Jan 16, 2024
Radically Transform Your Body
Your body is a vessel comprised of biochemical exchanges fueled by external inputs. Most of us spend our whole life navigating...
Read full post
0
Our journey and science begin in 1969 and continues to the present. For the last 25 years we have concentrated our R&D in break-through biocellular nutrition therapies that help repair, regenerate, and inhibit the aging and decaying of cells. Our core focus is to study, identify, and classify what nutrients contribute and sustain cellular life. More than twenty-five (25) years later, we have mastered the molecular composition of cells and how to ensure their optimal conservation - Cellular Negentropy.
Our empirical research and development is 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. This data is derived from our original experiments or observations with the goal of elucidating and classifying active and qualitative proficiency about the human genome, DNA, and what constitutes cellular nutrition.
The development, testing, and benchmarking of cellular therapies from nutraceutical, vitamins, and minerals ingredients our research has identified to be effective and scientifically proven to add value.
The dissemination of our research through collaborations, longitudinal, and cohort studies with other professionals, NGOs, and public health groups to help achieve our mission and elevate the human condition.
A powerful repository of cellular therapies containing cell-building-block blueprints. These cyphers show what bioactive compounds belong to what cell RNA-DNA configuration.
Within our empirical approach, there are two forms of data we collect; quantitative and qualitative. We use this data to produce knowledge using evidence extracted from observation and calibrated scientific instruments. Qualitative information is a verifiable when we extrapolate large quantitative data points and active clusters. When combined, we can effectively design therapeutic solutions to complex cell problems in short to long term programs.
Our studies indicate most health-related information and/or education in the public domain is generalized with little to no value. Within our longitudinal study spanning over four decades (40 years) we identified 70% of health-related issues may be prevented or controlled with more access to empirical data or active information (quantitative or qualitative) regarding genetic and hereditary precursors when combined with education and nutrition.
Based on these findings, CULMINATE H LABS (CH LABS) can implement effectual protocols that granulate active information into target algorithmic frameworks that are specific to a cohort or demographic while disseminating prescriptive solutions relative to health, wellness, and their nutritional requirements.
This has compiled a powerful repository of cellular therapies containing cell-building-block blueprints. These cyphers show what amino acids belong to what cell DNA configuration. Additionally, it pinpoints what nutrients (proteins & peptides) hold a specific amino-acid, its anti-aging value, and what is the most advantageous absorption system to unbind the nutrient into free amino acids for rapid bioavailability. Today CH LABS holds a library of over 500 cellular therapies ranging from infusions, emulsion topical applications (skincare & haircare), drinks, and encapsulated soft-gel dietary supplements.
500 cellular therapies ranging from infusions, emulsion topical applications (skincare & haircare), rehydration drinks, and encapsulated soft-gel dietary supplements.
Driven by science, our research platform and database granulate quantitative information into target genome mathematical schematics that stratify a specific cohort or demographic to disseminate and yield qualitative prescriptive solutions for cellular wellness and conservation.
After 25 years of identifying how to repair, regenerate, and or maintain a cellular organism we have become stewards of their optimal conservation. This entails coupling genome sequencing, big data, and nutrition into an effective protocol that promotes cell proliferation to achieve cellular optimization i.e. a very effective anti-aging system.
A comprehensive library of protocols, curriculums, and formulas that validate the effectiveness and success of our effective MULTIDIMENSIONAL HEALTH SUPPORT SYSTEM.
We design and formulate CELLULAR NUTRITION from cellular genetic specifications (i.e. what free-aminos acids are needed for a specific cellular structure) comprised of high-quality nutrients and their optimal absorption.
At the nucleus of our methodology, we carefully match and formulate cell proteins with their amino acids to a cell's specific genetic marker and metabolic absorption requirements.
Our vast acumen of use cases and applications cover five main verticals: 1. Cellular Therapies 2. Nutraceuticals 3. Vitamins, Minerals, Supplements (VMC) 4. Rehydration Drinks 5. Skincare & Haircare.
We envision ourselves as a key contributor and facilitator toward a more sustainable future. One with zero environmental impacts, zero impoverishment, and zero disease. A future where optimal cellular conservation extends life and becomes everyone's legacy.
As an innovator and responsible industry leader, we strive to share knowledge via qualitative information systems to build intrinsic value and ensure the long-term evolution of the human species. Our institutional fortitude endeavors on building long-lasting collaborative relationships with relevant academic bodies, associations, and human initiatives. The unified goal is to heighten our industry's best practices, state of technological innovation, and elevate health standards by conducting broader in-depth research, case studies, and benchmarking. Ultimately, we see to elevate the human condition.
I. Quantum Mechanics, Biological Thermodynamics, & Cellular Negentropy
1935: In 1935, the first scientific work devoted to the thermodynamics of biological systems was published - the book of the Hungarian-Russian theoretical biologist Erwin S. Bauer (1890-1938) "Theoretical Biology". E. Bauer formulated the "Universal Law of Biology" in the following edition: "All and only living systems are never in equilibrium and perform constant work at the expense of their free energy against the equilibrium required by the laws of physics and chemistry under existing external conditions". This law can be considered the 1st law of thermodynamics of biological systems.
1944: The 1944 book What is Life? by Nobel-laureate physicist Erwin Schrödinger stimulated further research in the field. In his book, Schrödinger originally stated that life feeds on negative entropy, or negentropy as it is sometimes called, but in a later edition corrected himself in response to complaints and stated that the true source is free energy. More recent work has restricted the discussion to Gibbs free energy because biological processes on Earth normally occur at a constant temperature and pressure, such as in the atmosphere or at the bottom of the ocean, but not across both over short periods of time for individual organisms. The quantitative application of entropy balances and Gibbs energy considerations to individual cells is one of the underlying principles of growth and metabolism.
1957: In 1957, German-British physician and biochemist Hans Krebs and British-American biochemist Hans Kornberg in the book "Energy Transformations in Living Matter" first described the thermodynamics of biochemical reactions. In their works, H. Krebs and Hans Kornberg showed how in living cells, as a result of biochemical reactions, adenosine triphosphate (ATP) is synthesized from food, which is the main source of energy of living organisms (the Krebs–Kornberg cycle).
2006: In 2006, the Israeli-Russian scientist Boris Dobroborsky published the book "Thermodynamics of Biological Systems",[3] in which the general principles of functioning of living organisms from the perspective of non-equilibrium thermodynamics were formulated for the first time and the nature and properties of their basic physiological functions were explained.
II. Orthomolecular Medicine, Regenerative Medicine, & Cell Therapy
1960: Niehans, P. Introduction to Cellular Therapy (1960), Dr. Paul Niehans publishes the results of his research into Cellular Therapy, breaking new ground in health science with fresh cell therapy as an alternative medicine where animal cells, dried or fresh, are injected into the muscles of humans. Dr. Niehans promoted it as a cure for many diseases and ailments, such as cancer, homosexuality, anemia, diabetes, heart issues, impotence, and sexual disfunction.
1960: American chemist Linus Pauling coined the term "orthomolecular" in the 1960s to mean "the right molecules in the right amounts”. Proponents of orthomolecular medicine hold that treatment must be based on each patient's individual biochemistry. Orthomolecular medicine is a form of alternative medicine that claims to maintain human health through nutritional supplementation. It is rejected by evidence-based medicine. The concept builds on the idea of an optimal nutritional environment in the body and suggests that diseases reflect deficiencies in this environment. Treatment for disease, according to this view, involves attempts to correct "imbalances or deficiencies based on individual biochemistry" by use of substances such as vitamins, minerals, amino acids, trace elements and fatty acids.
1969 - 2000: “An Innovation In The History Of Cosmetology & Cosmiatry Of the World, Dr. Santiago Caleque, was encompassed by the comprehensive research and development to identify what sustains a cell, its building blocks, and how they are delivered to ensure cell revitalization and longevity. Multifaceted collaboration focused on the study of biological and cellular therapies to share and facilitate empirical data with hundreds of doctors on the science of Biological Revitalization and Cellular Therapy.
The collaboration included experts across functional medicine, endocrinology, neurology, exercise science, molecular biology, and nutritional biochemistry to help shape the system we know coin “Cellular Optimization”. Our independent research and development through a repository of Dr. Caleque’s research experiments, use-cases, and applications laid the foundation for shaping our present-day methodology and cellular therapies.
This collaboration extended its frameworks into clinical practice, medical training, and a symposium via the National Congress of Cotyledon and Placental Mesenchymal Tissue for dermal and hair revitalization. This included the design, formulation, and benchmarking of cellular therapies to aid in organ diseases and obesity.
III. Human Genome Project
1984-2003: The Human Genome Project (HGP) was an international scientific research project with the goal of determining the sequence of chemical base pairs which make up human DNA, and of identifying and mapping all the genes of the human genome from both a physical and functional standpoint. It remains the world's largest collaborative biological project. The project was proposed and funded by the US government; planning started in 1984, got underway in 1990, and was declared complete in 2003.
Our robust library of protocols, formulas, and R&D infrastructure enables a broad range of applications general or bespoke to genetic centric requirements.
98% Product Effectiveness
99% Quality Ingredient & Product
99% Hypoallergenic
95% Customer Centered Formulas
100% Science Based Nutrition
25+ Years; Stewards Of Cellular Optimization & Cellular Negentropy
500+; Algorithms, Protocols, & Formulas
25+; Application Product Lines
1000+; Case Studies
5; Cohorts
Jan 16, 2024
Your body is a vessel comprised of biochemical exchanges fueled by external inputs. Most of us spend our whole life navigating...
Read full post
Jan 16, 2024
In Ancient Greece, the philosopher Socrates famously declared that the unexamined life was not worth living. When asked to sum...
Read full post
Jan 16, 2024
Even a stop clock tells the right time twice a day. Your aging is directly attributed to your cells’ ability to effectively...
Read full post
