Key result
Mammalian reovirus encodes multiple proteins that regulate the induction of the host-cell interferon response or interfere with interferon-stimulated gene products to allow viral replication.
Why the study?
Mammalian reovirus encodes multiple determinants to regulate the interferon response or interfere with interferon-stimulated gene products, warranting a review of these proteins and their postulated mechanisms.
This review summarizes the current understanding of mammalian reovirus proteins involved in regulating the host-cell interferon response.
Reovirus interferon-evasion proteins may guide antiviral or oncolytic strategies; leaves open clinical validation in patients.
As with most viruses, mammalian reovirus can be recognized and attacked by the host-cell interferon response network. Similarly, many viruses have developed resistance mechanisms to counteract the host-cell response at different points of this response. Reflecting the complexity of the interferon signaling pathways as well as the resulting antiviral response, viruses can-and often have-evolved many determinants to interfere with this innate immune response and allow viral replication. In the last few years, it has been evidenced that mammalian reovirus encodes many different determinants that are involved in regulating the induction of the interferon response or in interfering with the action of interferon-stimulated gene products. In this brief review, we present our current understanding of the different reovirus proteins known to be involved, introduce their postulated modes of action, and raise current questions that may lead to further investigations.
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Lanoie et al. (2019) conducted a review in Mammalian reovirus infection. Mammalian reovirus proteins was evaluated. Mammalian reovirus encodes multiple proteins that regulate the induction of the host-cell interferon response or interfere with interferon-stimulated gene products to allow viral replication.
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