Modern aesthetic dermatology is seeing the emergence of therapies that do not simply mask the signs of aging, but stimulate the skin to repair itself. Polynucleotides are among the most innovative solutions in this field – biocompatible molecules that act as an intelligent restart for cells. They are particularly suitable for patients seeking natural anti-aging therapy with long-lasting results and without an artificial appearance.

Polynucleotides – A Biostimulator for Collagen Production

Polynucleotides are DNA fragments that have an exceptionally strong regenerative and hydrating effect. After being injected into the dermis, they stimulate the production of collagen and elastin, improve microcirculation, and enhance the skin’s antioxidant protection. This makes them particularly effective in treating:

• fine lines,
• sagging,
• a dull complexion, and
• loss of skin density – both on the face and in the delicate areas around the eyes, neck, and décolletage.

Unlike classic fillers and Botox, polynucleotides do not mimic volume or block facial expressions; instead, they activate the skin’s natural regenerative potential. They are suitable for various ages, including younger patients seeking to prevent aging. The therapy is also often used as a recovery course after more aggressive procedures such as lasers, peels, or microneedling.

How are polynucleotides applied?

In modern dermatological practice, polynucleotides are applied alone or in combination with other anti-aging procedures – such as mesotherapy, biorevitalization, or exosomes. They are characterized by good tolerance, a minimal recovery period, and visible improvement even after the first applications. With proper application and a personalized approach, the effect is not just “refreshed” skin, but real rejuvenation – with improved structure, tone, and density.

Today, polynucleotides are an indispensable part of the therapeutic arsenal in aesthetic dermatology. They symbolize a new direction in anti-aging care – focused not on concealment, but on restoration and deep cellular stimulation.