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June 14, 2026Annual Review of Virology

RNA condensation plays a dual role by enhancing viral replication and activating innate antiviral sensors.

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Why the study?

While viruses utilize RNA condensation to enhance replication and evade detection, host antiviral sensors can also activate on condensed viral RNAs.

Design

Review

Key result

RNA condensation plays a dual role in viral infection, both enhancing viral replication and activating cellular antiviral sensors in innate immune sensing.

Authors

EBEbba K. BlomqvistJBJames M. Burke

Discussion

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Overview

RNA contribution to membraneless organelles may influence viral dynamics in host cells; leaves open targeted studies in cardiovascular infections.

Key Points

  • This review explores the dual roles of RNA condensation in enhancing viral replication and facilitating the activation of antiviral responses in host cells.
  • Reviewed literature on RNA condensation, membraneless organelles, and viral interactions
  • Analyzed the role of RNA in phase separation and immune modulation
  • Discussed host and viral strategies in regulating these processes
  • Condensed viral RNAs can activate several cellular antiviral sensors
  • RNA condensation facilitates rapid regulation of viral replication processes
  • Membraneless organelles enhance specificity in biomolecular interactions

PICO

P
Population
Viral infection and innate immune sensing
E
Exposure / Comparator
RNA condensation

This review highlights the dual role of RNA condensation in both promoting viral replication and triggering host innate immune antiviral sensors.

Cite This Study

Blomqvist et al. (2026) conducted a review in Viral infection and innate immune sensing. RNA condensation was evaluated. RNA condensation plays a dual role in viral infection, both enhancing viral replication and activating cellular antiviral sensors in innate immune sensing.

synapsesocial.com/papers/6a2e479db1cc60ccdea8c26fhttps://doi.org/10.1146/annurev-virology-100424-120014
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