Chebbah Dahlia, Elissa Nohal, Sereno Denis, Hamarsheh Omar, Marteau Anthony, Jan Julie, Izri Arezki, Akhoundi Mohammad
Parasitology-Mycology Department, Avicenne Hospital, AP-HP, 93009 Bobigny, France.
Service Parisien de Santé Environnementale, Sous-Direction de la Santé (SPSE), Mairie de Paris, 75019 Paris, France.
Insects. 2021 Jun 25;12(7):578. doi: 10.3390/insects12070578.
and are blood-sucking insects with a long history of presence in human communities. We investigated the molecular diversity of the bed bug population of Paris and its suburb cities using cytochrome oxidase 1 (CO1) sequencing. A total of 1211 specimens belonging to different life stages were collected from 62 infested human dwellings in Paris (13 out of 20 arrondissements) and the surrounding cities (18 cities). Morphological determination and COI sequencing of 132 specimens demonstrated as the predominant species and, surprisingly, the presence of in four infested areas of Paris and its suburb cities. Neighbor-joining tree and network analyses depicted the presence of two populations. Most samples from Paris and its suburb cities clustered in a major clade. The second population encompasses specimens from Paris (arrondissements 11 and 19) and its suburb cities (e.g., Bobigny, Pantin, and Montreuil) that clustered with Hungary, Czechia, and Finland. This is the second evidence for infestation in France and the third in Europe, which challenges the classic pattern of dispersion and implies sympatric occurrence of and . Since Paris is one of the most popular tourist destinations in the world, our observations shed light on bed bugs' dispersal dynamic and may help future vector control strategies.
[具体昆虫名称1]和[具体昆虫名称2]是在人类社区中存在已久的吸血昆虫。我们使用细胞色素氧化酶1(CO1)测序技术研究了巴黎及其周边城市臭虫种群的分子多样性。从巴黎(20个区中的13个)和周边城市(18个城市)的62处受侵染的人类住所中总共收集了1211个属于不同生命阶段的标本。对132个标本进行形态学鉴定和COI测序表明,[具体昆虫名称1]是主要物种,令人惊讶的是,在巴黎及其周边城市的四个受侵染区域发现了[具体昆虫名称2]。邻接法树状图和网络分析显示存在两个[具体昆虫名称1]种群。来自巴黎及其周边城市的大多数样本聚集在一个主要分支中。第二个种群包括来自巴黎(第11区和第19区)及其周边城市(如博比尼、潘坦和蒙特勒伊)的标本,它们与匈牙利、捷克和芬兰的标本聚集在一起。这是法国臭虫侵染的第二个证据,也是欧洲的第三个证据,这对臭虫传播的经典模式提出了挑战,并意味着[具体昆虫名称1]和[具体昆虫名称2]同域出现。由于巴黎是世界上最受欢迎的旅游目的地之一,我们的观察结果揭示了臭虫的传播动态,并可能有助于未来的病媒控制策略。