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The modern biomedical model, grounded in defense metaphors and linear causality, has reached its limits in addressing the complexity of chronic illness, systemic inflammation, and stress-related degeneration. From Defense to Coherence presents a regenerative framework that reframes key physiological systems — including fascia, immune function, the neuroendocrine–vascular (NEV) axis, and their symbolic regulators — as adaptive coherence systems embedded in a holofractal architecture of life.
The paper introduces a six-layer coherence analysis that spans metabolic, structural, informational, temporal, symbolic, and teleodynamic dimensions. This framework is applied to twelve major physiological coherence systems, including the mitochondrial redox matrix, microbiota–brain–gut axis, glymphatic system, autophagy-lysosome complex, and circadian timekeeping systems. Each is explored as a fractal instantiation of the same core logic: life’s capacity to recursively sense, align, transcend, and reintegrate in service of sustained coherence.
Key contributions include:
- A unified reframing of the fascia–immune–NEV triune matrix as the central regulatory interface of physiological coherence.
- A holofractal systems map integrating twelve adaptive coherence subsystems.
- A regenerative diagnostic framework grounded in TATi grammar and symbolic recursion.
- Practical implications for treatment, narrative healing, and system-wide coherence restoration.
- Appendices offering clinical tools, case snapshots, glossaries, visual rotors, and annotated bibliographies to support translational application.
This work is both a philosophical intervention and a practical synthesis — a call to evolve medicine from mechanistic reductionism to a coherence-based art and science of healing.