Is Polynucleotides Treatment Suitable for Men?

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Yes — works equally well for men and women, and a growing proportion of patients booking it at Centre for Surgery are male. Men typically seek polynucleotides for slightly different reasons than women — concerns about under-eye fatigue and crepiness, skin texture deterioration, and an overall tired or aged appearance that they want addressed discreetly without obvious “work.”

This guide explains what polynucleotides actually do, why they suit male patients particularly well, where on the face they produce the best results, what the treatment course involves, and how the results compare with other anti-ageing options like dermal filler or anti-wrinkle injections.

What polynucleotides actually are

Polynucleotides are short chains of DNA fractions derived from purified salmon DNA, processed to remove any species-specific proteins and rendered fully with human tissue. When injected into the dermis, these DNA fragments interact with skin cells in ways that stimulate:

The result, over weeks to months, is improved skin quality from within — better texture, more hydration, finer lines softened, and an overall “healthier” appearance that’s hard to to any specific intervention.

This is the key distinction from filler. Filler adds volume by placing gel into the tissue — the change is structural and visible. Polynucleotides change skin quality through biological stimulation — the change is qualitative and subtle. Many male patients prefer the latter because it doesn’t look like they’ve “had something done.”

For the broader anti-ageing context, see our and .

Why men suit polynucleotides particularly well

Several factors make polynucleotides an especially appropriate treatment for male patients:

Natural appearance is paramount. Male patients are typically more cautious than female patients about appearing to have had cosmetic treatment. Anything that looks “filled” or “tightened” beyond what could be explained by good rest and skincare tends to be rejected. Polynucleotides produce the kind of slow, natural-looking improvement that’s hard to attribute to intervention.

Targets the right concerns. The most common male skin concerns — tired-looking under eyes, surface crepiness, dullness, mild texture deterioration — are precisely what polynucleotides address most effectively.

No social downtime. The injection points heal within hours with no visible mark. Men returning to work the next day don’t have to explain anything to colleagues.

Compatible with active lifestyles. Unlike resurfacing lasers that require sun avoidance for weeks, polynucleotides have no such restriction. Men who train outdoors, play golf, or travel aren’t constrained.

Subtle development. The result emerges over 4-8 weeks rather than appearing immediately. This gradual onset makes the change look like natural skin improvement rather than the obvious effect of a treatment.

Lower commitment than ongoing filler. The treatment course (typically 2-3 sessions) produces results that last 6-9 months. Maintenance is straightforward and doesn’t require the more appointments that filler or anti-wrinkle injections need.

Where polynucleotides work best on male patients

The most-requested areas for male polynucleotide treatment:

Under-eye area. The most common request. Polynucleotides placed in the tear trough region improve skin quality, reduce visible crepiness, and soften the appearance of darkness without adding volume that might look unnatural. Men with tired-looking eyes from work stress or insufficient sleep often see meaningful improvement.

Full face. Generalised treatment across the face improves overall skin quality, hydration, and texture. Useful for men whose primary concern is “looking older than I am” without any specific feature standing out.

Neck and décolletage. The neck shows age earlier than the face for many men, particularly with sun exposure. Polynucleotides improve neck skin quality alongside other treatments. For the broader neck approach, see our guide on .

Scalp (for hair quality). Polynucleotides can be used in scalp injection to improve hair density and quality in patients with early thinning — a non-surgical to other hair restoration approaches.

Hands. The back of the hands show age particularly visibly. Polynucleotides combined with other treatments produce comprehensive hand rejuvenation. See our guide on .

The treatment course

Initial assessment. Consultation to discuss your goals, examine your skin, and plan the treatment areas. Photographs taken for comparison over time.

Treatment sessions. Polynucleotide treatment is typically delivered as a course:

Recovery between . Minimal — most patients return to normal activities immediately. Mild bruising occasionally occurs and resolves over 3-5 days.

Results timeline.

Maintenance. Single top-up sessions every 6-9 months sustain the result long-term.

Combining with other treatments

Polynucleotides combine well with other treatments for comprehensive male rejuvenation:

+ anti-wrinkle injections. Most common male combination. Polynucleotides for skin quality, conservative for dynamic lines (forehead, glabella). Often done together or with the injections at the first or second session.

Polynucleotides + dermal filler. For male with genuine volume loss, filler at specific anchor points combined with polynucleotides for overall skin quality. The filler addresses structure; polynucleotides address surface quality. See our .

Polynucleotides + Profhilo. Layered — both treatments work on skin quality through different mechanisms. Often used together for patients with significant skin quality concerns. See our for the comparison.

Polynucleotides + tear trough filler. For under-eye concerns combining hollowing (filler) with skin quality issues (polynucleotides). See our .

Polynucleotides + laser or energy-based treatment. Energy-based treatments stimulate collagen through thermal effect; polynucleotides do so biological signaling. Combined treatment can produce more comprehensive results than either alone.

How polynucleotides compare with the alternatives

vs. Profhilo: both bioremodel the skin from within, but through different mechanisms. Profhilo uses high-concentration HA; polynucleotides use DNA fractions. Polynucleotides are often considered slightly more powerful for skin regeneration; Profhilo is preferred for hydration and elasticity. Many use both.

vs. dermal filler: filler adds visible volume; polynucleotides improve skin quality. Different tools for different jobs. Patients with volume loss need filler; patients with skin quality benefit from polynucleotides.

vs. anti-wrinkle injections: AWI relaxes to soften dynamic lines; polynucleotides improve skin quality. Different mechanisms, often combined.

vs. PRP (platelet-rich plasma): both stimulate skin regeneration. PRP uses the patient’s own blood components; polynucleotides use standardised purified DNA. Polynucleotides offer more predictable results because the active ingredient is consistent across patients; PRP varies based on the patient’s individual blood composition.

vs. skin boosters: skin boosters typically HA combined with vitamins, antioxidants, and minerals. Polynucleotides deliver DNA fractions. Different active ingredients, sometimes overlapping uses. See our .

vs. fat transfer: fat transfer adds permanent volume from the patient’s own tissue. Polynucleotides don’t add volume. Different tools for different . For male patients with both volume loss and skin quality concerns, both might be appropriate at different stages.

Cost

Polynucleotide treatment at Centre for Surgery is priced per session and per area:

A typical male polynucleotide treatment course costs £1,000-£1,800 over the initial 6-8 weeks, with maintenance sessions every 6-9 months at £350-£550.

, including 0% APR, are available.

Who is a good candidate?

The ideal male polynucleotide candidate has:

Less suitable candidates:

Risks and considerations

Common (mild and self-limiting):

Less common:

Rare:

The safety profile is excellent. The biggest practical risk is disappointment in patients who expected immediate dramatic results — managing expectations at consultation is important.

Common questions

No — they don’t add volume. The improvement is in skin quality, which produces a refreshed appearance rather than an enhanced one. Most patients find that family and colleagues comment they look well-rested without identifying any change.

Subtle improvement within 1-2 weeks. Noticeable improvement at 4-6 weeks. Full effect at 8-12 weeks.

6-9 months from a completed course. Maintenance sessions extend the result.

Yes — they’re safe across all skin types. Unlike some laser treatments that require careful settings for darker skin, polynucleotides have no specific contraindications based on skin tone.

Avoid strenuous exercise on the day of treatment. Normal training resumes the next day. No restrictions on outdoor exercise, swimming, or any specific activities beyond the first 24 hours.

Typically not — the change is too gradual and too subtle to attribute to a specific intervention. Most patients find people comment they “look well” without realising treatment has been done.

Yes — often combined in the same session. The two treatments different aspects of facial ageing interfering with each other.

Polynucleotides can be performed in patients with existing HA filler — they don’t interact with each other. Sometimes used to improve overall skin quality in patients who’ve reached their limits of what filler alone can achieve.

Topical works on the outer layers of skin. Polynucleotides work through dermal biological stimulation — the level where collagen, elastin, and the extracellular matrix actually live. Different depth, different mechanism, substantially different results.

For mild to moderate texture changes from sun damage or acne scarring, polynucleotides can produce meaningful improvement. For significant scarring, more aggressive treatment (laser resurfacing or other texture-improving treatments) is more appropriate.

Centre for Surgery · CQC-regulated · GMC specialist-registered surgeons · · · ·

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Centre for Surgery is a CQC-regulated private hospital on London’s Baker Street, delivering plastic and cosmetic surgery through GMC-registered specialist surgeons. Our expertise spans facial procedures including and , , for men, and body contouring procedures such as and . Patient safety, surgical excellence and natural-looking results sit at the heart of everything we do.

Centre for Surgery is a CQC-regulated private hospital on London’s iconic , offering plastic and cosmetic surgery led by GMC-registered consultant .

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