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麻疹病毒(副黏液病毒科)的全球遗传多样性:历史方面和现状。

Global genetic diversity of measles virus (Paramyxoviridae: ): historical aspects and current state.

机构信息

G.N. Gabrichevsky Moscow research institute of epidemiology and microbiology Federal Service for Surveillance on Consumer Rights Protection and Human Wellbeing.

出版信息

Vopr Virusol. 2023 Nov 7;68(5):361-371. doi: 10.36233/0507-4088-187.

Abstract

Monitoring the circulation of the measles virus and studying its genetic diversity is an important component of the measles elimination program. A methodological approach to molecular genetic studies and their interpretation in the measles surveillance was developed in the early 2000s. During its development, clear areas of circulation of each genotype of the virus were identified, therefore, the determination of viruses' genotypes was proposed to monitor circulation and identify transmission pathways. However, in the future, due to a significant decrease in the number of active genotypes, an approach based on sub-genotyping was proposed: determining not only the genotype of the virus, but also its genetic lineage/genetic variant. The Global Measles and Rubella Laboratory Network (GMRLN) systematically monitors the circulation of the measles virus at the sub-genotypic level, depositing the results in a specialized database MeaNS2. It is this database that is the most complete and reliable source of information about the genetic characteristic of measles viruses. This review presents both historical information and the latest data on the global genetic diversity of the measles virus.

摘要

监测麻疹病毒的传播并研究其遗传多样性是麻疹消除计划的重要组成部分。在 21 世纪初,开发了一种针对分子遗传学研究及其在麻疹监测中的解释的方法学方法。在其发展过程中,确定了每种基因型病毒的明确传播区域,因此提出了确定病毒基因型以监测传播并识别传播途径的建议。然而,在未来,由于活跃基因型数量的显著减少,提出了一种基于次基因型的方法:不仅确定病毒的基因型,而且确定其遗传谱系/遗传变异。全球麻疹和风疹实验室网络(GMRLN)在次基因型水平上系统地监测麻疹病毒的传播,将结果存入专门的数据库 MeaNS2 中。正是这个数据库是有关麻疹病毒遗传特征的最完整和可靠的信息来源。本综述介绍了麻疹病毒全球遗传多样性的历史信息和最新数据。

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