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C功能基因AG和OsMADS58在花发育中的保守性分析 被引量:3
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作者 刘秋圆 贺浩华 +7 位作者 朱昌兰 彭小松 贺晓鹏 傅军如 陈小荣 欧阳林娟 边建民 胡丽芳 《分子植物育种》 CAS CSCD 北大核心 2015年第12期2693-2698,共6页
为了分析拟南芥C功能基因AG和水稻C功能基因OsMADS58在花器官发育中的功能保守性,构建了AG和OsMADS58的过表达载体并转化拟南芥进行相关分析。研究发现,过量表达的AG植株会出现花瓣转变为雄蕊,萼片转变为心皮的现象。在过量表达OsMADS5... 为了分析拟南芥C功能基因AG和水稻C功能基因OsMADS58在花器官发育中的功能保守性,构建了AG和OsMADS58的过表达载体并转化拟南芥进行相关分析。研究发现,过量表达的AG植株会出现花瓣转变为雄蕊,萼片转变为心皮的现象。在过量表达OsMADS58的植株中,仅出现第二轮的花瓣向第三轮雄蕊转化的现象。以上结果表明,AG和OsMADS58可能在第三轮器官的决定性上具有部分的保守性,但在第四轮器官的决定性和分生组织的决定性上具有一定的分化。 展开更多
关键词 C功能基因 AG osmads58 花器官 水稻 拟南芥
原文传递
Regulation of Floral Organ Identity in Arabidopsis by Ectopic Expression of OsMADS58
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作者 Wang Yan-mei Yan Da-wei +2 位作者 Zhang Ying-ying Li Jing Cang Jing 《Journal of Northeast Agricultural University(English Edition)》 CAS 2012年第3期60-66,共7页
The ABCDE model has been described comprehensively to interpret the mechanism of floral organ development. In Arabidopsis, AGMAOUS was a well-studied class C gene encoding a transcription factor with MADS box, and its... The ABCDE model has been described comprehensively to interpret the mechanism of floral organ development. In Arabidopsis, AGMAOUS was a well-studied class C gene encoding a transcription factor with MADS box, and its overexpression in Arabidopsis induced the transformation of sepals to carpels and petals to stamens. However, there is little knowledge about the function of OsMADS58, which was a homologue of AGMAOUS in rice. In our study, OsMADS58 driven by the UBIQUITIN promoter was ectopiely expressed in Arabidopsis., and carpel-like sepals, incomplete petals and stamens instead of petals were found in different transgenie plants according to different OsMADS58 mRNA expression levels. The phenotype of transgenic plant was similar to the AGMAOUS overexpression plant, suggesting that OsMADS58 might play an important role in flower development like AGMAOUS and they keep conserved function during evolution. 展开更多
关键词 ABC model AGAMOUS flower development HOMOLOGUE osmads58
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