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Digest: Gene duplication and social evolution-Using big, open data to answer big, open questions

机译:消化:基因复制和社会演进 - 使用大,开放数据来回答大,开放问题

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What genomic features underpin the evolution of behavioral complexity? Do species exhibiting such complexity have more genes, more complex gene regulation, or both? These questions have driven decades of research in humans and primates. Social insect biologists have wanted to explore these questions in eusocial species for decades (Gadagkar 1997), but have lacked access to appropriately selected genome sequences. With the sequencing efforts of the last decade, a dozen bee genomes are now publicly available (Kapheim et al. 2015), and more are on the way. This growing database allows us to look with ever-increasing detail at the genomic correlates of social evolution within insects (e.g., Kapheim et al. 2015).
机译:什么基因组特征是行为复杂性的演变? 表现出这种复杂性的种类具有更多的基因,更复杂的基因调控,还是两者? 这些问题在人类和灵长类动物中推动了数十年的研究。 Social insect biologists have wanted to explore these questions in eusocial species for decades (Gadagkar 1997), but have lacked access to appropriately selected genome sequences. 随着去年十年的测序努力,现在公开可用了十几个蜂基因组(Kapheim等,2015年),更多就在路上。 这种越来越多的数据库使我们能够在昆虫中的社会演化中的基因组相关性中寻找不断增加的细节(例如,Kapheim等,2015)。

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