Scientific and Technical Report: Immanent Therapy® System and Molecularly Structured Protein Matrix (MSPM) Technology

Scientific and Technical Report: Immanent Therapy® System and Molecularly Structured Protein Matrix (MSPM) Technology

Volodymyr Naumenko
Founder & CEO, Patented MT Company
Academician of the Ukrainian Technological Academy

Research Report

A comprehensive scientific and technical report describing the conceptual foundations, technological architecture, and experimental observations behind the OMARIDIN™ / Immanent Therapy® platform.

The publication explores interdisciplinary research related to:

• cellular regeneration and metabolic homeostasis
• neuro-acoustic signalling and autonomic regulation
• mitochondrial function and adaptive physiology
• mechanisms associated with healthy ageing and systemic resilience

The report also presents long-term biological observations, theoretical mechanisms of action, and the integration of Molecularly Structured Protein Matrix (MSPM) with Neuro-Acoustic Signalling Protocols (NASP).

The project materials have been deposited in the Zenodo (CERN) open-access repository and are additionally referenced within the TRISH (NASA Space Health) innovation ecosystem.

1 thought on “Scientific and Technical Report: Immanent Therapy® System and Molecularly Structured Protein Matrix (MSPM) Technology”

  1. Volodymyr Naumenko

    Author’s Commentary

    This report is the culmination of thirteen years of research dedicated to finding a systemic response to the complexities of biological ageing. We have moved beyond the creation of a singular product to engineer a comprehensive technological architecture, where the biochemical precision of the MSPM protein matrix is integrated with the underlying physics of NASP neuro-acoustic signalling.

    The profound impact of this approach is evidenced by our empirical data: in controlled studies, geriatric biological models aged 175 weeks—an age typically associated with complete reproductive decline—demonstrated physiological restoration and performance levels exceeding those of younger cohorts. To ensure scientific rigour and transparency, we have deposited our findings within the Zenodo repository and submitted the project for evaluation within the TRISH (NASA Space Health) innovation ecosystem.

    This publication serves as a formal invitation to the scientific community to explore these non-linear phenomena. We present not a mere hypothesis, but a time-tested technological foundation, ready for independent verification by the world’s leading research institutions.

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