Nevertheless, depending on the geographical location, and immunization history of the patient, most of these cross-reactive flaviviruses can readily be ruled out.
The surprisingly broad spectrum of ecological conditions occupied by tick-borne flaviviruses is worthy of further comment.
This higher seroprevalence may reflect in part, an increase in flavivirus transmission between the two study periods.
Phylogenetic relationships of flaviviruses correlate with their epidemiology, disease association and biogeography.
These false alerts corresponded to viral epidemics not caused by a flavivirus.
However, covering these containers had a negligible effect on the flavivirus seroprevalence in the study population.
75 different flaviviruses have been identified, roughly half of which are capable of causing disease in humans.
Evolution, epidemiology and dispersal of flaviviruses revealed by molecular phylogenies.
