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Poplar Genomics is Getting Popular: The Impact of the Poplar Genome Project on Tree Research

机译:杨树基因组学越来越受欢迎:杨树基因组计划对树木研究的影响

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摘要

Trees, due to their long life-span, have characteristics that distinguish them from annual, herbaceous plants. It is likely that many of these properties are based on a tree-specific genetic foundation. The U.S. Department of Energy initiated a genome-sequencing project for Populus, a model perennial plant. Through international collaboration and input to the sequencing effort, the annotated whole genome sequence of Populus trichocarpa will be released to the public in early 2004. This genomic resource will, for the first time, allow comparison between a perennial and an annual plant on a whole genome basis and therefore provide clues for molecular research on tree-specific questions like dormancy, development of a secondary cambium, juvenile-mature phase change, or long-term host-pest interactions. The approximately 520 Mbp of annotated genomic sequence will complement and expand the knowledge provided so far by the 125 000 ESTs from poplar that are available in public databases. This article introduces the international poplar research programmes and points out the significance of the poplar genome project for plant research.
机译:树木由于寿命长而具有使其与一年生草本植物区分开的特征。这些特性中的许多特性很可能基于特定于树木的遗传基础。美国能源部启动了多年生植物模型Populus的基因组测序项目。通过国际合作和对测序工作的投入,带注释的毛白杨全基因组序列将于2004年初向公众发布。这一基因组资源将首次允许对多年生植物和一年生植物进行整体比较基因组基础,因此可为有关树特定问题的分子研究提供线索,例如休眠,次生形成层的形成,少年-成熟相变或长期的宿主-害虫相互作用。大约520 Mbp的带注释的基因组序列将补充并扩展迄今为止在公共数据库中可用的来自杨树的125 000 EST所提供的知识。本文介绍了国际杨树研究计划,并指出了杨树基因组计划对植物研究的意义。

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