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SURPRISING DEVELOPMENTS IN THE LEGUME ROOT NODULE

机译:豆科植物根瘤的惊人发展

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Root nodule morphogenesis involves the induction of mitotic activity in otherwise quiescent root cortical cells, giving rise to the nodule primordium. One gene expressed during nodule initiation, ENOD40, has been implicated in nodule growth and/or differentiation((1,2)). Interestingly, although the nucleotide sequence of ENOD40 genes from soybean((3,4)) and Medicago((1,2)) are highly homologous, they are unlikely to encode a similar protein product. In fact, a remarkable feature of these genes is their apparent lack of protein coding potential. Thus, ENOD40 is a member of the growing list of eukaryotic genes whose RNA product is implicated in control of cell growth and differentiation, the so called riboregulators((5)). [References: 28]
机译:根瘤的形态发生涉及诱导原本静止的根皮层细胞中的有丝分裂活性,产生根瘤原基。结节起始过程中表达的一种基因ENOD40与结节的生长和/或分化有关((1,2))。有趣的是,尽管来自大豆((3,4))和苜蓿((1,2))的ENOD40基因的核苷酸序列高度同源,但它们不太可能编码相似的蛋白质产物。实际上,这些基因的显着特征是它们明显缺乏蛋白质编码潜能。因此,ENOD40是不断增长的真核基因列表的成员,其RNA产物与细胞生长和分化的控制有关,即所谓的核糖调节剂((5))。 [参考:28]

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