This white paper advances a unified, coherence-centered model of human physiology that reinterprets the immune, neuroendocrine–vascular (NEV), and connective systems not as defensive mechanisms but as dynamically integrated coherence networks. Drawing on current research in systems biology, fascia science, mitochondriology, redox biology, circadian regulation, and the microbiome, the paper traces the evolutionary and functional logic of these systems as teleodynamic architectures that support systemic integration, adaptive resilience, and symbolic continuity across time.
Through the lens of recursive developmental grammar — TATi (Tend–Align–Transcend–Integrate) — the paper maps a holofractal physiology of stress, healing, and chronic illness. It identifies twelve coherence subsystems whose dysfunction contributes to fragmentation and degeneration and proposes a paradigm shift from control and elimination toward relational re-attunement and symbolic reintegration. By articulating both diagnostic implications and regenerative therapeutic pathways, the paper offers clinicians, researchers, and systems architects a model for evolving medicine beyond fragmentation toward planetary coherence.
