Service Description

What is Nucleofill Strong? Nucleofill Strong is a sensitive and stressed skin area that regain their original elasticity and tone. This product was designed for mesotherapy treatments and is a highly effective biostimulant that leads to clearly visible results according to the three-way action principle. This product is ideal for dry skin or skin damaged by oxidative stress. But also in the case of annoying stretch marks, a treatment with Nucleofill Strong brings significant improvement to the skin’s appearance. The product works with polynucleotides, which have a triple effect on the cellular level. On the one hand, they stimulate the transformation of fibroblasts into myofibroblasts. On the other hand, the polynucleotides of Nucleofill Strong also ensure an improved collagen synthesis, which contributes to the tightening of the skin. The third area of action of Nucleofill Strong is the antioxidant effect of the product. The skin is supported in retaining moisture, while oxidative stress is stopped at the same time. The synergy of 4 types of stimulation: Skin regeneration Cleansing effect on the cells by increasing circulation and removing  free radicals Deep moisturizing effect Firming and contouring Nucleofill Strong is the new line of natural polynucleotide-based bio stimulating gels, with a high viscosity, for protecting and rejuvenating the skin. Indications: • Loose skin with poor circulation • Dehydrated skin • Skin submitted to oxidative stress • Stretch marks • Scars • For those who want to firm and contour more definition • Bio-stimulation and increase in collagen type 1. It’s recommended to have 2 treatments with 2-4 weeks in between each session, in severe cases you can have up to 4 treatments within 2-4 weeks intervals. Side effects: • Bruising may occur • Some swelling in the injection area 1-2 days No other side effects have been reported. The unique features of nucleofill The product contains high molecular weight polynucleotide chains whose biochemical peculiarities make it highly viscoelastic and capable of binding and orient in space a considerable amount of water molecules, which are primarily retained in the hydrophilic groups level of phosphorylated sugars of the individual nucleotides.