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November 4, 2025Open Access

Mitochondrial Dysfunction Rewires Macrophage Metabolism, Driving Pro-inflammatory Priming and Immune System Remodeling

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Data shows mitochondrial dysfunction alters macrophage polarization, enhancing pro-inflammatory traits while limiting M2 functions.

Mitochondrial dysfunction primes macrophages toward a glycolytic, pro-inflammatory phenotype.
Key finding: OPA1 deficiency led to decreased OXPHOS and increased IL-6 secretion.
Using macrophage-specific OPA1 knockout mice, researchers observed effects on immune homeostasis.
These findings highlight mitochondrial integrity's role in regulating macrophage immune response.

Markov et al. (2025) studied this question.

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November 4, 2025Open Access

View Full Paper

Ask AI

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Authors

Data shows mitochondrial dysfunction alters macrophage polarization, enhancing pro-inflammatory traits while limiting M2 functions.

Mitochondrial dysfunction primes macrophages toward a glycolytic, pro-inflammatory phenotype.
Key finding: OPA1 deficiency led to decreased OXPHOS and increased IL-6 secretion.
Using macrophage-specific OPA1 knockout mice, researchers observed effects on immune homeostasis.
These findings highlight mitochondrial integrity's role in regulating macrophage immune response.

Markov et al. (2025) studied this question.

View Full Paper

Ask AI

Bookmark