GID1相关论文
GIBBERELLIN-INSENSITIVE DWARF1 (GID1) functions as a gibberellin (GA) receptor and is a key componentin the GA signaling......
The blue light receptor CRY1 interacts with GID1 and DELLA proteins to repress GA signaling during p
Light is a critical environmental cue that regulates a variety of diverse plant developmental processes.Cryptochrome 1(C......
GID1是赤霉素信号通路关键调控基因,其通路主要影响种子萌发和植物生长。本文以高通量测序构建的蚬壳花椒(Zanthoxylum dissitum)c......
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Fruit set and development are affected by many phytohormones,including gibberellin.Little is known regarding molecular m......
“基因组靶向定位诱导损伤技术”(targeting induced local lesions in genomes TILLING),又称为“TILLING技术”,在研究反向遗传......
双萜类激素赤霉素（GA）在植物发育的整个生命周期中都起调节作用。生理学和遗传学表明,活性赤霉素可促进植物发芽和生长,在一些物种中......
Fruit set and development are affected by many phytohormones,including gibberellin.Little is known regarding molecular m......
The hormone gibberellin(GA) plays an important role in modulating diverse processes throughout plant development.Gibbere......
以唐菖蒲子球为材料,采用RT-PCR技术,克隆了1个赤霉素（GA）受体基因,命名为GhGID1a（GenBank登录号为KU525107）。其开放阅读框为1 032bp,......
芍药（Paeonia lactiflora Pall.）为芍药科（Paeoniaceae）多年生宿根植物,是深受我国人民喜爱的传统名花。目前国内外培育的芍药品种已逾......
GID1作为赤霉素信号转导的受体,在赤霉素作用中具有重要作用。采用同源克隆方法,利用RT-PCR和RACE技术在茶树中克隆到赤霉素受体基......
利用赤霉素、细胞分裂素、脱落酸、乙烯利和吲哚乙酸分别涂抹板栗短雄花序,结果显示仅赤霉素能够抑制短雄花序顶端的细胞程序性死......
作为赤霉素（GA）受体,GID1是其重要的信号传导组分。为研究GA在棉花发育（特别是纤维发育）中的作用,本文在EST序列的基础上克隆了6个棉花......
