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Mapaco L., Crespin L., Rodrigues D., de Bellocq J. G., Bryja J., Bourgarel M., Missé Dorothée, Caron A., Fafetine J., Cappelle J., Liégeois Florian. (2022). Detection and genetic diversity of Mopeia virus in Mastomys natalensis from different habitats in the Limpopo National Park, Mozambique. Infection Genetics and Evolution, 98, 105204 [7 p.]. ISSN 1567-1348.

Titre du document
Detection and genetic diversity of Mopeia virus in Mastomys natalensis from different habitats in the Limpopo National Park, Mozambique
Année de publication
2022
Type de document
Article référencé dans le Web of Science WOS:000745067200004
Auteurs
Mapaco L., Crespin L., Rodrigues D., de Bellocq J. G., Bryja J., Bourgarel M., Missé Dorothée, Caron A., Fafetine J., Cappelle J., Liégeois Florian
Source
Infection Genetics and Evolution, 2022, 98, 105204 [7 p.] ISSN 1567-1348
Mammarenaviruses have been a growing concern for public health in Africa since the 1970s when Lassa virus cases in humans were first described in west Africa. In southern Africa, a single outbreak of Lujo virus was reported to date in South Africa in 2008 with a case fatality rate of 80%. The natural reservoir of Lassa virus is Mastomys natalensis while for the Lujo virus the natural host has yet to be identified. Mopeia virus was described for the first time in M. natalensis in the central Mozambique in 1977 but few studies have been conducted in the region. In this study, rodents were trapped between March and November 2019 in villages, croplands fields and mopane woodland forest. The aim was to assess the potential circulation and to evaluate the genetic diversity of mammarenaviruses in M. natalensis trapped in the Limpopo National Park and its buffer zone in Massingir district, Mozambique. A total of 534 M. natalensis were screened by RT-PCR and the overall proportion of positive individuals was 16.9%. No significant differences were detected between the sampled habitats (chi 2 = 0.018; DF = 1; p = 0.893). The Mopeia virus (bootstrap value 91%) was the Mammarenavirus circulating in the study area sites, forming a specific sub-clade with eight different sub-clusters. We concluded that Mopeia virus circulates in all habitats investigated and it forms a different sub-clade to the one reported in central Mozambique in 1977.
Plan de classement
Entomologie médicale / Parasitologie / Virologie [052] ; Sciences du monde animal [080]
Description Géographique
MOZAMBIQUE
Localisation
Fonds IRD [F B010084214]
Identifiant IRD
fdi:010084214
Contact