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Our empirical research and development are divided into three (3) areas: Empirical research based on data gathering and systematic collection of material and/or analysis as the way to acquire knowledge.
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An exclusive holistic process that identifies, designs, and implements a product and delivery system based on the need of each specific cell, the collective of cells and how it makes the body and mind WHOLE.
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We design and formulate CELLULAR NUTRITION to influence DNA-controlled aging and disease from cellular genetic specifications comprised of high-quality nutrients and their optimal absorption.
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The operation of a sustainable Health + Wellness Network comprised of health centers facilitating CELLULAR OPTIMIZATION and other systems via physician seminars, licensing programs and access to exclusive products and or protocols.
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The manufacturing of products and protocols to service our commercial operating companies that manage commercial contracts, licensing and brand positions of our services and products globally.
Read MoreDriven by science, our research platform and database elucidates quantitative information into target genome mathematical schematics that stratify a specific cohort or demographic in order to disseminate and yield qualitative prescriptive solutions for cellular wellness and conservation.
After a quarter-century of groundbreaking research into cellular repair, regeneration, and maintenance, we have emerged as pioneers in the field of optimal cellular conservation. Our innovative approach integrates cutting-edge technologies and scientific advancements to create a powerful anti-aging system.
A robust compilation of evidence-based methodologies, educational frameworks, and quantitative models that substantiate the efficacy and positive outcomes of our innovative Precision Health Ecosystem.
By decoding the genetic blueprint of individual organisms, we gain crucial insights into their unique cellular makeup and potential vulnerabilities.
Advanced algorithms process vast amounts of genetic and physiological data, identifying patterns and opportunities for targeted interventions.
Tailored nutritional strategies are developed to support cellular function and promote optimal health at the molecular level.This includes a wellness companion, dietary supplements, oral hydration, and skincare.
Our vision is to be a pivotal force in creating a sustainable future characterized by:
1. Zero environmental impact
2. Eradication of poverty
3. Elimination of disease
4. Universal access to life-extending cellular conservation technologies
We aim to facilitate and contribute to this transformative future where optimal cellular conservation extends life, making it a lasting legacy for all of humanity.
We innovate responsibly, sharing knowledge to create value and advance humanity. We collaborate with academic and industry partners to improve best practices, drive technological innovation, and enhance health standards through research and benchmarking. Our ultimate goal is to elevate the human condition.
I. Quantum Mechanics, Biological Thermodynamics, & Cellular Negentropy
1935: Erwin S. Bauer published "Theoretical Biology," the first scientific work on biological systems' thermodynamics. He formulated the "Universal Law of Biology," stating that living systems are never in equilibrium and constantly work against equilibrium using their free energy.
1944: Erwin Schrödinger's "What is Life?" stimulated further research, introducing the concept of life feeding on free energy rather than negative entropy.
1957: Hans Krebs and Hans Kornberg described the thermodynamics of biochemical reactions in "Energy Transformations in Living Matter," explaining ATP synthesis in living cells.
2006: Boris Dobroborsky's "Thermodynamics of Biological Systems" formulated general principles of living organisms from a non-equilibrium thermodynamics perspective.
II. Orthomolecular Medicine, Regenerative Medicine, & Cell Therapy
1960: Paul Niehans published results on Cellular Therapy, introducing fresh cell therapy as an alternative medicine.Linus Pauling coined the term "orthomolecular," promoting individualized biochemical treatment through nutritional supplementation.
1969-2000: Dr. Santiago Caleque led comprehensive research on cell revitalization and longevity, collaborating with experts to develop "Cellular Optimization" methodologies.
III. Human Genome Project
1984-2003: The Human Genome Project, the world's largest collaborative biological project, aimed to sequence and map all human genes. Proposed and funded by the US government, it was declared complete in 2003.
Our research advances the frontiers of cellular biology, unveiling potential pathways to enhance health and extend lifespan through cutting-edge nutritional science. This work culminates in the development of Human Cellular Negentropy, utilizing both Intrinsic and Extrinsic Binary Protocols to elevate the human condition.
KEY ASPECTS OF OUR RESEARCH
Cellular Biology Breakthroughs: Our studies delve deep into the intricate mechanisms of cellular function, uncovering new insights that challenge existing paradigms in the field.
Nutritional Science Innovation: We leverage advanced nutritional science to develop targeted interventions that optimize cellular health and function.
Human Cellular Negentropy: This concept forms the cornerstone of our work, focusing on maintaining and improving cellular order and efficiency.
Binary Protocols: Our approach incorporates both intrinsic (internal) and extrinsic (external) protocols, creating a comprehensive strategy for cellular optimization.
Impact on Human Health: The ultimate goal of our research is to significantly improve human health and longevity. By addressing cellular health at its most fundamental level, we aim to mitigate age-related decline and enhance overall quality of life. Our work represents a paradigm shift in how we approach human health, moving beyond symptom management to address the root causes of cellular dysfunction and aging.
1998: Miami, FL; Sensory effects of the quantum field through cascading wave functions; sound beds.
2000: Miami, FL; Cellular negentropy via information energy conversion using binaural frequency generators and transducers.
2003: Hong Kong; Time reversal via the redistribution of the quantum field in cellular negentropic states.
2005: Miami, FL; The quantitative applications and triggers for entropic balances and Gibbs energy for individual cells.
2008: Miami, FL; Cellular mitosis and homeostasis as the process of cellular negentropy represented by DNA-RNA codons.
2008: Miami, FL; Cellular negentropy translated into genetic code and bioactive nutrients.
2010:Miami, FL; Application and use-case of binary code, the unit of life represented as a particle and/or light wave.
2010: MIami, FL; Cellular metabolism represented a wave function - DNA KEY wave function.
2012-Present: Inception of library on cellular composition precursor to protocols and constitution of protocols i.e. formulas.
2015-Present: Global licensing of protocols and formulas as nutrient additive and anti-aging cocktail.
2018: Miami, FL; Feasibility and market study: All Americans suffer from malnutrition.
2019: Miami, FL; R&D hypothesis I & II: tech and commercial (fill deficiency gap) scalability of cellular nutrition direct to consumer.
2020: Present dataset modeling and mathematical computation of our existing library via an algorithm (DNA KEY).
2021-On Going: Palm Beach, FL; integration of our physicals labs into a digital laboratory and library with machine learning.
2022: Palm Beach, FL; POC; R&D, formulation, testing, and benchmarking of our cellular therapies into consumer products.
2023: Palm Beach, FL; Proof Of Concept Validation: I. sold to doctors, doctors sold to patients II. sold direct to consumer.
2024-On Going: Miami, FL; Integration of existing baselines with biosensor. hybridization to yield prescriptive insight in real-time.
2024-On Going: Miami, FL; Design of smart biosensor and biofeedback platform guided by a customer centered wellness companion.
2024-On Going: Palm Beach Florida; transfer and integration of our Digital Laboratory into a Extended Reality (XR) Ai environment.
