玉米籽粒突变体dek48的表型鉴定与基因定位
石慧敏1(
), 蒋成功1,2, 王红武1, 马庆2, 李坤1, 刘志芳1, 吴宇锦1, 李树强1, 胡小娇1,*(), 黄长玲1,*()
), 蒋成功1,2, 王红武1, 马庆2, 李坤1, 刘志芳1, 吴宇锦1, 李树强1, 胡小娇1,*(), 黄长玲1,*()
Phenotype identification and gene mapping of defective kernel 48 mutant (dek48) in maize
Hui-Min SHI1(), Cheng-Gong JIANG1,2, Hong-Wu WANG1, Qing MA2, Kun LI1, Zhi-Fang LIU1, Yu-Jin WU1, Shu-Qiang LI1, Xiao-Jiao HU1,*(), Chang-Ling HUANG1,*()
), Cheng-Gong JIANG1,2, Hong-Wu WANG1, Qing MA2, Kun LI1, Zhi-Fang LIU1, Yu-Jin WU1, Shu-Qiang LI1, Xiao-Jiao HU1,*(), Chang-Ling HUANG1,*()
图3. WT和dek48籽粒成分测定分析
A: 野生型和dek48的淀粉含量; B: 野生型和dek48的蛋白和油分含量。*, **分别表示野生型与突变体在0.05和0.01水平差异显著。
Fig. 3. Determination and analysis of WT and dek48 kernel components
A: starch content of WT and dek48; B: protein and oil content of WT and dek48. *, ** represent significant difference between the dek48 mutant and WT at the 0.05 and 0.01 probability levels, respectively.
