Stretch marks are rips in a skin matrix damaged by atrophy, a condition differentiated by weakness, thinning, roughness, stiffness decrease in the size of tissues, lowered cellular proliferation, and decreased function, also named atrophia. What you see on the skin are scars left behind by the constitution of scar tissues deep inside the skin. Those tears can not be prevented with just moisturizers. In addition , the marks will not dissolve with collagen boosters or by only abrading or resurfacing the outer layer of the epidermis; only by the reaction of enzymes that 'digest' or disperse scars and non-functional tissues and moreover rebuild healthy tissues.

What renews stretch marks?

Stretch marks can be prevented by regaining skin's firmness, strength, suppleness, and elasticity. This can be accomplished with the assistance of biological molecules formed by glycans (complex sugar chains) and peptides, proteins and enzymes that promote to the organized and systematic proliferation of all the necessary elements of healthy skin: collagen, elastin, proteoglycans and glycosaminoglycans. Meanwhile treatment demands enzymes and messenger molecules to bridge communication between cells and allows them to distinguish scar tissues from functional healthy tissues and degrade them into their amino-acid elements to then reconstruct healthy tissues.

What would help your skin prevent or eliminate stretch marks?

The stretch mark treatment and prevention alternatives you see today are aimed at renewing skin matrix by stimulating the synthesis of collagen or elastin (e.g. those containing elements such as ascorbic acid, copper peptides, palmitoyl pentapeptide or oligopeptides).

Unfortunately, this technique fails or falls short in almost all people afflicted with atrophic skin, whereby skin is extremely thin and not firm enough to support stretching beyond what it has been accustomed too, presumably due to the particular configuration of skin affected by such condition and an disability to respond to matrix synthesis boosters.

This deterioration is most likely due to something decisive missing in those treatments; an ingredient that would stimulate your body get rid of scar tissues and that would help prevent stretch marks by strengthening your skin and helping it becomes more resilient.

What Needs to be Present to Treat Stretch Marks?

Two things acting together. First, your body needs to be able to differentiate or identify scar tissue from the surrounding functional tissues in the skin matrix. Second, it must be able to degrade the proteins that those scar tissues are made off and separate their component amino-acids and use them to create new skin matrix elements.

This can only be achieving by the concerted action of two types of ingredients.

One is messenger molecules that are able to bridge communication between cells and allow them to differentiate scar tissues from functional healthy skin tissues. The other main ingredient are enzymes that both dissolve or 'digest' non functional cells, worn out or damaged skin cells AND trigger proliferation of new collagen and elastin fibers from within the skin matrix.

A Surprise from Nature's Wisdom

Fortunately, there is a complete & balanced solution for stretch mark prevention and treatment. One packed with antioxidants, collagen, elastin boosters, enzymes and cell communicating ingredients that improve and orchestrate the intricate balance between the degradation of cells that are dying periodically and/or cells that have become damaged by overstretching and the use of their constitutive amino-acids for the reproduction of new cells and all the necessary structural elements of healthy skin.

It is not a chemical, man made drug, clever concoction of isolates, pharmaceuticals, herbs, moisturizing botanical oils, or extracts produced in a cosmetic industry. No. It is a natural compound of biologically active compounds that is already the most complete and balanced solution created by a living creature to protect and fully recover its skin when damaged. Moreover, although this creature is in an evolutionary stage different from humans, nevertheless its skin is made of the same fundamental elements we find in human skin: collagen, elastin, proteoglycans and glycosaminoglycans.

Glycosaminoglycans are the water holding molecules in the skin responsible for providing binding, hydration, and swelling pressure to tissues facilitating them to withstand compression and stretching forces, which thus prevent tearing and scarring of the deep layers of the dermis.

The stretch mark treatment and prevention product made with this natural, biological solution is natural, not some isolate derived or extracted from it. In addition, it is not only effective for preventing stretch marks but is also safe as it is totally compatible with living structures.

Treatment with the complex compound operates through a removal process named hydrolysation. By continued application on damaged tissues messenger molecules recognize damaged proteins and act in concert with enzymes that gently strip the skin to remove the build-up of scar tissues. These enzymes go to work like biological catalysts on each individual cell. They clean out the debris, open clogged pores, consume the dead material, and open up the vascular system to bring new oxygen into the cells. In addition, they activate and speed proliferation of fibroblasts and all the structural components of healthy skin including the water holding molecules (proteoglycans and glycosaminoglycans), collagen and elastin skin fibers, which finally are assembled in an orderly or orchestrated way, thus minimizing scars and marks.

The complex compound is available in two versions. One plain to prevent stretch marks, which is best to treat newly formed stretch marks. The second version is a home microdermabrasion product which is embedded with micro-crystals to abrade stretch marks that are older or rough on the surface as they help to break down or exfoliate damaged skin physically while massaging the crystals, and thereby facilitate the penetration of the cream deeper within the skin.