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March 22, 2026Current Medicinal Chemistry0 citations

IRF1-TNS3 Axis in Renal Injury: Extending Insights from IRF1/IRF2 Antiviral Regulation to Kidney Stress Responses

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CHChun‐Yao HuangCWChen-Yueh WenYHY C Hsu

Key Points

  • This research aims to explore the distinct roles of IRF1 and IRF2 in gene regulation and their implications for kidney health.
  • Investigated the interactions between IRF1 and TNS3 in renal tissues.
  • Examined the role of chromatin remodeling in gene regulation during antiviral responses.
  • Analyzed the pathways involving IRF1-TLR3 and IRF1-TNS3.
  • Found that IRF1 directly targets TNS3, influencing renal stress and fibrosis.
  • Identified mechanistic parallels between the IRF1-TLR3 and IRF1-TNS3 pathways.
  • Proposed novel therapeutic approaches targeting IRF1 modulation of TNS3 for kidney injury.

Abstract

Abstract: Recent findings emphasize that IRF1 and IRF2 play distinct roles in gene regulation, particularly through chromatin remodeling during antiviral responses. Our current data extend this by revealing that IRF1 directly targets TNS3, a key regulator of renal stress, fibrosis, and the aging process. We identify a mechanistic parallel between the IRF1-TLR3 and IRF1-TNS3 pathways, proposing that targeting the IRF1-mediated modulation of TNS3 could offer a fresh therapeutic approach for kidney injury.

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Cite This Study

Huang et al. (2026) studied this question.

synapsesocial.com/papers/69bf393dc7b3c90b18b438a9https://doi.org/10.2174/0109298673430803260204060920
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