Polynucleotide treatment supports your skin’s own repair processes, helping to improve hydration, elasticity and overall skin quality from within. Polynucleotides work with your skin’s own regenerative processes to create subtle improvements that continue to develop over time.
What are polynucleotides?
Polynucleotides are bio-stimulating treatments designed to improve skin quality by supporting the body’s natural repair mechanisms. Made from highly purified DNA fragments, they work by stimulating fibroblasts – the cells responsible for producing collagen and elastin. These proteins provide the skin with its strength, elasticity and structure, but their production naturally declines over time.
Unlike dermal fillers, polynucleotides don’t restore volume or alter facial contours. Instead, they focus on improving the condition of the skin itself, helping it become firmer, better hydrated and more resilient.
Treatment is commonly used on the face, neck and delicate under-eye area, where skin often shows some of the earliest signs of ageing.
It may be recommended if you’re noticing:
Because polynucleotides work by supporting tissue regeneration. They’re ideal for patients who want gradual, natural-looking improvements that develop over time.
Collagen and elastin production slows, hydration decreases, and the skin gradually loses strength and resilience. Once inserted, polynucleotides stimulate fibroblasts to produce new collagen and elastin while supporting the skin’s natural repair processes. They also help improve hydration and create an environment where healthy tissue can regenerate more effectively.
Rather than creating an immediate change, improvements develop gradually as your skin renews itself over the following weeks. Many patients notice smoother texture, improved elasticity and healthier-looking skin as collagen production continues.
Polynucleotides aren’t designed to dramatically change the way you look. The improvements happen gradually, so having someone who understands your skin and can give you realistic expectations from the outset is important.
At Drayton House, your treatment will be carried out by Dr Rakhee Raichoora, a qualified dentist and advanced facial aesthetic practitioner. Her clinical background gives her a detailed understanding of facial anatomy and skin health, which she brings to planning regenerative treatments such as polynucleotides.
Rakhee will look carefully at the condition of your skin and spend time talking to you about what you’d most like to improve. She’ll explain where polynucleotides could help, what changes you can realistically expect and how your results are likely to develop over time.
You’ll also have the chance to ask questions and get to know Rakhee before making any decisions. The aim is for you to feel comfortable with both the treatment and the person providing it, with a plan that’s genuinely suited to your skin rather than simply based on the treatment you’ve walked in asking for.
Every appointment begins with a detailed assessment of your skin and your treatment goals.
If polynucleotides are the right option, the procedure involves a series of small treatments in carefully selected areas. The procedure is usually completed in around 30 minutes and is generally well tolerated.
Because the treatment works by stimulating your skin’s own regenerative processes, results develop gradually rather than immediately. Mild redness, swelling or bruising at the treatment sites can occur, but most patients return to their normal routine shortly afterwards.
For the best results, most patients benefit from a course of two to three treatments, although this will depend on your skin and the improvements you’re hoping to achieve.
Every appointment begins with a detailed assessment of your skin and your treatment goals.
If polynucleotides are the right option, the procedure involves a series of small treatments in carefully selected areas. The procedure is usually completed in around 30 minutes and is generally well tolerated.
Because the treatment works by stimulating your skin’s own regenerative processes, results develop gradually rather than immediately. Mild redness, swelling or bruising at the treatment sites can occur, but most patients return to their normal routine shortly afterwards.
For the best results, most patients benefit from a course of two to three treatments, although this will depend on your skin and the improvements you’re hoping to achieve.
Polynucleotides are a bio-stimulating treatment that encourages the skin to repair itself by stimulating collagen and elastin production. Rather than adding volume, they improve skin quality and resilience over time.
They can improve skin firmness, hydration, elasticity and texture while helping to soften fine lines and improve the appearance of dull or crepey skin. They’re also commonly used to rejuvenate the delicate under-eye area.
Both treatments improve skin quality, but they work in different ways. Profhilo® focuses on deep hydration and improving firmness, while polynucleotides stimulate the skin’s natural repair processes to support tissue regeneration and improve overall skin resilience.
Dermal fillers restore volume and enhance facial contours. Polynucleotides don’t alter facial shape. Instead, they improve the health and quality of the skin itself through collagen and elastin stimulation.
Yes. Polynucleotides are particularly well suited to delicate areas such as beneath the eyes, where they can help improve skin quality, hydration and the appearance of fine lines.
Most patients are recommended a course of two to three treatments. During your consultation, Dr Rakhee will advise how many sessions are likely to achieve the best result for your skin.
Because polynucleotides work by stimulating your skin’s natural regenerative processes, improvements develop gradually over several weeks. Skin quality continues to improve as new collagen and elastin are produced.
Polynucleotides are made from highly purified DNA fragments that have been processed to medical-grade standards. They are biocompatible, meaning they are well tolerated by the body and have been used in regenerative medicine for many years.