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首页> 外文期刊>Plant signaling & behavior >Cis-regulatory PLETHORA promoter elements directing root and nodule expression are conserved between Arabidopsis thaliana and Medicago truncatula
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Cis-regulatory PLETHORA promoter elements directing root and nodule expression are conserved between Arabidopsis thaliana and Medicago truncatula

机译:CIS-COMMILOVATIONVETHORA启动子元素引导根和结节表达在Arabidopsis Thaliana和Medicago Truncatula之间进行了保守

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摘要

Nodules are unique organs formed on roots of legumes by soil-borne bacteria, collectively known as rhizobium. Recently, we have shown that orthologs of the AINTEGUMENTA-like (AIL) AP2 transcription factors PLETHORA (PLT) 1 to 4, that redundantly regulate Arabidopsis thaliana root development are involved in root and nodule growth in Medicago truncatula. Hence, it is conceivable that rhizobium has co-opted these genes for nodule development. Whether this co-option requires the presence of specific cis-elements in the promoters and/or specialization of PLT protein function is not clear. Here, we analyzed the qualitative expression patterns of the Arabidopsis PLT1 to 4 promoters in Medicago roots and nodules and compared these with the described expression patterns of the Medicago PLT genes. Our studies reveal that the expression patterns of the investigated promoters and their Medicago orthologs are very similar, indicating that at least all cis-elements regulating spatial PLT expression are conserved among the Arabidopsis and Medicago PLT1 to 4 promoters.
机译:结节是由土壤传播细菌的豆类根部形成的独特器官,统称为根茎。最近,我们已经表明,诸如撤销拟南芥的丙烯(PLT)1至4的Aintegumenta样转录因子过多(PLT)1至4的原始症涉及Medicago Truncatula的根源和结节生长。因此,可以想到,Rhizobium已经共选择了这些基因以进行结节发育。该协同选择是否需要在促进剂中存在特异性顺式元素和/或PLT蛋白质功能的专业尚不清楚。在这里,我们在Medicago根和结节中分析了拟南芥PLT1至4启动子的定性表达模式,并将它们与MedicaCo PLT基因的描述表达模式进行了比较。我们的研究表明,研究的启动子及其MedicaCo Orthologs的表达模式非常相似,表明至少所有CIS-元素调节空间PLT表达在拟南芥和Medicago PLT1到4启动子之间保守。

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