Key result
Molecular identification of enteroviruses from cattle and goat feces in Thailand revealed possible novel EV-E and EV-G genotypes, indicating continuous evolution of these viruses.
The study identifies possible novel enteroviruses in cattle and goats in Thailand, highlighting their continuous evolution and potential as emerging livestock pathogens.
Possible new EV-E and EV-G genotypes were identified for EVs detected in this study. The EV-E viruses were also successfully isolated from MDBK cells. The goat EV sequence analysis suggested the presence of an ovine/caprine-specific EV group that is different from EV-G of porcine origin. The significance of our research is that it identifies and characterizes possible novel EVs, thereby indicating that enteroviruses in animals are continually evolving. The facts that enteroviruses can persist in the environment, contaminate it for long periods, and be transmitted between animals raise serious concerns regarding this group of viruses as emerging livestock pathogens.
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Income et al. (2018) studied Enterovirus infection in livestock. Molecular identification of enteroviruses was evaluated on Identification of EV-E and EV-G genotypes. Molecular identification of enteroviruses from cattle and goat feces in Thailand revealed possible novel EV-E and EV-G genotypes, indicating continuous evolution of these viruses.
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