History

For thousands of years people had searched for ways to slow down the ageing process of the human organism, especially the gradual degradation through wrinkling of the skin.

In the early 1990s in the search for biologically active collagen scientists discovered a filtration method through the protein fibers of silk from the domesticated silkworm whose structure was chemically very similar to collagen and did not break the fragile protein chain supported by a hydrogen bond

This was the birth of the greatest Polish chemical discovery. Collagen obtained through this method retained its crystal structure of amino-acids which is identical to the human so called “triple helix”. It meant opening the route to restoring protein, whose shortage caused ageing to the skin! In other words - The world of science was stirred because of the Polish discovery. Opinions about the Poles having obtained the key to the youth potion emerged.

The product that we are offering you is not merely a cosmetic. It is a, which strives to unify the fibres of the human proteins. You are getting a unique product containing several times higher quantity of pure collagen than most expensive cosmetic products in the world.

Effectiveness

The replenishment of collagen is continuous throughout human life. During the natural ageing process however, the replacement of collagen is gradually reduced and therefore it cannot aid the replacement of new skin tissue to the same extent as before. This overall deficit in collagen production progressively interrupts with proper cell renewal and leads to many undesirable ageing effects.

Natural Collagen is designed to supplement this deficit and ensure:

• deep skin moisturizing and toning
• delaying the ageing process
• clearly improving skin immunology, compactness and pigmentation
• smoothing mimic wrinkles
• smoothing scars, stretch marks and scalded skin
• hair and nail regeneration
• elimination of allergies and juvenile acne skin care

Biological Structure of Collagen

The structure of collagen can be best described as a group of amino acids with a fibrous arrangement, otherwise known as fibrous scleroproteins. The fibers are long chain molecules, containing up to 19 amino acids. The most important of these being, prolin, glicyn, hydroxyprolin and hydroxysilizin. The last two compounds are not found in any other proteins.

Amino acids are composed of the so-called life elements: carbon, hydrogen, oxygen and nitrogen. The combination of a hundred or more of these elements in a specific pattern produces amino acids, which can then further combine to produce long polypeptide molecular chains. These long chains of amino acids co-join to form super helixes with a space volume structure. The whole chain structure relies on a weak hydrogen type bond for support. This is the basic building brick of collagen.

The most desirable property of these collagen super helixes is their sequence of three repeating amino acids, which undertake a specific pattern, represented graphically as where Y and Z radicals are build into the polypeptide chain. These chains are the life form of a living organism and can be rendered apart during periods of illness; for instance in cases of pneumonia, where very high body temperatures can be encountered in excess of 42 degrees Centigrade.