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Effect of deleterious mutation-accumulation on the fitness of RNA bacteriophage MS2

机译:有害突变积累对RNA噬菌体MS2适应性的影响

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摘要

RNA viruses show the highest mutation rate in nature. It has been extensively demonstrated that, in the absence of purifying selection, RNA viruses accumulate deleterious mutations at a high rate. However, the parameters describing this accumulation are, in general, poorly understood. The present study reports evidences for fitness declines by the accumulation of deleterious mutations in the bacteriophage MS2. We estimated the rate of fitness decline to be as high as 16% per bottleneck transfer. In addition, our results agree with an additive model of fitness effects. [References: 44]
机译:RNA病毒在自然界显示出最高的突变率。已经广泛地证明,在没有纯化选择的情况下,RNA病毒以高速率积累有害突变。但是,通常很难理解描述这种累积的参数。本研究报告了由于噬菌体MS2中有害突变的积累而导致适应性下降的证据。我们估计,每次瓶颈转移的适应性下降率高达16%。此外,我们的结果与适应性效应的加性模型一致。 [参考:44]

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