| Literature DB >> 26773387 |
Jody Hobson-Peters1, David Warrilow2, Breeanna J McLean3, Daniel Watterson3, Agathe M G Colmant3, Andrew F van den Hurk2, Sonja Hall-Mendelin2, Marcus L Hastie4, Jeffrey J Gorman4, Jessica J Harrison3, Natalie A Prow3, Ross T Barnard3, Richard Allcock5, Cheryl A Johansen3, Roy A Hall6.
Abstract
Insect-specific viruses belonging to significant arboviral families have recently been discovered. These viruses appear to be maintained within the insect population without the requirement for replication in a vertebrate host. Mosquitoes collected from Badu Island in the Torres Strait in 2003 were analysed for insect-specific viruses. A novel bunyavirus was isolated in high prevalence from Culex spp. The new virus, provisionally called Badu virus (BADUV), replicated in mosquito cells of both Culex and Aedes origin, but failed to replicate in vertebrate cells. Genomic sequencing revealed that the virus was distinct from sequenced bunyavirus isolates reported to date, but phylogenetically clustered most closely with recently discovered mosquito-borne, insect-specific bunyaviruses in the newly proposed Goukovirus genus. The detection of a functional furin cleavage motif upstream of the two glycoproteins in the M segment-encoded polyprotein suggests that BADUV may employ a unique strategy to process the virion glycoproteins.Entities:
Keywords: Bunyavirus; Goukovirus; Insect-specific; Mosquito; Mosquito-specific
Mesh:
Year: 2016 PMID: 26773387 DOI: 10.1016/j.virol.2015.11.003
Source DB: PubMed Journal: Virology ISSN: 0042-6822 Impact factor: 3.616