Water is the most abundant, yet possibly the most overlooked, substance in the body. The body's fluid status is a truly delicate balance, so much so that experts rank water second only to oxygen as essential for life. Water plays a vital role in all bodily processes by providing a universal medium for chemical reactions, lubrication, nutrient delivery, waste disposal, heat dispersion and temperature regulation. In order to consider what fluids to drink, when to drink and how much to drink, it is first necessary to consider the basis of fluid regulation. Water represents about 45-60% of an adult's total body weight. The variation is explained by the difference in body tissue proportions between individuals, with muscle comprising 80% water compared to fat which is only 20% water. At birth we are up to 80% water by the time we are a mid thirties adult many of us are as low as 50-60% and on the decrease. ( Drink more water ! )  

The lower a persons percentage of body fat the higher their percentage of body water is (this is the key premise used for bioelectrical impedance analysis). Women will therefore tend to have a lower percentage of body water compared to their male counterparts. It is imperative for proper cellular communication to occur and for the full spectrum energetic being of the body to function at capacity for absolute proper hydration. This can be easier said than done in the current environments many of us live in. For example, Someone may drink a litre to two of water a day but may still be having issues with cellular communications due to things such as embedded heavy metals and lack of minerals in the cellular body and consequently a defecit of resonating voltage in the cells.

The chemical and mineral composition of our blood and saline fluids has an amazing similarity to seawater. As an embryo in our mother's womb we are encased in a sack, filled with this saline fluid. Seawater contains 84 mineral elements; these same 84 mineral elements are found in our bodies. Now let us explain what can happen when we ignore these valuable minerals. Modern science has determined that 24 of these elements are essential for life, although PODR we believe that a proper balance of all 84 essential and trace minerals in our bodies are necessary for good health along with optimum hydration, nutritious food and appropriate levels of conductance at the cellular level. When these elements can be efficiently restored in the body the most amazing things are possible. The body is one very resilient and restorative entity when offered naturally favorable and loving conditions.

Whenever a dietary deficiency of any of these elements occurs, the cells in our bodies lose IONS, A loss of IONS in our cells cause imbalance, a breakdown of the cell regeneration and growth process, and loss of the cells themselves, which leads to nervous disorders, brain damage, muscle damage or illness. It is vital to your health to have the proper mineral balance in the saline and Ion composition of your blood and these compositions must be maintained within very precise limits. Many illnesses and poor health conditions have been traced to a deficiency of minerals.

1. DETOXIFICATION- The body will reject all foreign particles that are not in tune and required by our body.

2. SCAR TISSUE REPAIR- Damaged muscle and tissue, even damaged organs are able to repair much faster when ionic water and oscillation is returned to the inner body.

3. CELL FOOD- When Hydration, conductance, resonance and capacitance are returned to cells, vibration and ionic levels are ultimately able to be increased. These cells will have a naturally higher uptake of oxygen, nutrition, minerals, trace elements and hydration. The human blood structure has a ph level of 7.35 - 7.43. This makes us alkaline beings; remember that all dietary substances when digested are turned into acid. As acid levels are increased in the human body this will also contribute to cell degeneration. But how does dehydration affect the body and how does the body recognize it has a problem with fluid loss? Blood plasma is 92% water, and therefore, dehydration reduces the volume of blood in the body which makes the cardio-respiratory system work harder to pump the blood around the body and deliver sufficient oxygen to the working muscles. When cells are dehydrated they cannot carry out the internal network of communications for basic biological Wellbeing.