全球猴痘病毒基因组监测

James R. Otieno, Christopher Ruis, Anyebe B. Onoja, Krutika Kuppalli, Ana Hoxha, Andreas Nitsche, Annika Brinkmann, Janine Michel, Placide Mbala-Kingebeni, Daniel Mukadi-Bamuleka, Muntasir Mohammed Osman, Hanadi Hussein, Muhammad Ali Raja, Richard Fotsing, Belinda L. Herring, Mory Keita, Jairo Mendez Rico, Lionel Gresh, Amal Barakat, Victoria Katawera, Karen Nahapetyan, Dhamari Naidoo, R. Andres Floto, Jane Cunningham, Maria D. Van Kerkhove, Rosamund Lewis, Lorenzo Subissi
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摘要

猴痘病毒(MPXV)是非洲西部和中部的地方病,2022 年 5 月,一个 IIb 支系(B.1)在非洲以外的地区引发了全球性疫情,结果在 116 个国家/地区检测到了该病毒。为了了解 MPXV 的全球系统发生学,我们分析了所有可用的 MPXV 序列,包括 1958 年至 2024 年间从 65 个国家收集的 10,670 个序列。我们的分析表明,I支系病毒在中非地区具有很高的流动性,IIb支系A病毒在东地中海地区持续存在人际传播,而且其独特的突变特征可以区分持续存在的人际传播和动物间传播。此外,来自苏丹的独特支系 I 序列表明,在过去的四十年中,MPXV 在东非地区进行了局部传播。我们的研究强调了基因组监测在跟踪 MXPV 支系时空动态方面的重要性,以及加强这种监测的必要性,包括在东非某些地区。
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Global genomic surveillance of monkeypox virus

Monkeypox virus (MPXV) is endemic in Western and Central Africa and, in May 2022, a clade IIb lineage (B.1) caused a global outbreak outside Africa, resulting in its detection in 116 countries/territories. To understand the global phylogenetics of MPXV, we analysed all available MPXV sequences, including 10,670 sequences from 65 countries collected between 1958 and 2024. Our analysis reveals high mobility of clade I viruses within Central Africa, sustained human-to-human transmission of clade IIb lineage A viruses within the Eastern Mediterranean region, and distinct mutational signatures that can distinguish sustained human-to-human from animal-to-animal transmission. Moreover, distinct clade I sequences from Sudan suggest local MPXV circulation in areas of Eastern Africa over the past four decades. Our study underscores the importance of genomic surveillance in tracking spatiotemporal dynamics of MXPV clades and the need to strengthen such surveillance, including in some parts of Eastern Africa.

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