Key result
Bovine enterovirus type 1 antibodies appear in 33% of humans across urban and rural populations.
Why the study?
Data regarding bovine enterovirus type 1 (BEV1) in humans are quite limited, prompting an investigation into human infection and risk factors for viral exposure.
Cross-Sectional (n=1,526)
No
BEV1 seropositivity is highly prevalent in domestic animals and humans in Eastern Anatolia, indicating widespread exposure regardless of rural or urban residence.
Widespread human BEV1 seropositivity irrespective of residence supports surveillance; leaves open zoonotic transmission and clinical relevance for prospective study.
Bovine enteroviruses (BEV) are members of Enterovirus genus of the family Picornaviridae. BEV1 has a broad host spectrum, including humans. The virus usually causes subclinical infection, but fatal/severe cases have also been reported in different animal species. There is quite limited data regarding BEV1 in humans. The purpose of this study is to investigate human infection and to identify possible risk factors for viral exposure. For this purpose, blood serum samples (n=1,526) were collected from a city center and nearby villagers simultaneously from humans and farm animals in Elazig province in Eastern Anatolia. As a result of serum neutralisation test, BEV1 specific antibody presence detected in cattle was 85.3% (163/191), 73.5% in donkeys (64/87), 71.8% in goats (115/160), 46.5% in sheep (93/200), 43.9% in horses (40/91), 41.3% in dogs (19/46) and 33% in humans (248/751). Although a high contamination potential was mentioned for people living in rural areas, it was determined that infection rates in rural areas (31.6%) and urban centers (32.2%) were very close. There was no difference according to sex. Viral exposure is higher in the 40 to 70 age range. In addition, the serological evidence of the infection in donkeys was identified for the first time with this study.
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Gür et al. (2019) conducted a cross-sectional in Bovine enterovirus type 1 (BEV1) exposure (n=1,526). Bovine enterovirus type 1 specific antibodies were detected in 33% of humans and up to 85.3% of cattle, indicating widespread exposure across both urban and rural populations.
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