Systematic review highlights hypoxia-inducible factor roles in immunomodulation and signaling pathways, suggesting novel therapeutic implications.
As a crucial nuclear transcription factor, hypoxia-inducible factor (HIF) serves essential functions in mediating cellular responses to hypoxic stress. Through oxygen-sensing mechanisms, HIF initiates downstream signaling cascades that coordinate metabolic reprogramming, immune modulation, and oncogenic progression in oxygen-deficient microenvironments. Current evidence positions HIF at the convergence of various pathologies, including microbial pathogenesis, carcinogenesis, and inflammatory disorders. This systematic review summarizes recent advances in HIF-mediated immunomodulation and virological mechanisms. The analysis emphasizes the fundamental importance of investigating HIF-related molecular pathways to address significant gaps in basic research.
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JIA et al. (2025) studied this question.
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