Journal of Virology · 2011 · 233 citations · 7 references
Life SciencesBiologyGeneticsMolecular VirologyVector-borne DiseasesVirologyArboviral DiseasesTick BiologyTick-borne DiseasesViral GeneticsVirus EpidemiologyVirus EvolutionComparative Viral PhylogeneticsPhylogenomics Of VirusesTick PhylogenyTick Species DiversityTick-borne Disease EcologyTick-borne PathogensTick-borne Viral ZoonosesVirus Evolutionary Relationships
Surveys were carried out to better understand the tick vector ecology and genetic diversity of Huaiyangshan virus (HYSV) in both regions of endemicity and regions of nonendemicity. Haemaphysalis longicornis ticks were dominant in regions of endemicity, while Rhipicephalus microplus is more abundant in regions of nonendemicity. HYSV RNA was found in human and both tick species, with greater prevalence in H. longicornis and lesser prevalence in R. microplus. Phylogenetic analyses indicate that HYSV is a novel species of the genus Phlebovirus.
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