1. Molecular characterization and pathogenicity of a genogroup GVI feline norovirus
- Author
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Tomomi Takano, Tomoyoshi Doki, Takamichi Nishinaka, Akira Kuroishi, Midori Takashina, Hajime Kusuhara, and Tsutomu Hohdatsu
- Subjects
Diarrhea ,Genotype ,viruses ,Molecular Sequence Data ,Genogroup ,Biology ,medicine.disease_cause ,Cat Diseases ,Microbiology ,Viral gene ,Article ,Feline ,chemistry.chemical_compound ,Feces ,fluids and secretions ,RNA polymerase ,medicine ,Animals ,Enteric virus ,Phylogeny ,Caliciviridae Infections ,General Veterinary ,Strain (chemistry) ,Base Sequence ,Virulence ,Norovirus ,virus diseases ,General Medicine ,Sequence Analysis, DNA ,Pathogenicity ,Virology ,Gastroenteritis ,Specific Pathogen-Free Organisms ,chemistry ,Diarrhea symptoms ,Cats - Abstract
Highlights • We identified novel feline norovirus (FNoV) M49-1 strain. • Based on the analysis of VP1, FNoV M49-1 strain was classified into genogroup GVI. • FNoV M49-1 strain seems to be produced by recombination between GIV and GVI NoV. • Cats inoculated with FNoV gene-positive-fecal samples showed clinical symptoms., Norovirus (NoV) has been classified into 6 genogroups, GI-GVI. In the present study, we identified novel feline NoV (FNoV) M49-1 strain. The C-terminal of RNA-dependent RNA polymerase of the FNoV M49-1 strain was highly homologous with GIV FNoV and GIV lion norovirus, whereas VP1 was highly homologous with GVI canine NoV (CNoV). Based on the results of the Simplot analysis, the FNoV M49-1 strain may have been produced by recombination between GIV.2 FNoV and GVI.1 CNoV. In addition, specific pathogen-free cats inoculated with FNoV gene-positive-fecal samples developed diarrhea symptoms, and the viral gene was detected in their feces and blood.
- Published
- 2015