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Ecology meets molecular genetics in Arabidopsis [Review]

机译:生态学符合拟南芥的分子遗传学[综述]

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摘要

Arabidopsis thaliana has,been used as a model plant for molecular genetics studies. Recently, Arabidopsis has been utilized in an increasing number of ecological and evolutionary studies. These studies are beginning to explain three "black boxes" of ecology: the nature of the mutations responsible for phenotypic variation, female-male interactions in the pistil, and the genetic basis of speciation. Among the advances are the inclusive fitness of haploid gametophytes, the testing of the arms-race model, morphological diversity, and reproductive isolation. Important methods include quantitative trait locus (QTL) mapping and molecular population genetics. Most significantly, natural variations of various. aspects are now available via the taxonomic revision of its closely related species, and by the worldwide collection of accessions. Some conspicuous works using maize, Drosophila, and other species will be also discussed.
机译:拟南芥已被用作分子遗传学研究的模型植物。最近,拟南芥已被用于越来越多的生态和进化研究中。这些研究开始解释生态学的三个“黑匣子”:负责表型变异的突变的性质,雌蕊中的雌雄相互作用以及物种形成的遗传基础。这些进步包括单倍体配子体的包容性,臂种族模型的测试,形态多样性和生殖隔离。重要的方法包括数量性状基因座(QTL)定位和分子种群遗传学。最重要的是,各种自然变化。现在,可以通过对其密切相关物种的分类学修订以及在世界范围内收集种质来获得这些方面。还将讨论一些使用玉米,果蝇和其他物种的引人注目的工作。

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