玉米ZmCIPK24-2基因在盐胁迫应答中的功能研究
李健1,2(
), 王逸茹2, 张凌霄3, 孙明昊1,2, 秦阳2, 郑军1,2,*()
), 王逸茹2, 张凌霄3, 孙明昊1,2, 秦阳2, 郑军1,2,*()
Functional analysis of ZmCIPK24-2 gene from maize in response to salt stress
Jian LI1,2(), Yi-Ru WANG2, Ling-Xiao ZHANG3, Ming-Hao SUN1,2, Yang QIN2, Jun ZHENG1,2,*()
), Yi-Ru WANG2, Ling-Xiao ZHANG3, Ming-Hao SUN1,2, Yang QIN2, Jun ZHENG1,2,*()
图4. ZmCIPK24-2转化拟南芥atsos2突变体能提高atsos2的耐盐性
A, B: 盐胁迫对WT、atsos2、COM1和COM2植株存活率的影响; C, D: 盐胁迫对WT、atsos2、COM1和COM2根长的影响。误差线表示±标准差, 存活率n > 70, 根长n > 5。标以不同小写字母的柱值在P < 0.05水平差异显著。
Fig. 4. Salt tolerance of atsos2 can be improved by ZmCIPK24-2
A, B: survival rate of WT, atsos2, COM1 and COM2 plants under salt stress; C, D: root length of WT, atsos2, COM1, and COM2 under salt stress. Mean values and SE were shown from multiple independent experiment, survival rate: n > 70, root length: n > 5. Bars with different lowercase are significantly different at the 0.05 probability level.
