“To understand complexity… we first need to understand simplicity”.

Simplicity: No living organism can exist without individual or combinations of the elements of; air (gases), heat, light and water.

Simplicity: Air (gases), heat, light and water in our atmosphere can be considered as – WEATHER

Complexity: Combinations of air, heat light and water are complex because of their range and the fact they are constantly changing.

Simplicity: Every living organism from the simplest mycoplasma to the complexity of homosapiens needs a mechanism to cope with the ever changing combinations of weather.

 

 

 

Complexity: The mechanism which balances the dualities of oxygen/CO2 (hyper/hypoxia), hot/cold (hypo/hyperthermia), light/dark, and wet/dry (hydrophilic/hydrophobic) is homeostasis. The light/dark cycle provides a good explanation of Circadian Rhythms but is more complex than current understanding. Our research shows Circadian Rhythms have a significant relationship with the NAXIS® Index.

Complexity: Homeostasis also balances the dualities of acidity/alkalinity, high/low pressure, positive/negative electrochemical/electromagnetic charges, high/low carbohydrates, salty/bland, sweet/sour, ease/disease, mutation/repair, agonist/antagonist, hypo/hypertension, reception/transmission, and many other opposing forces which stimulate an organism.

Simplicity: If equilibrium of homeostasis can be considered ease then imbalance of homeostasis can be thought of as disease.

Simplicity: We have identified a simple core chemical structure which bonds in two ways depending on the stimuli from air, heat, light and water. Bond-1, a strong bond, synthesises a specific neurohormone and another compound. The neurohormone and other compound are associated with genetic repair and regeneration. Bond-2 is weak and synthesises a neurotransmitter which is inversely proportional to the neurohormone in Bond-1. The neurotransmitter is associated with genetic mutation.

Complexity: We have identified 217 genes synthesised by Bond-1. These genes have significant association to the homeostasis mechanism. We have also found another 1,300 genes which may be associated with this mechanism. We suggest Bond-2 creates mutation to “normal genes”.

Analysis of 1st mutation gene arrays of 37 diseases shows all have similarity of [mutation – repair – mutation – repair – mutation – repair then REPEAT or END]   

As all of these genes have direct relationship to the stimuli of air, heat, light and water we named them Weathergenes.