苦荞ARF基因家族的鉴定及生长素诱导下的表达模式
郝彦蓉1(
),杜伟1,侯思宇1,王东航1,冯红梅1,韩渊怀1,周美亮2,张凯旋2,刘龙龙3,王俊珍4,李红英1,孙朝霞1()
),杜伟1,侯思宇1,王东航1,冯红梅1,韩渊怀1,周美亮2,张凯旋2,刘龙龙3,王俊珍4,李红英1,孙朝霞1()
Identification of ARF Gene Family and Expression Pattern Induced by Auxin in Fagopyrum tataricum
HAO YanRong1(),DU Wei1,HOU SiYu1,WANG DongHang1,FENG HongMei1,HAN YuanHuai1,ZHOU MeiLiang2,ZHANG KaiXuan2,LIU LongLong3,WANG JunZhen4,LI HongYing1,SUN ZhaoXia1()
),DU Wei1,HOU SiYu1,WANG DongHang1,FENG HongMei1,HAN YuanHuai1,ZHOU MeiLiang2,ZHANG KaiXuan2,LIU LongLong3,WANG JunZhen4,LI HongYing1,SUN ZhaoXia1()
图6. 外源激素IAA处理7 d后苦荞幼苗的生长情况及细胞学观察
A：生长素处理前后幼苗生长情况;B：生长素处理前后下胚轴细胞纵切图,黑色方框代表单个细胞大小;C：幼苗下胚轴长度变化;D：下胚轴细胞长度变化;图中*代表差异显著（P<0.05）,**代表差异极显著（P<0.01）
Fig. 6. The growth and cytological observation of buckwheat seedlings after 7 days treatment with IAA
A: Growth of seedlings before and after IAA treatment; B: Longitudinal section of hypocotyl cells before and after IAA treatment, and the black box represents the size of a single cell; C: The change in stem length of seedlings; D: The change in length of hypocotyl cells; *above bars indicated significant difference (P<0.05), ** indicated very significant difference (P<0.01)
