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END-phenomenon negative bovine viral diarrhea virus that induces the host's innate immune response supports propagation of BVDVs with different immunological properties.

Mai Shiokawa | Tsutomu Omatsu | Yukie Katayama | Kaoru Nishine | Yuri Fujimoto | Shiori Uchiyama | Ken-Ichiro Kameyama | Makoto Nagai | Tetsuya Mizutani | Yoshihiro Sakoda | Akio Fukusho | Hiroshi Aoki
Virology | 2019

Our previous study reported that persistently infected (PI) cattle of bovine viral diarrhea virus (BVDV) have co-infected with BVDV/END- and /END+ that promote and inhibit host's type-I interferon (IFN) production, respectively. However, the relationship between co-infection of immunologically distinct BVDVs and persistent infection as well as the biological significance of END- viruses remains unknown. Experiments using cultured cells revealed that END+ virus, which is unable to propagate in situations where the host's immune response is induced by IFN-α addition, is able to propagate under those conditions when co-infecting with END- virus. These results indicate that BVDV/END- can coexist with BVDV/END+ and that co-infection with END- viruses supports the propagation of END+ viruses. Our in vitro experiments strongly suggest that co-infection with END- virus is involved in the maintenance of persistent infection of BVDV.

Pubmed ID: 31590058

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MDBK (tool)

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Cell line MDBK is a Spontaneously immortalized cell line with a species of origin Bos taurus

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Vero (tool)

RRID:CVCL_0059

Cell line Vero is a Spontaneously immortalized cell line with a species of origin Chlorocebus sabaeus

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