The Scientific Case for Silica Supplementation
Organic silica, also known as silicon, is one of those elements whose lists of documented benefits just keeps growing as time passes and more research is conducted. Silica is one of the most abundant minerals on the planet, but there are very few foods that contain an adequate amount to supply the quantity your body needs. The human body requires good nutrition to renew, repair and rejuvenate itself on a daily basis and organic silica has been found to have an absolute influence on the absorption and processes that the body requires to maintain good health.
In today’s modern world, we are over taxed by hectic lifestyles, pollution, overly processed food and poor food choices that contribute to dietary deficiencies. Silica serves too crucial a role in our health and should not be one of those deficiencies.
Our bodies need silica regardless of our age and even when diet is not the primary factor in cases of deficiencies, we often become deficient in this essential trace element simply thorough the aging process. In our youth, our tissues absorb and maintain high levels of silica— enabling our bodies to remain flexible, resilient, and energetic— but as we age, our silica levels steadily decline until they become almost non-existent. In fact, 80% of all of our body’s silica is used up by the time we become adults.
The effect of this steady decrease in silica levels is a progressive decline in health, increasing fatigue and acceleration of the aging process. Silica supplementation can be an aid in supporting healthy bones, joints, cartilage and blood vessels, as well as skin, nails, hair, teeth and gums. The result would be an improved well-being. Numerous clinical studies support the benefits of silica for the body and have found the following:
Silica and the bones and joints
Calcium and vitamin D alone are not sufficient for bone growth, density, strength, and flexibility. In fact, the body cannot absorb and use calcium without the presence of silica. Data suggests that instead of promoting healing, calcium supplementation speeds up the leeching away of bone calcium and thus accelerates the degenerative process of osteoporosis and similar diseases that affect the connective tissues in the human body.
For objectives of re-mineralization in damaged bones, it is advised that a sufficient silica supplement be taken daily because bones are composed of mainly of the minerals phosphorus, magnesium and calcium; however, these minerals need the presence of silica to be deposited into the bones, especially calcium. It hastens the healing of fractures and also diminishes scarring at the location of a fracture. A great deal of research evidence indicates that through a transmutation process, silica is turned into calcium when there is a calcium deficiency and the body needs it.
Silica and the immune system
Silica may play an important role in the immune system and the inflammatory response because it is necessary for the manufacturing process of antibodies/antigens and it encourages the conversion of LB (Lymphocyte B) into LT (Lymphocyte T). Silica decreases swelling due to its positive effects on the lymphatic system.
Silica and the skin
Skin is our largest protective organ. Collagen accounts for up to 75% of the weight of the dermis and is responsible for the resilience and elasticity of the skin. Collagen, which is mostly made up of silica, is the glue that holds us together. Our connective tissues consist of collagen, elastin, mucopolysaccharides and mucous carbohydrates which aid in moisture retention. Their capacity to hold on to moisture keeps the connective tissue resilient and has apparent importance in the prevention of premature aging. All these valuable molecules house large quantities of silica. Studies show that without adequate silica, the body cannot maintain optimum skin elasticity, strong hair, nails, teeth and gums.
Silica and the brain
Silica levels decrease with aging and therefore may be needed in larger amounts by the elderly. Scientists and researchers have long hypothesized that Alzheimer’s disease is linked to a build up of aluminum in the brain, and links between aluminum in drinking water supplies and Alzheimer’s have now been ascertained. A factor that had been overlooked is that silica reduces the accumulation of aluminum. When researchers added silica to aluminum-laced water supplies, it inhibited the aluminum from being absorbed. It also caused a proliferation in the excretion of aluminum in urine and lowered aluminum concentrations in the brain, liver, bone, spleen and kidneys. Silica, therefore, may be important in supporting neurological health.
Silica and the cardiovascular system
Silica can hinder the effects of coronary disease by fortifying blood vessels. Studies confirm that with age, silica disappears from the aorta, the heart´s key blood vessel— thus weakening its critical connective tissue, and resulting in a greater cardiac risk. Silica also aids in the repair and maintenance of vital lung tissues and defending them from pollution.
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Other facts about silica include: silica is water soluble; hence, it easily absorbed via the intestinal wall and is also rapidly excreted. It does not accumulate in the body, so consistent daily supplementation is important. Studies have not found any negative side effects from too much silica. Its safety and extensive range of uses makes silica one of the most important minerals used in complementary therapy and alternative medicine. Regular supplementation could make a significant difference in the quality of our lives during later years.
These statements have not been evaluated by the Food & Drug Administration. None of this information regarding silica or our products is intended to diagnose, treat, cure or prevent any disease.
Silicium Regenerating Serum + Elixir 50 ml + 15 ml - Intensive Anti-Aging Skincare
Reduction in the level of organic silica in the tissues with age:
Well-known researchers have indicated a general reduction in silica levels in the body during the aging process. It has been shown by means of sophisticated tissue analysis that the level of silica in the human body begins to decrease from the age of ten, whereby this decrease is more noticeable from the age of 35. Silicium G5 has proven to be the most effective replenishment thanks to its greater bioavailability.
Hence, for example, the amount of silica in the tegumentary tissues diminishes by 30%; the amount of silica found in the aortic wall, studied in depth by Loeper, was found to be 4 times higher in children than in the elderly. James Duke (1998) indicates that silica absorption is diminished with age and the decrease in estrogen, which in turn, determines the tendency towards decalcification, which is potentially typical of menopause.
Silica is an excellent antidote of aluminum and other heavy metals which accumulate in our tissues. It diminishes the intestinal absorption of these contaminants and provokes an increase in their urinary excretion. Silica ‘cleans’ the heavy metals and eliminates them. This has been demonstrated in diverse studies since 1972 by Doctor Edith Muriel Carlisle at the University of Los Angeles, and recently in another study carried out at the University Rovira i Virgili of Tarragona, where it has been shown that the concentrations of heavy metals diminish in brain and nerve tissues with a supplement of assimilable silica. In the magazine ‘Nutrition Today’, Forrest Nielsen considers it as a good prevention against Alzheimer’s disease and other senile degeneration.
Against aging mechanisms
Today, it is well known that fifth generation organic silica fights sclerosis of the tissues. This destructuring action is caused by two important mechanisms: lipidic peroxidation and non-enzymatic glycosilation.
Lipidic peroxidation is caused by the aggressive action of the free radicals, which are particles with a strong oxidising power. They combine quickly and have a very short yet extremely destructive lifespan. According to our studies, which are corroborated by external sources, Silicium reduces the probability of the formation of these free radicals: this protective action is demonstrated in the experiments with fibroblasts. The production of free radicals may be caused by external aggressions. At skin level, they may be caused by excessive exposure to the sun’s rays.
The other cause of sclerosis or degeneration and hardening of the tissues is non-enzymatic glycosilation, which is a denaturising process of the structural molecules, by binding glucose molecules.
This phenomenom is linked to a deficiency of an essential element: silica. The glycosilation phenomenon begins in the thirties and increases with age. It reduces the elasticity of the arteries and the skin. Our studies show that silicium G5 slows down the glycosilation phenomenon.
Weakness of the bones, lack of mobility? The deficiency of certain minerals and vitamins from dietary errors (poor food combinations and the lack of the appropriate elimination of toxins) may lead to premature joint problems.
Silica promotes the deposit of calcium in the bones (See bibliography). It also increases osteoblastic activity and produces natural bone remineralization. It forms part of the glycosaminglycans and collagen, to which it gives its structure. It acts as an activating element of prolylhydroxilase which is an essential enzyme for the synthesis of the 20 known types of collagen. As for cartilages, they can be improved extraordinarily. Schwarz demonstrated the presence of Silica combined with glycosaminglycans and its role in giving the cartilage structure and consistency.
Which well known scientists support the role of silica in these problems?
There are many, but we can cite for example Forrest H. Nielsen, in the magazine ´Nutrition Today´: “Today, it is evident that silica is deeply involved in bone formation and the composition of cartilage, the complete development of joint tissue, preventing its degeneration. A silica deficiency may be the cause of some serious joint problems´.
The silica provided by silicium acts on the reorganization of the architecture of the dermis by inducing an increase in the volume of the skin depressions by means of siloxanic bonds (Si-O-Si) between the glycoproteins. Silica is known to be a bonding agent of the four macromolecules that make up the connective tissue of the skin. It is a vital element in the three-dimensional, spatial structure of the skin, providing it with its mechanical properties. This volume increasing process is fully effective and exclusive to fifth generation organic silica.
-It has a stimulating action, skin renovation is faster.
-It improves the elasticity of the skin acting on the biosynthesis of elastin and collagen.
-It fights free radicals.
The connective tissues, such as the dermis, are characterized by the presence of an important extra-cellular matrix, consisting mainly of proteoglycans and glycosaminglycans, collagen and elastin fibres and structural glycoproteins. These elements are organized in such a way that a three dimensional mesh (supramolecular organization) is formed, which confers its mechanical properties to this type of tissues. It is known that silica is a bonding element between these elements which make up the connective tissue by means of siloxanic bonds (Si-O-Si) and their presence influences the spatial structure.
Contrary to the filling products normally used in skin depressions, the silica provided by G5 acts on the reorganization of the architecture of the connective tissues.
The deficiency of organic silica from the age of forty produces significant drying of the skin and the appearance of wrinkles.
The works of Zeller and Odier demonstrate the essential role of silica in terms of connective tissue. It has been observed that this is essential for the synthesis of collagen and elastin fibres in the connective tissues. Any deficiency or impoverishment of these tissues involves a loss of elasticity and their integrity. The organic silica derivatives, particularly those provided by Silicium, are recommended for combating wrinkles, stretch marks, and enhancing the skin’s condition. G5 applied locally promotes the resorption of cellulite.
ACTION ON HAIR
The organic silica provided by Silicium G5 stimulates the scalp and the pilosebaceous unit.
Diminishes seborrhoea, silicium G5 is a powerful antiseborreic.
Diminishes the appearance of cytotoxic endoperoxides.
Maintains the hydrate balance of the scalp and hair follicles.
-Reinforces the hair structure
-Improves microcirculation
-Develops an anti hair loss action
-Accelerates capillary growth
ACTION ON NAILS
-It strengthens their structure
-They don’t break so easily
-It accelerates the growth rate
STUDIES
Pharmacological Study
The aim of this study is to prove the effect of Silicium on the supramolecular restructuring of the extra-cellular matrix in the skin ageing process of hairless mice by evaluating the influence of 5th generation methylsilanol on the evaluation of the structural organization of the dermis. For this, the young untreated skin of 6-month-old mice (testing batch) is compared with that of two batches of 17-month-old mice, one of which is treated and the other is untreated. The treated mice received a daily external application of Silicium Gel, 5 days a week for 5 months at the age of 12 months. The findings showed that the collagen and elastin fibres were restructured, the interfibrilar spaces were maintained and the thickness of the dermis was maintained. A structural organization of the dermis similar to those of 6 months old was observed.
Clinical Study:
A study carried out on 100 women who had Silicium Gel applied three times a day for three weeks, showed a reduction in the depth of wrinkles. Regardless of the area treated, the perception of wrinkle reduction remained for six months in 40% of the volunteers and for one year in 35% of the volunteers.
The effectiveness evaluation was made:
-By means of the treatment of images of the marks taken before the treatment and three and nine months after the completion of the treatment.
-By means of macrophotographs taken on the first day of testing and 9 weeks after the completion of the treatment.
By means of analogical visual evaluation:
Skin marks show a statistically important improvement in the skin relief of wrinkles in terms of those which appear between the eyebrows.
With consistent application, Silicium G5 Gel reverses joint pain, improves the appearance of the skin, as well as the strength and luster of the hair and nails. It supports the synthesis of collagen and elastin, both of which have a firming and tightening action on the skin, minimizing the appearance of Cellulite.
Silicium G5 Gel works by:
1. Anti-lipid peroxidation action.
2. Antiglycation action (smoothing). It blocks the sugars and prevents their accumulation in the collagenic proteins, which reduces the rigidity of the collagen responsible for the appearance of dimpled skin. It also stimulates collagen synthesis. In this way, it combats ageing and the skin’s elasticity is enhanced.
3. Draining action. It increases capillary resistance, reduces its permeability and activates circulation, hence promoting the drainage of toxic substances and excess water.
4. Reaffirming action on the connective tissues. It stimulates collagen biosynthesis, which makes up the largest part of the skin and hence achieves a reaffirming action.
A study carried out on 50 women who had Silicium Gel applied on the upper part of the legs and gluteus using a special plastic for four weeks so that it continued working overnight showed a reduction in skin irregularities produced by cellulite. The appearance of the skin at the end of the test, via visual evaluation having taken photographs, was considered to be noticeably improved.
Monomethylsilanetriol G5, the patented active ingredient
It is an active ingredient developed by the French Doctor of Sciences and world silica-specialist, Le Ribault, following the studies of the chemist, Duffaut, who worked with molecules of medical interest for 40 years, particularly initial generation silanols. Le Ribault invented a procedure in which unsuspected characteristics of any particle could be discovered, such as the exact worldwide origin of a grain of sand depending on the silica dissolved on its surface. With the help of scanning electronic microscopes, he worked on the application of his system, which he called quartz exoscopy, in the oil industry, geology, forensic science and also in medicine.
The characteristics of this active ingredient are:
1.High capacity for the regeneration of the skin and the fibres of the soft tissues, specifically collagen, elastin and glycosaminglycans.
2.Application in many cosmetic and anti-ageing fields, among others.
3.Ability to reinforce the action of other elements (vitamins and minerals)
It is the active replenishment of bioavailable silica, the first and most effective on the market, developed by the father of the method, Professor Le Ribault. It is the most researched and perfected product, with more than 14 years of work in its constant improvement. It replenishes the tissues and cellular level with a supply of perfectly active and decisive organic molecules for the structure of the connective tissue regulating the bioelectric properties of the extra-cellular matrix. Replenishment with crystallized, mineral silica is totally ineffective.
Silica is an active ingredient which helps general health and is essential for athletes, convalescents, people suffering from tiredness and the elderly. Silicium G5 acts on the restructuring of cellular membranes, making them more resistant to the peroxidation of phospholipids and the formation of free radicals.
Organic Silicium G5 is recommended for:
-Keeping joints supple and flexible
-Supporting and protecting the cartilage
-Bone development and calcium assimilation
-Rejuvenating tissues
-Protecting the ligaments and tissue elasticity
-Healthy hair and nails.
-De-mineralization.
-Youthfulness and elasticity of the skin
-In Spray form, it is good for skin, burns and sunstroke.
-Delaying the effects of aging.
Our supply of organic silica gradually reduces between birth and adulthood, whereby it is an essential trace element for the correct functioning of the organism.
Independent research shows that silica enters in the phosphorus, magnesium and calcium metabolism. It is capable of gradually eliminating the calcium deposits which damage the vascular walls and in turn, allows calcium to deposit on the bone structure. It returns elasticity to our connective tissues, including joints, promoting a general well-being of these tissues.