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Comparative genomics with maize and other grasses: from genes to genomes!

机译:玉米和其他草类的比较基因组学:从基因到基因组!

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摘要

Of all the major plant groups, the grasses, with the complete genomes of five species, are the best positioned to take advantage of comparative genomics to obtain insight into functional genetic elements. Of all the grasses, maize is the best characterized in terms of genetics, development, and evolution. We provide several examples of how the web-based comparative genomics system CoGe may be used to aid in the interpretation of the maize genome sequence. These examples include verifying gene models, identifying differences between genome assemblies, identifying conserved non-coding sequences, identifying syntenic regions between species and polyploidies, and identifying homeologs within maize and orthologs between maize and other grass genomes. In addition, a comprehensive list of orthologous gene sets is provided between maize and Sorghum, foxtail millet, rice, and Brachypodium.
机译:在所有主要植物群中,草具有五个物种的完整基因组,最适合利用比较基因组学来深入了解功能遗传元件。在所有草中,就遗传学,发育和进化而言,玉米最有特色。我们提供了几个示例,说明基于网络的比较基因组学系统CoGe如何可用于帮助解释玉米基因组序列。这些例子包括验证基因模型,鉴定基因组组装之间的差异,鉴定保守的非编码序列,鉴定物种和多倍体之间的同义区域,鉴定玉米内的同源物以及玉米与其他草基因组之间的直系同源物。此外,在玉米和高粱,谷子,稻米和短毛po之间提供了直系同源基因集的完整列表。

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