The Journal of Infectious Diseases · 1999 · 140 citations · 9 references
Veterinary MedicineInfectious DiseasesPreventive MedicineInfectious Disease EpidemiologyMedical EntomologyVector-borne DiseasesArboviral DiseasesMosquito BiologyMosquito-borne DiseasesVector-borne Disease SurveillanceVector-borne ZoonosesWest Nile Virus InfectionInfection Risk FactorsMosquito Breeding Site EliminationMosquito-borne Disease EpidemiologyMosquito-borne ZoonosesTransmission Risk FactorsWest Nile Virus DiseaseWest Nile Virus EpidemiologyWest Nile Virus Transmission
In 1996, an epidemic of 393 cases of laboratory-confirmed West Nile meningoencephalitis occurred in southeast Romania, with widespread subclinical human infection. Two case-control studies were performed to identify risk factors for acquiring infection and for developing clinical meningoencephalitis after infection. Mosquitoes in the home were associated with infection (reported by 37 [97%] of 38 asymptomatically seropositive persons compared with 36 [72%] of 50 seronegative controls, P<.01) and, among apartment dwellers, flooded basements were a risk factor (reported by 15 [63%] of 24 seropositive persons vs. 11 [30%] of 37 seronegative controls, P=.01). Meningoencephalitis was not associated with hypertension or other underlying medical conditions but was associated with spending more time outdoors (meningoencephalitis patients and asymptomatically seropositive persons spent 8.0 and 3.5 h [medians] outdoors daily, respectively, P<.01). Disease prevention efforts should focus on eliminating peridomestic mosquito breeding sites and reducing peridomestic mosquito exposure.
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West Nile encephalitis epidemic in southeastern Romania
T. F. Tsai, Florin Popovici, C Cernescu et al. · The Lancet · 1998 · 758 citations
Thomas P. Monath · 1989 · 253 citations
Annals of Internal Medicine · 1992 · 219 citations