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Get 10% off your first order
Regulated CE Products
Free shipping on orders over £100
Order by 3PM for next day delivery
Get 10% off your first order
Regulated CE Products
Acne scars and uneven skin texture are among the most challenging concerns in aesthetic practice. Many treatments focus on resurfacing or adding volume, but in recent years, polynucleotides have gained attention for their ability to improve skin quality at a cellular level. Rather than masking imperfections, polynucleotides work by stimulating the skin’s own repair processes, making them a promising option for patients seeking natural, gradual improvement.
Polynucleotide treatments are increasingly used for patients who want better texture, smoother skin and improved tone without aggressive downtime. Their role in acne scar management is particularly interesting because they target the underlying health of the skin rather than just the surface.
Polynucleotides are bioactive molecules derived from purified DNA fragments. In aesthetic treatments, they are injected into the skin to stimulate regeneration, hydration and tissue repair. Once placed, they act as signalling molecules that encourage fibroblast activity, leading to increased collagen production and improved extracellular matrix support.
In simple terms, polynucleotides help the skin heal itself more effectively. They improve microcirculation, boost hydration and strengthen the skin structure over time. This regenerative approach makes them especially useful for skin that has been damaged by inflammation, such as acne-prone or post-acne skin.
Acne scars are often the result of collagen loss or irregular collagen formation following inflammation. Rolling scars, shallow box scars and general textural irregularities are linked to weakened skin structure rather than deep volume loss. Polynucleotides can help by stimulating healthier collagen formation and improving overall skin density.
By strengthening the dermal layer, polynucleotides gradually soften the appearance of scars and make the skin surface appear smoother. They do not fill scars in the way dermal fillers do, but they improve the quality of the surrounding skin, which reduces contrast and visibility. Over time, this can lead to a more even complexion and improved skin resilience.
Polynucleotides are particularly effective for mild to moderate acne scarring and for patients whose skin looks thin, fragile or uneven following years of breakouts.
Beyond acne scars, polynucleotides are widely used to improve general skin texture. Roughness, enlarged pores, dullness and early signs of ageing are often linked to dehydration and reduced collagen activity. Polynucleotides address these issues by increasing water retention in the skin and supporting long-term regeneration.
Patients often notice that their skin feels firmer, smoother and more elastic after a course of treatments. The improvement is gradual and subtle, which is ideal for those who want natural-looking results rather than dramatic changes. Skin tone can also appear more even, as healthier tissue reflects light more effectively.
Because polynucleotides work with the skin rather than altering its structure, they are suitable for a wide range of skin types and are often used on the face, neck and areas affected by acne scarring.
Polynucleotide treatments are usually delivered as a course of sessions, commonly two to three treatments spaced a few weeks apart. This allows the skin time to respond and regenerate between sessions. Results are not instant, as the treatment relies on biological processes rather than immediate volume or surface changes.
Early improvements such as better hydration and skin softness may be noticed within the first couple of weeks. More visible improvements in texture and acne scarring typically develop after the full course is completed, with continued improvement over the following months as collagen production increases.
Downtime is minimal, making polynucleotides appealing for patients who want effective treatment without disrupting daily life. Mild redness, swelling or small injection marks can occur but usually resolve quickly.
Polynucleotides are best suited for patients with mild to moderate acne scarring, uneven texture or skin weakened by inflammation. They are not a replacement for treatments such as deep resurfacing or surgical options for severe scarring, but they work extremely well as a standalone regenerative treatment or in combination with other procedures.
For patients who want to improve skin quality safely and gradually, polynucleotides offer a science-backed option that supports long-term skin health. A professional consultation is essential to assess scar type, skin condition and suitability, as treatment plans should always be tailored to individual needs.
Polynucleotides can significantly improve acne scars and skin texture by enhancing the skin’s natural repair mechanisms. Rather than filling or resurfacing, they focus on regeneration, hydration and collagen support, leading to smoother, stronger and healthier-looking skin over time. For patients seeking natural improvement with minimal downtime, polynucleotides represent a valuable and increasingly popular treatment option in modern aesthetic practice.
