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2009-2013 年希腊间日疟原虫病发作的遗传时空解剖学

Genetic Spatiotemporal Anatomy of Plasmodium vivax Malaria Episodes in Greece, 2009-2013.

出版信息

Emerg Infect Dis. 2018 Mar;24(3):541-548. doi: 10.3201/eid2403.170605.

Abstract

An influx of immigrants is contributing to the reemergence of Plasmodium vivax malaria in Greece; 1 persistent focus of transmission is in Laconia, Pelopónnese. We genotyped archived blood samples from a substantial proportion of malaria cases recorded in Greece in 2009-2013 using 8 microsatellite markers and a PvMSP-3α gene fragment and plotted their spatiotemporal distribution. High parasite genetic diversity with low multiplicity of infection was observed. A subset of genetically identical/related parasites was restricted to 3 areas in migrants and Greek residents, with some persisting over 2 consecutive transmission periods. We identified 2 hitherto unsuspected additional foci of local transmission: Kardhítsa and Attica. Furthermore, this analysis indicates that several cases in migrants initially classified as imported malaria were actually locally acquired. This study shows the potential for P. vivax to reestablish transmission and counsels public health authorities about the need for vigilance to achieve or maintain sustainable malaria elimination.

摘要

移民潮导致疟原虫 vivax 在希腊重新出现;传播的一个持续焦点是伯罗奔尼撒半岛的拉科尼亚。我们使用 8 个微卫星标记和 PvMSP-3α 基因片段对 2009-2013 年在希腊记录的大量疟疾病例的存档血液样本进行了基因分型,并绘制了它们的时空分布。观察到高寄生虫遗传多样性和低感染多重性。一组遗传上相同/相关的寄生虫仅限于移民和希腊居民的 3 个地区,其中一些持续了 2 个连续的传播期。我们确定了另外两个以前未被怀疑的本地传播焦点:卡尔季察和阿提卡。此外,这项分析表明,一些最初被归类为输入性疟疾的移民病例实际上是本地获得的。这项研究表明,疟原虫 vivax 有重新建立传播的潜力,并提醒公共卫生当局注意保持警惕以实现或维持可持续消除疟疾的必要性。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/613f/5823331/44a909bfc788/17-0605-F1.jpg

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