This conceptual preprint proposes an OUXSPACE repair–defense framework for understanding immunity, inflammation, wound healing, fibrosis and regeneration-like repair as coupled living regimes rather than isolated processes. The paper approaches immunity not only as defense against danger, but as a coordinated regime that recognizes tissue damage, opens alarm, supports inflammatory cleaning, enables macrophage switching, guides fibroblast–matrix building, requires stop/resolution signaling and aims toward functional local–systemic reintegration. The framework integrates established biology from wound healing, inflammatory resolution, macrophage plasticity, fibroblast activity, extracellular matrix remodeling, mechanotransduction, systemic context and repair measurement into a single operational map centered on timing, switch, address, stop and functional return. Chronic inflammation is interpreted as unfinished alarm; fibrosis as unfinished building; and regeneration-like repair as higher-fidelity repair that remains dependent on address, boundary, stop and integration. This is a conceptual and research-oriented preprint, not medical advice, not a clinical protocol and not a regenerative therapy. Severe wounds, infections, burns, diabetic ulcers, vascular wounds, autoimmune disease, cancer and non-healing tissue conditions require qualified medical evaluation and appropriate care. The purpose of the work is to offer an integrative language and a set of testable questions for future research on repair trajectories, inflammatory resolution, fibrosis risk and functional return.
Balevsky et al. (Sat,) studied this question.