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1. 苦荞FtbZIP5基因的CDS序列扩增及生物信息学分析
a：FtbZIP5蛋白二级结构预测;α螺旋(蓝色);折叠延伸链(红色);β转角结 FtbZIP5基因编码区序列扩增
Fig.1. CDS sequence amplification and bioinformatics analysis of FtbZIP5 in tartary buckwheat
a: the secondary structure prediction of FtbZIP5 protein; alpha helix (blue); extended strand (red); beta turn (green); random coil (purple). b: the tertiary structure of FtbZIP5 protein. c: phylogenetic tree analysis of FtbZIP5 protein; d: amplification of FtbZIP5 CDS sequence
