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Did the fire ant supergene evolve selfishly or socially?

机译:火蚁超基因是自私的还是在社会上进化的?

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The genetic basis for animal social organization is poorly understood. Fire ants provide one of the rare cases where variation in social organization has been demonstrated to be under genetic control, which amazingly, segregates as a single Mendelian locus. A recent genetic, genomic, and cytological analysis revealed that this locus actually consists of over 600 genes locked together in a supergene that possesses many characteristics of sex chromosomes. The fire ant social supergene also behaves selfishly, and an interesting evolutionary question is whether the genes incorporated first into the social supergene were those for social adaptation, selfish genetic drive, or something else. In depth, functional molecular genetic analysis in fire ants and comparative genomics in other closely related socially polymorphic species will be required to resolve this question.
机译:动物社会组织的遗传基础知之甚少。火蚁是罕见的案例之一,在这种案例中,社会组织的变异已被证明受遗传控制,这令人惊讶地是作为一个单一的孟德尔基因座分离。最近的遗传,基因组和细胞学分析表明,该基因座实际上由600多个基因组成,这些基因锁定在具有许多性染色体特征的超基因中。火蚁的社会超基因也表现得很自私,一个有趣的进化问题是,首先整合到社会超基因中的基因是那些用于社会适应,自私遗传驱动的基因还是其他。为了解决这个问题,将需要深入研究火蚁的功能分子遗传分析和其他密切相关的社会多态性物种的比较基因组学。

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