GRF-INTERACTING FACTOR (GIF)RecalcitranceRegenerationTRANSCRIPTION FACTORSMICRORNA MIR396COACTIVATORGROWTHMain conclusionThis review describes the potential use of two novel transformation methodologies, GRF-GIF and GRF-GIF-BBM, for improving the regeneration efficiency of genome-edited recalcitrant plants....
继续突变GmGRF3基因的miR396b作用位点得到rGRF3-GIF1,rGRF3-GIF1嵌合体实现了更高水平的转化效率,比未使用嵌合基因时高出约4.67倍。鉴于GRF-GIF在大豆遗传转化中的显著效果,研究人员进一步将GRF3-GIF1和rGRF3-GIF1整合至CRIPSR/Cas9系统中,并成功在大豆中实现了高效的基因编辑。此外,研究人员发现过表达GRF3-GIF...
The partnership between GRF and GIF proteins has been demonstrated in multiple species; nearly all GRF and GIF proteins inA. thalianacan interact with each other [17,27,28]. Additionally, the functions of GRF–GIF fusion proteins have been extensively studied. In wheat, a GRF–GIF chimeric pro...
分子植物育种 Molecular Plant Breeding ISSN 1672-416X,CN 46-1068/S 《分子植物育种》网络首发论文 题目: GRF-GIF 嵌合体在草莓遗传转化中的应用 作者: 郭苏平,田美萍,丁静 网络首发日期: 2022-05-11 引用格式: 郭苏平,田美萍,丁静.GRF-GIF 嵌合体在草莓遗传转化中的应用[J/OL].分子植物育种. https:/...
GRF1homologs. None of the authors of this manuscript is part of the KWS/BASF patent or is related to these companies. The KWS/BASF patent focuses on a different cluster ofGRFgenes than the one described in our study and does not incorporate theGIF1cofactor or the generation ofGRF–GIF...
Listen and read.听并读。Betty: Happy birthday, Linging.生日快乐,玲玲。Daming: Heres your gif/grf
GIF高级定制 搜索 个人VIP买1送10 动图工具特权 全站工具228+功能 高速通道 VIP制作下载专属通道 海量gif搜索 高清gif原图收藏/上传 超值赠送 价值399会员大礼包 终身VIP限时优惠,买1送10(联合VIP) 企业VIP 暂无相关消息 登陆查看无水印高清大图 图片尺寸: 400*224图片大小: 0.21MB ...
GRFs是植物特有的生长调节因子,GIFs是GRFs的转录共激活因子.GRFs和GIFs形成功能复合体,共同调控植物的生长发育.有研究报道,GRF4-GIF1嵌合基因可有效提高小麦,柑橘等植物的愈伤组织芽再生率.本研究在森林草莓基因组中鉴定出2个FveGIFs,10个FveGRFs基因.通过系统进化分析,获得与小麦TaGIF1直系同源的基因(FveGIF1...
Interestingly, we found that, in addition to the leaf size, the GRF system also affects the organ longevity. Genetic and molecular analysis revealed that the functions of GRFs in leaf growth and senescence can be uncoupled, demonstrating that the miR396-GRF-GIF network impinges on different ...
在这里,我们表明结合小麦生长调节因子4(GRF4)及其辅因子GRF相互作用因子1(GIF1)的融合蛋白的表达大大提高了小麦,黑小麦和水稻的再生效率和再生速度,并增加了可转化的小麦基因型。 GRF4-GIF1转基因植物可育且没有明显的发育缺陷。 此外,在没有外源细胞分裂素的情况下,GRF4-GIF1诱导了小麦的高效再生,这有助于选...