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Establishment of Anthoceros agrestis as a model species for studying the biology of hornworts

机译:建立古希腊按蚊作为研究金盏花生物学模型的物种

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摘要

BackgroundPlants colonized terrestrial environments approximately 480 million years ago and have contributed significantly to the diversification of life on Earth. Phylogenetic analyses position a subset of charophyte algae as the sister group to land plants, and distinguish two land plant groups that diverged around 450 million years ago – the bryophytes and the vascular plants. Relationships between liverworts, mosses hornworts and vascular plants have proven difficult to resolve, and as such it is not clear which bryophyte lineage is the sister group to all other land plants and which is the sister to vascular plants. The lack of comparative molecular studies in representatives of all three lineages exacerbates this uncertainty. Such comparisons can be made between mosses and liverworts because representative model organisms are well established in these two bryophyte lineages. To date, however, a model hornwort species has not been available.
机译:背景植物大约在4.8亿年前就定居在陆地环境中,为地球上的生物多样化做出了重要贡献。系统发育分析将金藻藻类的一个子集定位为陆地植物的姐妹群,并区分了大约4.5亿年前分化的两个陆地植物群–苔藓植物和维管植物。事实证明,硫蒿,苔藓金枪鱼和维管植物之间的关系难以解决,因此尚不清楚哪种苔藓植物谱系是所有其他陆地植物的姊妹组,哪个是维管植物的姊妹组。在所有三个谱系的代表中缺乏比较分子研究,加剧了这种不确定性。由于在两个苔藓植物谱系中都建立了典型的模型生物,因此可以在苔藓和地艾蒿之间进行这种比较。迄今为止,还没有一种模型的金缕梅种类。

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