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Prophage as a genetic reservoir: Promoting diversity and driving innovation in the host community

机译:Prophage作为遗传水库:促进寄宿社区的多样性和推动创新

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Sequencing of bacterial genomes has revealed an abundance of prophage sequences in many bacterial species. Since these sequences are accessible, through recombination, to infecting phages, bacteria carry an arsenal of genetic material that can be used by these viruses.We develop a mathematical model to isolate the effects of this phenomenon on the coevolution of temperate phage and bacteria. The model predicts that prophage sequences may play a key role in maintaining the phage population in situations that would otherwise favor host cell resistance. In addition, prophage recombination facilitates the existence of multiple phage types, thus promoting diverse co-existence in the phage-host ecosystem. Finally, because the host carries an archive of previous phage strategies, prophage recombination can drive waves of innovation in the host cell population.
机译:细菌基因组的测序揭示了许多细菌种类中的高血管序列。 由于这些序列可通过重组来接近感染噬菌体,因此细菌携带这些病毒可以使用的遗传物质的库。我们开发了一种数学模型,以分离这种现象对温带噬菌体和细菌的共同效果。 该模型预测,前序序列可能在维持将母体电阻抗性的情况下保持噬菌体群体中的关键作用。 此外,预重组促进了多种噬菌体类型的存在,从而促进噬菌体宿主生态系统中的各种共存。 最后,由于主持人进行了先前的噬菌体策略的档案,所以先知重组可以驱动宿主细胞群中的创新波浪。

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