Human Metabolism as an Adaptive Cybernetic System: Theoretical Framework and Design Principles of the MSPM-NASP Platform

How does a biological system maintain adaptive resilience throughout its entire life cycle under the pressure of allostatic load, environmental stressors, and time? This comprehensive technical report serves as the official architectural passport and unified conceptual framework documenting over 13 years of foundational research and technological development by Volodymyr Naumenko. It synthesizes a series of 13 interconnected scientific works into a monolithic, protected, and logically completed bio-cybernetic doctrine under the global brand of the Immanent Therapy® System. At the core of this framework is the convergent mechanism of metabolic control driven by two simultaneous operational vectors of influence: The Biochemical / Structural Vector (MSPM): The deployment of a molecularly structured, filamentous protein matrix of Saccharomyces origin. By permanent stabilization in an open-chain configuration, this matrix completely bypasses the energy-intensive cascade of mechanical and enzymatic denaturation, achieving a zero-ATP-waste model for instant cellular repair and tissue regeneration. The Neurophysiological / Informational Vector (NASP): Specialized neuroacoustic protocols targeting brain structures via afferent auditory pathways to optimize autonomic regulation, eliminate neurogenic arteriolar spasms, and quench systemic thermodynamic chaos (entropy). Rather than evaluating these vectors in isolation, this document details their synergistic resonance—how neuromodulation corrects the system's "software" while the structural protein matrix supplies the ideal "hardware" and plastic substrates for cellular membranes. From mapping the autonomic reflex arcs of the myocardium to restoring highly specialized pelvic organ architectures (prostatic and uterine matrices), the platform establishes a clear methodology for slowing down functional degradation and maintaining organic homeostatic stability. Bridging the boundaries between systemic biology, advanced biocybernetics, and practical longevity, this theoretical framework transcends traditional reactive medicine. It positions the MSPM–NASP platform as a cutting-edge technology for the "managed autonomy" of living systems, offering a profound methodological bridge to space medicine, geroscience, and the future of human adaptive resilience against accelerated structural aging. For the latest research breakthroughs, technological implementations, and official company announcements regarding this platform, please visit the corporate updates section: https://pmtstructure.com/updates/