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Paleogenomics in vertebrates, or the recovery of lost genomes from the mist of time

机译:脊椎动物的古基因组学,或从时间的迷雾中恢复丢失的基因组

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Knowledge of the structure of ancestral genomes provides the basis of a new framework to better represent and interpret results from genomic and evolutionary studies. Because these ancestors lived tens of hundreds of million years ago, this knowledge will inevitably take the form of abstract representations, reconstructed on the basis both of experimental evidence collected on extant genomes and of our understanding of evolutionary processes. This is the field of Paleogenomics, a young discipline that is providing an increasingly precise picture of our ancestral vertebrate genomes based on cytogenetic data, genome sequences and new algorithmic developments. Many recent studies have focused on the ancestral placental mammal and teleost fish genomes, although the outlines of even more distant prevertebrate ancestors are being reported.
机译:有关祖先基因组结构的知识为更好地表示和解释基因组和进化研究结果提供了新框架的基础。因为这些祖先生活在几亿年前,所以这些知识将不可避免地采取抽象表示的形式,这些抽象表示是基于现有基因组上收集的实验证据以及我们对进化过程的理解而重建的。这是古基因组学的领域,这是一门年轻的学科,正在根据细胞遗传学数据,基因组序列和新的算法发展提供越来越精确的祖先脊椎动物基因组图。最近的许多研究都集中在祖先的胎盘哺乳动物和硬骨鱼的基因组上,尽管据报道甚至有更远的脊椎动物前祖的轮廓。

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