ter-marina-quinton
THE IONIC Bioavailability

Current daily diet lacks the necessary minerals provide the body. Minerals are fixed exclusively by plants, only beings capable of it through photosynthesis.

Our food chain is being damaged by human hands to transform natural crops in crop production,genetic changes with food, herbivores feed or animal fats. Even fish are targeted by their mass production in certain farms misfeeds.

There is on earth a second food chain where we can find those elements still naturally: is located at sea.

El fitoplancton, the largest biomass on the planet, through the action of the sun, continues to set all minerals contained in seawater. Zooplankton feeds the front and generates a mass of bioavailable elements called telemediadores by Professor Maurice Aubert of "Sea International University" Nice,France, Global expert in marine biocenosis. The marine biocenosis is the transformation of non-bioavailable minerals in bioavailable elements.

Phytoplankton forms large concentrations at sea Eddies calls in places where there are marine vortices called Vortex. Laboratoires Quinton her seawater collected in these privileged places for their high stability in the composition of minerals. The breast pump is placed 30 meters deep, aphotic limit, below the phytoplankton layer. So, Sea water is drawn from the highest quality.

The collection site is the Channel, where the second largest tides in the world occur, up 17 meters, which conveys the product added natural dynamic pharmacological effect.

LA HOMEOSTASIS HIDROMINERAL

The identity of the mineral formula Seawater, prebiotic colloidal solution with the total body fluids, It is a biological fact demonstrated and evidenced by clinical.

The nephron excreted twice the volume of water and solid particles, under the action of Seawater, compared with a conventional saline.

Homeostasis depends directly on the quality of the Middle defined by Claude Bernard Internal.

René Quinton demonstrated that cellular life is born in Seawater, his claim: "We are a true living marine aquarium" Seawater situated at the base of the supports of all the vital physiological mechanisms.

Any alteration of the homeostasis causes dysfunction of the mechanisms regulating (temperature, hormones, SNC…) immediately causing impaired cellular nutrition. Nutrition and cellular communication is necessarily verified through LEC. Their dysfunction by membrane depolarization precede the appearance of the patient's disease and end.

Seawater, both its identity as mineral intake by prebiotics elements, restores an overall cell function. The action of ionomineral TOTUM enables each cell to recover, totally natural manera, optimum operation. Different concentrations of Seawater allow both cellular nutrition balance and enhance it by hypertonic isotonic.

Anyway, Seawater restored direct contact between all cells of the body allowing a global transfer of information.

All messages of vital functions are conveyed by body water. Water generates the structural model of the cell as "cement". Reading program molecules (DNA) necessarily occurs in water.

PREMIO NOBEL 2003: P. Agre et R. MacKinnon.

Water Channels

From the mid-nineteenth century, researchers assumed that our cells must have specific channels for transporting water, but it is in 1988 Peter Agre get when isolating a protein from the cell membrane. He realized, shortly thereafter, which was the waterway had long sought. This finding, opened the door to many biochemical studies, physiological and genetic, of water channels in bacteria, plants and mammals. Now, Researchers can follow in detail the step of a water molecule across the cell membrane and understand why this gives way to water, while making barrier to smaller molecules or ions.

Ion Channels

The other channel in the membrane, whose discovery has been awarded this year 2003, refers to the ions. Roderick MacKinnon causes surprise in the whole of the scientific community when it gets, in 1998, determine the spatial structure of a potassium channel. Thanks to their contribution, today we can "see" ions through channels that open and close based on cellular signals.

Ion channels are vital for the proper functioning of the nervous system and muscles. What we call the action potential of nerve cells (o neuronas) appears as an ion channel located on the surface of a neuron is opened by a chemical signal sent out by a neuron adjacent, after an electric pulse propagates along the surface of the nerve cell, by opening and closing a number of ion channels and, this, in a time of few milliseconds.