水稻白叶枯病感病相关基因Xig1的分子鉴定及抗病资源创制
郑凯丽1(
), 纪志远1(), 郝巍1, 唐永超1, 韦叶娜1,2, 胡运高2, 赵开军1, 王春连1,*()
), 纪志远1(), 郝巍1, 唐永超1, 韦叶娜1,2, 胡运高2, 赵开军1, 王春连1,*()
Molecular identification of rice bacterial blight susceptible gene Xig1 and creation of disease resistant resources
Kai-Li ZHENG1(), Zhi-Yuan JI1(), Wei HAO1, Yong-Chao TANG1, Ye-Na WEI1,2, Yun-Gao HU2, Kai-Jun ZHAO1, Chun-Lian WANG1,*()
), Zhi-Yuan JI1(), Wei HAO1, Yong-Chao TANG1, Ye-Na WEI1,2, Yun-Gao HU2, Kai-Jun ZHAO1, Chun-Lian WANG1,*()
图5. 8个T2转基因抗病株系抗病反应
A, C: 分别为接种7 d和14 d时8个转基因株系与对照IR24病斑长度症状图。B, D: 分别为接种7 d和14 d时8个转基因株系与对照IR24病斑长度柱形图。**代表极显著差异(P < 0.01)。箭头: 接种的IR24叶片。
Fig. 5. Disease response to Xoo strain P6 of 8 T2 transgenic lines
A, C: Disease reactions of 7 days and 14 days after inoculation in eight transgenic lines and IR24. B, D: Lesion length of 7 days and 14 days after inoculation with PXO99A in eight transgenic lines compared with IR24. ** denotes significantly different (P < 0.01). Arrows indicates the inoculated leaves of IR24.
