat and Its Salt Tolerance
Weng Wenfeng1,2(), Wu Xiaofang2, Zhang Kaixuan2, Tang Yu3, Jiang Yan1, Ruan Jingjun1(), Zhou Meiliang2()
), Wu Xiaofang2, Zhang Kaixuan2, Tang Yu3, Jiang Yan1, Ruan Jingjun1(), Zhou Meiliang2()
图4. 苦荞毛状根诱导(a)及FtbZIP5基因的表达检测(b)
① 生长10d后的川荞1号无菌苗;② 外植体共培养;③ 诱导10d后的外植体;④ 阳性毛状根
Fig.4. Induction of tartary buckwheat hairy roots (a) and expression detection of FtbZIP5 (b)
① Chuanqiao 1 aseptic seedlings for 10 days; ② co-culture of explants; ③ explants cultured for 10 days; ④ positive hairy root
