Molecular cloning and structural analysis of cDNAs that encode 3 small GTP-binding proteins from sugar beet.

E Dallery, S Quief, K E Ben Jilany, J P Kerckaert, D Hagège
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Abstract

Isolation of homologous ras-related genes from sugar beet has never been reported. Screening cDNA library from Beta vulgaris L. Hilma resulted in the isolation of 3 ras-homologous clones. Two of these genes (rab1Bv and rab2Bv) belong to the Rab/Ypt group. The deduced polypeptidic sequences from them show strong homologies to Ara3 (93% with Rab1Bv) of Arabidopsis thaliana and Rgp2 (97% with Rab2Bv) of Oryza sativa. The third gene (rho1Bv) belongs to the Rho family. The homology of Rho1Bv protein with Rho1Ps from Pisum is very high (98%). Rho1Bv is the second representative plant Rho protein described in the literature. The homologies of all these 3 small GTP-binding proteins indicate that these proteins are conserved in plant families like Chenopodiaceae, Brassicaceae, Fabaceae and Poaceae and could control important transductional pathways conserved along the processes of evolution.

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甜菜3个gtp结合蛋白编码cdna的克隆与结构分析。
从甜菜中分离同源ras相关基因尚未见报道。对甜菜的cDNA文库进行筛选,分离出3个ras同源克隆。其中两个基因(rab1Bv和rab2Bv)属于Rab/Ypt组。与拟南芥的Ara3(与Rab1Bv同源度为93%)和水稻的Rgp2(与Rab2Bv同源度为97%)具有较强的同源性。第三个基因(rho1Bv)属于Rho家族。Rho1Bv蛋白与Pisum的Rho1Ps同源性非常高(98%)。Rho1Bv是文献中描述的第二个代表性植物Rho蛋白。这3种小gtp结合蛋白的同源性表明,这些蛋白在Chenopodiaceae、芸苔科、Fabaceae和Poaceae等植物科中都是保守的,并且可以控制进化过程中保守的重要转导途径。
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