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Macrophage activation via interleukin signaling refers to the process by which macrophages are functionally polarized and activated in response to various interleukins. This activation can result in different functional phenotypes, most notably the pro-inflammatory "classically activated" (M1) and anti-inflammatory "alternatively activated" (M2) states. Key interleukins involved include IL-4, IL-13 (driving M2 polarization), IL-10 (anti-inflammatory), and IL-6 (context-dependent). Dysregulated macrophage activation is implicated in chronic inflammatory diseases.
Modulation of macrophage polarization (M1 vs. M2) via interleukin signaling pathways.
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