The Brazilian Journal of Infectious Diseases · 2017 · 49 citations · 5 references
Veterinary MedicineEntomologyInfectious DiseasesInfectious Disease EpidemiologyVector-borne DiseasesVirologyArboviral DiseasesMosquito-borne DiseasesVector-borne Disease SurveillanceVector-borne TransmissionVector-borne ZoonosesVector-pathogen InteractionsMosquito TransmissionMosquito-borne Disease EpidemiologyMosquito-borne Disease SurveillanceMosquito-borne Viral ZoonosesMosquito-borne ZoonosesSylvatic Transmission CyclesTransmission Risk FactorsZika Virus Transmission
A Zika virus seroepidemiology study was performed in 1084 blood donors collected from August to October 2015 in six sites of Cameroon representing a large panel of eco-environments. Samples were tested using an anti-NS1 IgG ELISA detection kit and positives were further confirmed by seroneutralization. The observed global seroprevalence was low (around 5%, peaking at 10% and 7.7% in Douala and Bertoua, respectively) with risk factors associated with seropositivity pointing to the existence of a local (peri-)sylvatic cycle of transmission. These results call attention to the potential introduction and subsequent spread in African urban areas of Asian genotype Zika virus currently circulating in the Americas and adapted to transmission by peri-domestic mosquitoes. They should leverage reinforced surveillance efforts in Africa.
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Isaac I. Bogoch, Oliver J. Brady, Moritz U. G. Kraemer et al. · The Lancet Infectious Diseases · 2016 · 191 citations · Full text
Veterinary Medicine, Infectious Disease Control, Infectious Diseases +17
How Did Zika Virus Emerge in the Pacific Islands and Latin America?
John H.‐O. Pettersson, Vegard Eldholm, Stephen Seligman et al. · mBio · 2016 · 138 citations · Full text
Life Sciences, Evolutionary Biology, Infectious Diseases +17