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1.	Cuevas, Julieta Sandra, et al. (author) A case report of serological evidence of paramyxoviruses related to Porcine orthorubulavirus in Mexican bats 2022 In: Annals of clinical case reports. - 2474-1655. ; 7 Journal article (peer-reviewed)abstract In this report, we showed the presence of antibodies to Porcine orthorubulavirus (PRV) in Mexican bats using a serological approach. A total of 42 bats, belonging to seven different species, were sampled from two different refuges/caves, located near to a pig fattening area where spontaneous outbreaks of PRV had occurred. Analysis by serum-virus neutralizing and immunoperoxidase monolayer assay revealed the presence of antibodies in fifteen out of 42 investigated bats (i.e. 35%), six of them were also positive by Paramyxoviridae family using PCR assay targeting the L gene of paramyxoviruses. This case demonstrates for the first time antibodies detection of this virus in different bats species which is important for our understanding of PRV ecology, evolution and mechanism of cross-species transmission. These findings support the hypothesis that bats could act as an intermediate or natural host for interspecies transmission of certain paramyxoviruses.

Cuevas, Julieta Sandra, et al. (author)
A case report of serological evidence of paramyxoviruses related to Porcine orthorubulavirus in Mexican bats
2022
In: Annals of clinical case reports. - 2474-1655. ; 7
Journal article (peer-reviewed)abstract
- In this report, we showed the presence of antibodies to Porcine orthorubulavirus (PRV) in Mexican bats using a serological approach. A total of 42 bats, belonging to seven different species, were sampled from two different refuges/caves, located near to a pig fattening area where spontaneous outbreaks of PRV had occurred. Analysis by serum-virus neutralizing and immunoperoxidase monolayer assay revealed the presence of antibodies in fifteen out of 42 investigated bats (i.e. 35%), six of them were also positive by Paramyxoviridae family using PCR assay targeting the L gene of paramyxoviruses. This case demonstrates for the first time antibodies detection of this virus in different bats species which is important for our understanding of PRV ecology, evolution and mechanism of cross-species transmission. These findings support the hypothesis that bats could act as an intermediate or natural host for interspecies transmission of certain paramyxoviruses.

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