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Indel and single nucleotide variations of zeins generate unique 2D-zein patterns and molecular markers useful in maize (Zea mays) genotyping

机译:Zeins的吲哚和单核苷酸变化产生独特的2D-ZEIN模式和可用于玉米(ZEA Mays)基因分型的分子标记

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摘要

In this study, we investigated the inter- and intra-genomic sequence variation of alpha-zein genes and their polypeptide expression in different maize genotypes, i.e. inbreds and a set of Lombardy open pollinated varieties, by analyzing their RFLP, coding nucleotides and 2-dimensional (2D) protein fractionation profiles. An extensive analysis of coding capacity of alpha-zein sequences in various genotypes and in the B73 reference inbred allowed us to assign 2D-spots to specific zein sequences. Moreover, we found that some genes reported to contain in frame stop codons are very likely expressed. Collectively these data allowed us to constitute two barcodes respectively based on nucleotide variation and on 2-D protein patterns that identify univocallyeach genotype.
机译:在这项研究中,通过分析其RFLP,编码核苷酸和2- 尺寸(2D)蛋白质分级剖面。 对各种基因型和B73参考的α-ZEIN序列的编码能力进行了广泛的分析,允许我们将2D点分配给特异性ZEIN序列。 此外,我们发现报告的一些包含在框架停止密码子中的基因非常可能表达。 总的来说,这些数据允许我们分别基于核苷酸变异和鉴定单一的2-D蛋白质模式来构成两个条形码。

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