The Key to Healthy Living
Epigenetics is the science that shows that we do not need to be victims of our genetic inheritance. The Human Genome project, was expected to confirm the existence of over 100,000 individual genes.
However, it was discovered that only 23,000 genes make up the human genome, barely more than the common fruit fly and far less than those found in a grain of rice.
This raised the question of what else could be controlling gene expression?
The answer is Epigenetics, which is the interaction between environmental signals and the process of adaptation that living systems use to thrive. Back in 1700’s Jean-Baptiste Lamarck proposed that life forms could acquire ‘information’ from their environment and incorporate it into their epigenome.
Quantum Physics was incorporated into the field of molecular biology by Erwin Schrödinger to set the basis for what we now know as epigenetics.
Today, we know that gene expression that is not mediated by coding DNA, representing only 2% of the genomic expression. It is rather influenced by informational signals received from the environment by non-coding DNA, which represent the remaining 98% of what is referred to as junk DNA.
Harmful signals emanating from the environment cause disharmony, so the human body responds accordingly changing the phenotype without altering the genotype. This change is reflected in our physiology.
These signals include information from the air we breathe, the food we eat, the impact of the electromagnetic environment and even the 50,000+ thoughts we have per day.
Epigenetic Mapping
Epigenetic Mapping technology provides a unique interface for the collection and assessment of bio-information from cell samples (hair root) and the characterization of personal data derived into a report.
Bio-information is carried in the weak electromagnetic field emissions from cells, tissues and organisms. The information is carried in a similar manner to the way a radio wave might carry music or an MRI scan carries an image.
Bio-information is notoriously difficult to assess as it is often not discernible from the background noise of the electronics designed to monitor it. However, specifically propagated waves have the ability to interface this information using our advanced bio-feedback and proprietary computational pathways. The data is handled in an isolated relational database environment, allowing the recursion and convergence processes to operate.
We have CE (Europe), ETL/UL (US/Canada) and CQC (China) conformity certification for safety assessment and ISO EN 13485:2012 + AC:2012 manufactured bio-feedback systems reaching class IIa certification.
