Polynucleotides
Improving skin quality with polynucleotides
Polynucleotides are a regenerative injectable treatment designed to improve skin quality from within. Rather than adding volume or changing the shape of your face, the treatment supports the skin’s natural regenerative processes, helping to improve hydration, firmness, elasticity and overall skin quality.
Procedure
Benefits & results
Polynucleotides are made from highly purified fragments of salmon DNA. Once administered into the skin, they help retain water between the skin cells and stimulate fibroblasts, the cells involved in the production of collagen and elastin. They also have anti-inflammatory and antioxidant properties. Together, these processes support skin that appears smoother, firmer and more luminous over time.
The treatment is particularly suited to people who notice dehydrated or dull skin, reduced firmness and elasticity, fine lines or uneven skin texture. It can also be considered for acne scars and areas where the skin has become thinner or more delicate. Because the treatment focuses on improving the condition of the skin rather than adding volume, it can be a suitable option if you want to refresh your appearance while maintaining your natural facial features.
One of the key treatment areas for polynucleotides is the delicate skin around the eyes. The skin in this area is particularly thin and can show signs such as fine lines, dark circles and a tired appearance. A gentler formulation is specifically designed for this area and can help improve skin density, texture and the appearance of dark circles and crow’s feet, creating a fresher and more rested look.
Polynucleotides can also be used on the face, neck, décolletage and hands. Different formulations are available depending on the area and skin concern, including options specifically developed for mature or dehydrated skin and for the delicate eye area. During your assessment, the doctor will evaluate your skin and concerns to determine the most appropriate treatment approach for you.