Sea Relief™
Benefits of Sea Relief
- increases the flexibility and suppleness of soft tissues by stimulating the removal of calcium from the undesired areas of the body
- strengthens the calcium in the bones, decreases calcium in the soft tissues by improving the calcium distribution in the body
- facilitates the healthy complexity of the cellular metabolism because of the high concentration of magnesium bicarbonates inside the cells
- improves the energy efficiency of the cellular system so less energy is required to complete cellular functions
- improves cellular hydration by supplying necessary hexagonal water clusters to the physiology
Recommended Usage
First observe the directions on the bottle seal. The bottle is pressurized and should be refrigerated before opening it. For each use, open the bottle without shaking, pour out the required amount, reseal the bottle and return it to the refrigerator immediately.
For Best Results: Combine Sea Relief with Volixer Water Concentrate. Remove 2 oz. of water from a gallon of distilled water. Then, add 1 oz. of Sea Relief and 1 oz. of Volixer Water Concentrate. Refrigerate the gallon for 4 hours to structure the water. Afterwards, the gallon can be brought back to room temperature, if desired.
For Immediate Consumption: Mix with any drinkable liquid. Add 1 tsp of Sea Relief to about 8 ounces of drinkable liquid.
What to Expect From Your Sea Relief Program
The principal intention of the Sea Relief program is to act synergistically with Sea Relief Lotion™ to systematically remove accumulated calcium, from the flexible tissues of the body, and restore the intracellular pH to its optimum energy production value. Whereas Sea Relief Lotion acts quickly on joints, which are close to the skin, Sea Relief will act quickly on the deep organs in the body, far from skin.
For some users, the benefits of this will take several months to show up. These will show up in the form of greater flexibility and suppleness of the muscles, joints and other soft tissues. In some cases, where the joints have accumulated a great deal of misplaced calcium, it may take as much as a year to begin to feel observable differences. However, the joint pains associated with such conditions may begin to ease long before that. Here it makes sense to note that once the unneeded calcium starts being expelled from the flexible tissue, it becomes most important to provide the body with optimum hydration, to speed the disposal of this excess calcium. So, we highly recommend drinking at least 4 glasses per day or more of Volixer™ water to stimulate the removal of these detox byproducts, via the kidneys.
Further, once flexible tissue cells have expelled their excess calcium; there remains the task of rebuilding these tissues using an improved calcium-magnesium balance. Here again, the EssenceSEA product line offers supplements that will facilitate such rebuilding and reduce the recurrence of old conditions.
Motivation for Sea Relief
Sea Relief is a unique and innovative product recently added to the EssenceSea product line. It is important to understand the uniqueness of this product, so as to distinguish it from other products that might make similar claims. There exist products that offer mixtures of dry sodium bicarbonate and magnesium chloride. Such products rely on the physiology being able to perform a chemical reaction on these 2 components, to form magnesium bicarbonate. Such reactions are very slow and very little magnesium bicarbonate is produced. By contrast, Sea Relief contains fully formed magnesium bicarbonate chemical compound, therefore providing much greater potency.
Tissue Flexibility and the Calcium Channel
The following describes the critical role of calcium in our physiology. In particular, one of the functions of the skeleton, which is made mostly of calcium, is to serve as the attachment point for the muscles. Throughout our lives, the maintenance of the skeleton requires that there be an appropriate amount of calcium in the diet.
The cells of our body originate in the mineral-rich ocean environment. It has been historical seen that the further cultures are removed from coastal climates, there is a greater increase of magnesium deficiency and subsequent decline of health. When the diet is rich in ocean minerals, such as occurs in coastal communities, the 80+ ocean minerals included in such diets will serve to supply the calcium and all other minerals necessary to maintain the integrity of the skeleton and the whole physiology.
The importance of this calcium management function of the physiology is underlined by the fact that all cells in the body have a selective “channel”. This channel allows calcium, magnesium and a few other ocean minerals to preferentially enter and leave the cell, to fulfill important physiological functions. This is referred to as the calcium channel.
When civilization moved away from its coastal origins, the importance of calcium in the diet was recognized, leading to dairy products becoming the main suppliers of dietary calcium in our world. However, land animals, and often the land plants that support them (and us), have evolved away from the mineral composition of the ocean. In consequence, most of our sources of dietary calcium are now lacking the mineral profile of the ocean. In the ocean, sodium is the most abundant mineral, with magnesium, not calcium, coming in second. In actuality, there is 3 times more magnesium than calcium represented in the ocean.
In the absence of the ocean mineral profile in our diet, the practice of using magnesium-depleted dietary calcium, to maintain the skeleton, has produced an undesirable effect on the human physiology. The normal function of magnesium and other trace minerals is to penetrate the cells via the calcium channel. Depending on the type of cellular function, the magnesium then pushes the excess calcium out of the cells that are intended to be part of flexible tissues, such as nerves, muscles and organs.
In our current mineral unbalanced diet, all the cells of the body are being inundated with calcium, which enters via the calcium channel, but no magnesium enters. As a result, there is no magnesium in the cells to push out the unnecessary calcium. This causes an accumulation of calcium in the soft tissue cells. This accumulation slows down the metabolism of these cells. Thus, in our contemporary society, the absence of this complex ocean mineral profile results in extreme difficulty for calcium to leave the soft tissue cells, whose need for calcium is minimal and temporary.
When the minerals, in the ocean profile, penetrate the body through our digestive system they find their way, after a relatively short period of time, into all the cells of the body. The natural selection function of preventing calcium from overstaying its welcome, in the flexible tissue cells, is restored. Additionally, this brings the cell inner pH to the 8.5 range for optimum energy production. When this occurs, muscle cells, that have become more rigid, and therefore respond with pain from strenuous exercise, will recover much of their original flexibility. Also, the recovery time from muscle exertion pains will often be substantially faster. Still another benefit is that joint tissues, which have become engorged with unwanted calcium, will often recover their flexibility, thus mitigating joint pains. Further, fungus and other undesirable, low-pH cells will have their internal pH lifted to the 8.5 range by the bicarbonate ions that are bound to the minerals contained in Sea Relief. This is the range that provides optimum energy production by the cells. This will also speed up the cellular apoptosis (programmed cell death) of the undesirable fungus cells.
