Intersection of inflammation and viral replication: the central role of MAPK signaling in viral respiratory infections

TL;DR

This paper explores how viruses use the MAPK pathway to boost their replication and cause inflammation in respiratory infections.

Contribution

The paper highlights the MAPK pathway as a central target for treating both viral replication and inflammation in respiratory infections.

Findings

The MAPK pathway is exploited by viruses to enhance replication and trigger inflammation.

Targeting the MAPK pathway could inhibit both viral replication and inflammatory responses.

This pathway serves as a key intersection in viral respiratory infections.

Abstract

The mitogen-activated protein kinase (MAPK) pathway is a vital cellular signaling cascade that viruses exploit. When activated by viruses, this pathway also initiates the host’s inflammatory response. This pathway has a crucial role in viral respiratory infections, serving as a key intersection where viral replication and host inflammation are coordinated. Some viruses activate this pathway to enhance their own replication while also triggering inflammatory responses in the host. Understanding this intersection is essential because therapeutic agents could target the same pathway to inhibit both viral replication and inflammation. This perspective considers targeting the MAPK pathway as a potential way to treat viral respiratory infections by suppressing viral replication and reducing inflammation.

Figures