Polynucleotides
Polynucleotides, sourced from fish DNA, serve as potent biostimulators for our skin. They prompt skin cells to increase collagen and elastin production, thereby enhancing skin vitality and elasticity.
Tell me more…
Is is right for me?
Polynucleotides could be the perfect fit if you're looking to tackle concerns like fine lines, wrinkles, acne scarring, hyperpigmentation, melasma, rosacea, general signs of facial aging, or even issues with eyebrow and scalp hair loss. Following a detailed consultation, Dr. Rachel will craft a personalized treatment plan tailored to achieve your specific goals.
What is involved?
Your treatment begins with a skin cleanse and numbing cream application. Polynucleotides are then injected into the skin's surface using a fine needle or cannula. You may feel a slight sting during injection, but it's fleeting. Afterwards, expect some temporary bumps and puffiness around the treated area, which will diminish soon.
Which areas can be treated?
Polynucleotides showcase an impressive range of versatility, ideal for addressing a spectrum of cosmetic concerns across various areas of the body. From refining the skin quality of the face to enhancing the texture of the neck, décolletage, and delicate eye region, these treatments offer comprehensive solutions. Additionally, they excel in rejuvenating the hands, abdomen, thighs, knees, and arms, while effectively minimizing the appearance of stretch marks.
They also play their role in helping with hair regrowth.
How long until I see the results?
Polynucleotides enhance skin hydration, often leading to an immediate reduction in fine lines. However, the most significant results depend on your skin cells accelerating their activity, which takes time. Expect optimal results within six months, with improvements lasting for months to years thereafter.
Need some guidance?
For those seasoned in aesthetic treatments or newcomers seeking guidance, booking a consultation is key. It allows us to understand your objectives thoroughly, and tailor our approach accordingly.