MAGNESIUM has many fundamental roles in cellular function as well as activating numerous enzymatic complexes involved in carbohydrate and protein metabolism. Magnesium is necessary in various phases of glycolysis (oxidative process of glucose, a key molecule of cellular energy metabolism) as coenzyme Mg2+; its active presence the enzyme hexokinase in glucose phosphorylation, the enzyme phosphoglucoisomerase in glucose conversion, the enzyme phosphofructokinase in fructose phosphorylation, the enzyme pyruvate kinase in the transfer of the phosphoryl group of phosphoenolpyruvate to ADP. Magnesium intervenes, and is required, also within the Krebs cycle and in other metabolic pathways (over 300 different enzymes require its presence). Magnesium is the second cation dissolved in the intracellular medium, it participates in the acid-base balance and in the oxidation-reduction phenomena inside the cell, playing an important role in cellular respiration (the process by which the cell obtains nutrients and free of waste); the higher the metabolic rate of a cell, the higher its magnesium content. All of this motivates and justifies the vast range of possibilities of therapeutic use of this precious mineral element; especially in energy disorders with chronic fatigue syndrome, cardiac fatigue, depression and all those phenomena that have an etiology in stress. Magnesium is the fourth cation in the human body, on average an adult contains about 25g, half of which is contained in bone tissue and the rest in soft tissue. The highest concentrations are found in striated muscles, in the liver, heart, pancreas and structure of the hippocampus in particular, the high percentage of which it contains justifies its importance in neuropsychology. The recommended average daily requirements range from 60/80mg in infants, 150/250mg in children, 300mg in adults, 400/450mg in pregnant or breastfeeding women. Magnesium collaborates with calcium, with which it is closely linked, for the fixation of the latter in the bones. In the psychic field, the integrative use of magnesium is extremely interesting; hyperemotional, anxious, insomniac subjects, with each emotion and/or anxious state, discharge relative quantities of magnesium into the bloodstream which are then eliminated in the urine, creating a state of impoverishment that predisposes to hypertension and cardiovascular syndromes. Magnesium must be included in the daily use of these neurodystonic subjects, predisposed to increasingly marked and deficient complications that will affect the bone system (demineralization), the digestive system (colitis, angiocolitis, gastritis), the skin (psoriasis , eczema), the nervous system (senile tremor, Parkinson’s disease). Among the various magnesium salts, magnesium chloride has also been found to be effective in infectious diseases, thanks to its stimulating effect on white blood cells and on the entire immune system; it was the prof. Pierre Delbet, from the Paris Academy of Medicine, who discovered this effect called cytophylaxis. In using magnesium chloride solution for washing wounds, he found that this solution facilitated wound healing; so he started hiring for OS magnesium to several people, who after a short time reported having a feeling of general well-being, increased resistance to fatigue and greater emotional stability. Later many people began to take magnesium as a general tonic, noting its effectiveness in various ailments and pathologies that improved and/or disappeared, confirming the various possibilities of therapeutic use. The professor. Delbet demonstrated how magnesium increased resistance to anesthetic toxicity, improve the condition of hair and nails and how it could improve various pathologies related to allergic conditions. Delbet also demonstrated that there was the possibility of reducing the incidence of tumors with the regular use of magnesium, since it had proved to be able to slow down the evolution of tumors in laboratory animals. Later also Prof. Neveu experimented with magnesium chloride obtaining excellent results in tonsillitis, pharyngitis, hoarseness, common cold, flu, asthma, bronchitis, pulmonary emphysema. Other publications in the following years indicated the efficacy of magnesium on various pathologies including herpes zoster or shingles, acute and chronic conjunctivitis, optic neuritis, spring asthenia, chronic fatigue syndrome. The BETA-CAROTENE is a provitamin A in the biologically active form; from one molecule of beta-carotene two molecules of vitamin A are formed. The conversion of beta-carotene takes place in the intestinal mucosa, liver and kidney; works carried out and published in the United States have shown that beta-carotene has an immunostimulant action regardless of its conversion into vitamin A. (M. Colgan). The most marked effect obtained on groups of healthy subjects and/or athletes was the significant increase in the level of T helper lymphocytes and Natural killer lymphocytes without increasing the levels of vitamin A in the body (K. Folkers 1991). Beta-carotene develops a marked antioxidant action against free radicals, responsible for most of the inflammatory or chronic degenerative processes that can occur at an organic level. Beta-carotene plays an important role in safeguarding the respiratory system against the damage caused by smoke and air pollution, is indicated in sympathicotonia and in all cases in which metabolic sedation is required.

COMPLEMENTARY REMEDIES: SEDASOL, ANSITOL, NEVROSOL, AMENOSOL, MULTISOL, MIODOL, HERBOSOL Ca