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Arabidopsis natural variants and the Indian scenario

机译：拟南芥自然变体和印度情景

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Arabidopsis thaliana is the model species of choice in plant science. It is the first plant species whose genome was sequenced in 2001. One of the important factors that has largely contributed in the growth of Arabidopsis as a model plant is existence of its natural variants across the globe and its availability from public sources. These natural variants have helped in discovering a large number of quantitative trait loci associated with specific traits and other functional alleles. The 1001 genome consortium was launched in 2009 to unearth the genetic and epigenetic variations in natural accessions spread across the globe. However, there was no report of detailed work on Indian populations of Arabidopsis before 2015. The Indian populations of Arabidopsis thaliana are unique and may provide valuable information on its evolution and adaptation under different climatic conditions. Since major conclusions on the origin and evolution of Arabidopsis thaliana from different studies were drawn without including the Indian populations, inclusion of these populations in global data analysis may help unearth new findings.
机译：拟南芥是植物科学中选择的模型物种。它是第一种植物种类，其基因组在2001年进行测序。主要是在拟南芥生长中促成模型植物的重要因素之一是其全球自然变种的存在及其与公共来源的可用性。这些天然变体有助于发现与特定性状和其他功能等位基因相关的大量定量性状基因座。 1001个基因组联盟于2009年推出，以全部拓展遗传和表观遗传变异在全球范围内传播。然而，2015年之前没有关于印度拟南芥的详细工作报告。拟南芥的印度人口是独一无二的，可以在不同气候条件下提供有关其演变和适应的宝贵信息。自从关于从不同研究的拟南芥拟南芥的起源和演变的主要结论没有在没有印度人口的情况下被绘制，因此将这些群体列入全球数据分析中可能有助于解除新发现。

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