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麻疹分子流行病学全球最新情况

Global Update on Measles Molecular Epidemiology.

作者信息

Bankamp Bettina, Kim Gimin, Hart Derek, Beck Andrew, Ben Mamou Myriam, Penedos Ana, Zhang Yan, Evans Roger, Rota Paul A

机构信息

Centers for Disease Control and Prevention, 1600 Clifton Road NE, Atlanta, GA 30329, USA.

ASRT, Inc., Atlanta, GA 30346, USA.

出版信息

Vaccines (Basel). 2024 Jul 22;12(7):810. doi: 10.3390/vaccines12070810.

Abstract

Molecular surveillance of circulating measles variants serves as a line of evidence for the absence of endemic circulation and provides a means to track chains of transmission. Molecular surveillance for measles (genotyping) is based on the sequence of 450 nucleotides at the end of the nucleoprotein coding region (N450) of the measles genome. Genotyping was established in 1998 and, with over 50,000 sequence submissions to the Measles Nucleotide Surveillance database, has proven to be an effective resource for countries attempting to trace pathways of transmission. This review summarizes the tools used for the molecular surveillance of measles and describes the challenge posed by the decreased number of circulating measles genotypes. The Global Measles and Rubella Laboratory Network addressed this challenge through the development of new tools such as named strains and distinct sequence identifiers that analyze the diversity within the currently circulating genotypes. The advantages and limitations of these approaches are discussed, together with the need to generate additional sequence data including whole genome sequences to ensure the continued utility of strain surveillance for measles.

摘要

对循环中的麻疹变异株进行分子监测,可为麻疹不存在地方性流行提供证据,并提供追踪传播链的手段。麻疹分子监测(基因分型)基于麻疹基因组核蛋白编码区末端450个核苷酸(N450)的序列。基因分型于1998年确立,向麻疹核苷酸监测数据库提交了超过50000条序列,已证明对试图追踪传播途径的国家而言是一种有效的资源。本综述总结了用于麻疹分子监测的工具,并描述了循环中的麻疹基因型数量减少所带来的挑战。全球麻疹和风疹实验室网络通过开发新工具应对了这一挑战,如命名毒株和独特序列标识符,以分析当前循环基因型中的多样性。讨论了这些方法的优缺点,以及生成包括全基因组序列在内的更多序列数据的必要性,以确保毒株监测对麻疹仍具有持续效用。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/336d/11281501/51c29de8d109/vaccines-12-00810-g001.jpg

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