Genetics

Human/Mitochondrial code
It is becoming more widely recognised the importance of mitochondria within humans. Current understanding suggests that all mtDNA is inherited. SOL is the core structure of all mitochondria from which all other attributes are synthesised including nucleic acids.

Weather Genes
If we consider homeostasis is critical for life to survive by balancing the need for essential nutrients and water against the input stimuli of air, heat, light and water. We suggest homeostasis is based on a positive/negative feedback mechanism by inversely proportional weather genes synthesised by the dual bonding of a core structure.

Positive and negative input stimuli from the weather elements, changes the bonding structure of the core chemical structure (SOL). Bonding one way produces positive weather genes and bonding the other way produces negative weather genes. So far we have identified 22 core weather genes, 295 positive genes, 381 negative genes, 202 neutral genes and 800 being analysed to find their attributes.     

Core weather genes are found in all living organisms and are vital in basic metabolism and life functions. Positive weather genes are associated with repair, regeneration (immunity) and replication/reproduction. Negative weather genes are associated with mutation and disease caused by stresses from the external stimuli of air, heat, light and water.

We have identified weather genes in pharmaceutical drugs used for the treatment of Alzheimer ’s disease, Parkinson’s disease, Huntington disease, malaria, HIV/Aids, cancers, obesity, antianginals, antidepressants, antipsychotics (typical and atypical) and urological drugs. Understanding the positive and negative attributes of weather genes has potential for greater efficacy of many drugs. Understanding Circadian Rhythms has potential for better delivery methods for these drugs.

Colostrum: Immunity
As mammals, humans gain initial immunity from the first milk produced by lactating females. When investigating the 16 components of colostrum we discovered associations with 5 core weather genes and 19 positive, 11 negative and 36 neutral weather genes.

From a human perspective every chromosome has associated weather genes; three chromosomes appear to be more significant than the others.

24.5% of discovered genes on chromosome 11 are weather genes

15.7% of discovered genes on chromosome 4 are weather genes

13.3% of discovered genes on chromosome 5 are weather genes

ASMT a core weather gene is found on chromosome X at position Xp22.3 and Y at position Yp11.3