The twin-beginnings of COVID-19 in Asia and Europe-one prevails quickly.

Yongsen Ruan, Haijun Wen, Mei Hou, Ziwen He, Xuemei Lu, Yongbiao Xue, Xionglei He, Ya-Ping Zhang, Chung-I Wu
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Abstract

In the spread of SARS-CoV-2, there have been multiple waves of replacement between strains, each of which having a distinct set of mutations. The first wave is a group of four mutations (C241T, C3037T, C14408T and A23403G [this being the amino acid change D614G]; all designated 0 to 1 below). This DG (D614G) group, fixed at the start of the pandemic, is the foundation of all subsequent waves of strains. Curiously, the DG group is absent in early Asian samples but present (and likely common) in Europe from the beginning. European data show that the high fitness of DG1111 requires the synergistic effect of all four mutations. However, the European strains would have had no time to evolve the four DG mutations (0 to 1), had they come directly from the early Asian DG0000 strain. Very likely, the European DG1111 strain had acquired the highly adaptive DG mutations in pre-pandemic Europe and had been spreading in parallel with the Asian strains. Two recent reports further support this twin-beginning interpretation. There was a period of two-way spread between Asia and Europe but, by May 2020, the European strains had supplanted the Asian strains globally. This large-scale replacement of one set of mutations for another has since been replayed many times as COVID-19 progresses.

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COVID-19 在亚洲和欧洲的 "双子星 "很快就占了上风。
在 SARS-CoV-2 的传播过程中,菌株之间发生了多次替换,每次替换都有一组不同的变异。第一波是四组变异(C241T、C3037T、C14408T 和 A23403G[即氨基酸变异 D614G];以下均为 0 至 1)。这组 DG(D614G)在大流行开始时就已固定,是随后所有菌株的基础。奇怪的是,早期的亚洲样本中没有 DG 组,但在欧洲却从一开始就存在(而且很可能很常见)。欧洲的数据显示,DG1111 的高适应性需要所有四种突变的协同效应。然而,如果欧洲菌株直接来自早期的亚洲 DG0000 菌株,它们就没有时间进化出这四种 DG 突变(0 至 1)。很有可能,欧洲的 DG1111 株系在流行前的欧洲就已经获得了适应性很强的 DG 突变,并与亚洲株系同时传播。最近的两份报告进一步支持了这种孪生起源的解释。亚洲和欧洲之间曾有过一段时间的双向传播,但到 2020 年 5 月,欧洲菌株在全球范围内取代了亚洲菌株。此后,随着 COVID-19 的发展,这种大规模的变异替换已多次上演。
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