The term “anti-aging” is becoming less and less common in medical terminology. We cannot stop or turn back time, but we can reverse its effects. Skincare in the spirit of longevity is more than smooth and firm skin. It’s about caring for its undamaged structure and regeneration at the cellular level, thanks to which biological aging processes are slowed down, stopped, or even reversed.

Oligopeptides bound to platinum molecules

 

Platinum is a precious metal, like gold or silver. In the 19th century, with the development of science, this unique raw material began to gain particular recognition. Platinum’s extremely high melting temperature and exceptional resistance to chemical agents make it extremely valuable to the jewelry and medical industries.

 

However, since platinum is inert, how can it be used in cosmetology? Research by a team of Japanese scientists has shown that platinum particles demonstrate a powerful antioxidant effect, neutralizing reactive oxygen species in the skin. They support skin firmness and density, protecting against aging-related changes. They also help regulate genes responsible for the formation of collagen and hyaluronic acid, and for reducing signs of inflammation.

 

Allosteric Peptide Booster

 

Allostery refers to a change in the shape and activity of a protein as an enzyme. This change results from combining a protein with another substance, also at a location separate from its active site.. This change gives the protein new properties. The plant-derived allosteric peptide booster enhances the efficacy of peptides in formulations. The booster’s mechanism of action is based on its ability to modulate the fluidity of cell membranes. By increasing membrane fluidity, it facilitates intercellular communication, signal transport, and reactivity of membrane receptors. As a result, it enhances the effects of many other active ingredients.

Peptide complexes also help improve skin firmness and elasticity – as demonstrated by a team of Polish researchers, untransformed fibroblasts continue to produce supportive fibers that provide the skin with firmness, elasticity, and hydration.

 

Exosomes

 

Composed of phospholipids, they mimic the natural skin barrier. Exosomes are microscopic vesicles that transmit important information and components needed for regeneration to cells. They transport active substances precisely where they are most needed, and due to their high content of powerful regenerative factors, they can reverse cellular signs of aging – they carry proteins, lipids, and RNA molecules, and their message is simple and precise: initiate regeneration, soothe inflammation, and initiate repair. Thanks to their ability to penetrate deep into the skin, exosomes work more effectively and accurately than other carriers.

 

Exosomes, rich in peptides, proteins, and growth factors, stimulate intensive regeneration. They contain a unique peptide composition – impossible to produce in a laboratory. As we age, the number of exosomes decreases – applied topically, they reactivate skin repair. Natural carriers of active ingredients increase the effectiveness of skincare.

 

Spongilla fragilis microneedles (spicules)

 

In nature, microneedles constitute the skeleton of the Spongilla fragilis sponge. These inconspicuous animals are among the oldest known to science: similar forms existed as long as 760 million years ago. Their primitive structure allows them to survive virtually unchanged in hot and cold, fresh and salty waters, often at great depths (up to 8,500 m), where the silica structure of the spicules allows them to withstand water pressure. In biotechnology, spicules undergo hydrolysis, allowing them to be converted into a powdered form suitable for topical application. Thanks to the beneficial effects of these microscopic spicules, an effect similar to mesotherapy can be achieved – improved transport of active ingredients is possible. By stimulating circulation, these tiny needles, invisible to the naked eye, stimulate skin remodeling and increase tissue’s regenerative capacity. Studies have shown that their use is as effective as a dermaroller, while causing milder reactions and ensuring a faster healing time.

 

Rainbow Algae

 

Algae extract is responsible for the effect of illuminated, glowing complexion. Rainbow algae work on multiple levels to regulate the production of pigment responsible for uneven skin tone. Additionally, studies have shown that it inhibits the release of factors associated with inflammatory processes and strongly stimulates cellular regeneration.

Rediscovered peptides are becoming the foundation of intelligent skincare, combining scientific discoveries with the power of nature. The synergy of biomimetic peptides, exosomes, microneedles, a booster, and rainbow algae creates a system for global skin renewal. This is a new era in cosmetology, where peptides teach the skin to work smarter, not harder.

The RICH PEPTIDE ADVANCED Dr Irena Eris PROSYSTEM HOME CARE line is based on a proprietary complex of oligopeptides with platinum molecules. These cosmetics stimulate skin cell renewal, restoring its density and strengthening its structure.

 

The trio of day cream, night cream, and stimulating face mask effectively slows down the aging process. Research at the Dr Irena Eris Centre for Science and Research confirms the spectacular effects of using these cosmetics. The Regenerating and Rejuvenating Night Face Cream reduces wrinkles by up to 54%. The Stimulating Night Meso-Mask reduces wrinkles by up to 80% thanks to its highly concentrated active ingredients – a 50 ml formula contains as many as 2.5 million microneedles. The SPF 50 in the Revitalizing Smoothing Day Cream prevents sun-induced pigmentation disorders.

 

Discover the RICH PEPTIDE ADVANCED Dr Irena Eris PROSYSTEM HOME CARE line cosmetics.

 

 

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