Polynucleotides

For youthful, rejuvenated skin

Polynucleotides are a revolutionary injectable treatment.

  • Improve skin tone & texture

  • Reduce redness & inflammation

  • Reduce the appearance of scars, fine lines and wrinkles

  • Stimulate hair growth

PhilArt Hair Polynucleotides

About polynucleotides

  • Polynucleotides are an injectable treatment composed of fragments of purified fish DNA.

    These treatments have been developed on a foundation of over 70 years of research and over 100 clinical studies supporting their safety and efficacy.

    Polynucleotides act to rejuvenate the skin by stimulating fibroblasts, the type of cell which is responsible for producing collagen, elastin and hyaluronic acid. Polynucleotides promote hydration, scavenge free radicals that cause tissue and DNA damage and increase collagen synthesis.

  • Polynucleotides can be used to achieve a diverse range of aesthetic goals.

    They can be used as a stand alone treatment or alongside other aesthetic treatments, including anti-wrinkle treatments, dermal filler, peels, laser and surgery, as part of a comprehensive aesthetic treatment plan.

PhilArt Polynucleotides

The procedure

  • Skin rejuvenation in:

    • Face including the forehead and around the eyes

    • Neck

    • Décolletage

    • Abdomen

    Scar treatment including:

    • Acne scarring

    • Incision scars (including Caesarean section scars)

    • Wound scars

    Stimulation of hair growth:

    • Scalp

    • Beard

    • Eyebrows

    • Post-hair transplant care

  • Polynucleotides are administered by a series of superficial injections in the target treatment area. The injections can cause pain and stinging, so a numbing cream is applied prior to treatment to reduce discomfort.

    Depending on your skin quality or the specific treatment protocol, you will be recommended an initial course of three or four treatments spaced two to three weeks apart. Following this, results can be maintained by a single repeat treatment every three to six months.

PhilArt Eye Polynucleotides

The product