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Cellular automata-based artificial life system of horizontal gene transfer

机译:基于细胞自动机的水平基因转移人工生命系统

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Mutation and natural selection is the core of Darwin's idea about evolution. Many algorithms and models are based on this idea. However, in the evolution of prokaryotes, more and more researches have indicated that horizontal gene transfer (HGT) would be much more important and universal than the authors had imagined. Owing to this mechanism, the prokaryotes not only become adaptable in nearly any environment on Earth, but also form a global genetic bank and a super communication network with all the genes of the prokaryotic world. Under this background, they present a novel cellular automata model general gene transfer to simulate and study the vertical gene transfer and HGT in the prokaryotes. At the same time, they use Schrodinger's life theory to formulate some evaluation indices and to discuss the intelligence and cognition of prokaryotes which is derived from HGT.
机译:突变和自然选择是达尔文关于进化的思想的核心。许多算法和模型都基于此思想。但是,在原核生物的进化中,越来越多的研究表明,水平基因转移(HGT)将比作者想象的更为重要和普遍。由于这种机制,原核生物不仅可以适应地球上几乎任何环境,而且可以与原核世界的所有基因一起形成一个全球遗传库和一个超级通信网络。在这种背景下,他们提出了一种新型的细胞自动机模型,通用基因转移,以模拟和研究原核生物中的垂直基因转移和HGT。同时,他们使用薛定inger的生命理论来制定一些评估指标,并讨论源自HGT的原核生物的智力和认知。

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