Genetic characterization of parvoviruses in domestic cats in Henan province, China
2018
Li, Xiangdong | Wu, Hongchao | Wang, Lingxiao | Spibey, Norman | Liu, Caihong | Ding, Hangtian | Liu, Wujie | Liu, Yuxiu | Tian, Kegong
Feline panleukopenia virus (FPV) and canine parvovirus (CPV) infections are highly contagious and cause serious enteric diseases, with high fatality rates of cats and dogs. Given the importance of cats as a potential source of genetic diversity for parvoviruses, parvovirus strains detected in cats with gastroenteritis signs were analysed, and molecular characterisation, sequence analysis and phylogeny were evaluated on the VP2 gene. The results showed that FPV, new CPV‐2a, and CPV‐2 are co‐circulating in the cat population in Henan province of China. Moreover, CPV‐2 strains (F2016020, and F2016021) with Ser297Ala substitution in VP2 protein was for the first time detected in cats with clinical gastroenteritis. This study provided new important findings about the evolutionary of parvovirus infection in domestic cats.
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