Why the study?
Understanding how the innate immune system senses viral nucleic acids is essential to understand pathogenesis, control infection, and guide the development of new vaccine strategies and adjuvants.
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Design
Review
Hypothesis-generating for nucleic acid adjuvants in vaccines; clinical translation requires prospective validation.
Viruses pose a significant threat to humans by causing numerous infectious and potentially fatal diseases. Understanding how the host's innate immune system recognizes viruses is essential to understanding pathogenesis and ways to control viral infection. Innate immunity also plays a critical role in shaping adaptive immune responses induced by vaccines. Recently developed adjuvants often include nucleic acids that stimulate pattern recognition receptors which are essential components of innate immunity necessary for activating antigen-presentation cells and thereby bridging innate and adaptive immunity. Therefore, understanding viral nucleic acid sensing by cytosolic sensors is essential, as it provides the potential means for developing new vaccine strategies, including effective adjuvants.
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Enya et al. (2025) studied this question.
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