基于M1TDS靶向筛选技术的重离子束诱变定向改良杂交水稻卓两优1126性状的研究

韶也, 胡远艺, 彭彦, 毛毕刚, 刘慧敏, 唐婵娟, 雷斌, 唐丽, 余丽霞, 李文建, 罗武中, 罗治斌, 袁远涛, 李曜魁, 张丹, 周利斌, 柏连阳, 唐文帮, 赵炳然

Directed Improvement of Hybrid Rice Zhuoliangyou 1126 by Heavy Ion Beam Mutagenesis Based on M1TDS Targeted Screening Technology

SHAO Ye, HU Yuanyi, PENG Yan, MAO Bigang, LIU Huimin, TANG Chanjuan, LEI Bin, TANG Li, YU Lixia, LI Wenjian, LUO Wuzhong, LUO Zhibin, YUAN Yuantao, LI Yaokui, ZHANG Dan, ZHOU Libin, BAI Lianyang, TANG Wenbang, ZHAO Bingran

图3 OsNRAMP5纯合突变株及对照Cd、Mn含量 A-D： 纯合突变不育系卓234S-osnramp5246-8及原始对照材料Cd、Mn含量；E-H：纯合突变恢复系湘农恢1126-osnramp537-7及原始对照材料Cd、Mn含量；*、**和***分别表示在0.05、0.01和0.001水平上的差异显著（t检验）。

Fig. 3. Contents of Cd and Mn in homozygous mutant of OsNRAMP5 and control A-D, Contents of Cd and Mn in homozygous mutant Zhuo 234S-osnramp5246-8 and its original control material; E-H, Contents of Cd and Mn in the homozygous mutant Xiangnonghui 1126-osnramp537-7and its original control material; *, **, and *** represent difference was significant at 0.05, 0.01, and 0.001 levels, respectively (t-test).