How Polynucleotide Treatment Improves Under-Eye Skin

The skin beneath our eyes is one of the most delicate and vulnerable areas on the face. It is thinner, contains fewer oil glands, and is more prone to showing signs of fatigue, ageing, and dehydration. Fine lines, puffiness, and dark circles can make the face appear tired or older than it truly is. While traditional cosmetic treatments such as fillers and creams may offer temporary relief, they often fail to address the root cause of under-eye ageing — cellular damage and reduced collagen production.

This is where Polynucleotide treatment has become a breakthrough solution in modern aesthetic medicine. Rather than simply filling or tightening the skin, Polynucleotides work at a cellular level to repair, restore, and rejuvenate the skin’s natural structure.

Understanding Polynucleotide Treatment

What Are Polynucleotides?

Polynucleotides (PNs) are long chains of nucleotides — the essential building blocks of DNA and RNA. These molecules are derived from highly purified, biocompatible DNA, typically sourced from salmon or trout because their DNA closely resembles that of humans.

When used in aesthetic treatments, Polynucleotides serve as bio-revitalising agents, meaning they help the skin repair itself naturally. They don’t alter facial structure or expression; instead, they encourage the skin’s own biological processes to produce healthier, more youthful tissue.

How Polynucleotides Work to Rejuvenate the Skin

Unlike hyaluronic acid fillers, which add immediate volume, Polynucleotides stimulate deep tissue regeneration over time. Once injected into the dermal layer, these molecules begin a cascade of biological processes that renew and strengthen the skin.

Here’s how they work:

1. Cellular Repair: Polynucleotides promote the regeneration of fibroblast cells — the ones responsible for collagen and elastin production. This leads to improved skin firmness and resilience.
2. Hydration Boost: They have a natural ability to bind water molecules, enhancing skin hydration and giving the under-eye area a plumper, fresher appearance.
3. Improved Microcirculation: By enhancing blood flow in the skin, Polynucleotides help oxygen and nutrients reach cells more efficiently, reducing dullness and dark circles.
4. Antioxidant Protection: They reduce oxidative stress caused by pollution, sun exposure, and ageing, protecting skin cells from further damage.

Over several weeks, the under-eye area becomes brighter, firmer, and smoother, with reduced signs of fatigue and ageing.

The Science Behind Polynucleotides for Under-Eye Rejuvenation

Polynucleotide therapy is rooted in regenerative medicine, which focuses on stimulating the body’s natural ability to heal itself. The science behind it is based on tissue bio-stimulation and DNA repair mechanisms.

When Polynucleotides are injected into the skin, they trigger three key biological responses:

1. Stimulation of Fibroblasts:

Fibroblasts are the cells responsible for producing collagen and elastin, two proteins that maintain the skin’s firmness and elasticity. Polynucleotides activate these fibroblasts, increasing the density and quality of collagen fibres. The result is tighter, more youthful-looking skin.

1. Regeneration of Damaged Tissue:

The DNA fragments in Polynucleotides encourage cell turnover, replacing damaged or aged cells with new, healthy ones. This accelerates the skin’s natural healing process, especially useful for thin under-eye skin that tends to lose elasticity with age.

1. Hydration and Anti-Inflammation:
2. Polynucleotides have strong hydrophilic (water-attracting) properties. They bind moisture to the skin, improving its softness and suppleness. At the same time, they reduce inflammation, making the treatment suitable even for sensitive or reactive skin types.

Through these combined mechanisms, Polynucleotide treatment not only hides the symptoms of ageing, but also reverses the underlying causes of skin fatigue and sagging.

Why Polynucleotides Are Ideal for the Under-Eye Area

The under-eye region requires a delicate approach. Traditional fillers can sometimes cause puffiness, uneven texture, or a “filled” appearance if not administered precisely. Polynucleotides, however, integrate smoothly within the skin without adding unnecessary volume.

Instead of filling, they heal and restore — making them ideal for:

• Fine lines or crepey skin under the eyes
• Dark circles caused by thin skin or poor circulation
• Mild puffiness or fluid retention
• Loss of firmness and elasticity

The Key Benefits of Polynucleotide Treatment for the Under-Eye Area

The under-eye region is one of the first areas to show signs of ageing. Due to constant facial movement, thin skin, and decreased collagen production, many people experience fine lines, puffiness, and dark circles early in life. Polynucleotide treatment directly addresses these concerns at the cellular level, offering natural and long-lasting rejuvenation.

Let’s explore the significant benefits of this advanced regenerative treatment for the under-eye area.

1. Reduction of Fine Lines and Wrinkles

Fine lines beneath the eyes often appear due to collagen breakdown and repetitive facial expressions. Polynucleotides promote fibroblast activity, the cells responsible for generating new collagen and elastin fibres.

Over time, this process restores the skin’s natural structure, leading to a visible reduction in fine lines and wrinkles. The skin appears smoother, tighter, and more youthful — without the overfilled effect that some fillers can cause.

This makes Polynucleotide treatment particularly beneficial for people who want to maintain a natural expression while achieving anti-ageing effects.

2. Diminishing Dark Circles and Pigmentation

Dark circles are one of the most common under-eye concerns, often caused by poor blood circulation, thin skin, or oxidative stress. Polynucleotides enhance microcirculation and promote cellular oxygenation, leading to a brighter, more even skin tone.

Additionally, they help strengthen the delicate capillaries under the eyes, reducing the appearance of blue or purple undertones. Because Polynucleotides also have anti-inflammatory properties, they calm irritation and pigmentation that may contribute to darker shadows.

In clinical studies, patients reported a more radiant and illuminated under-eye area within just a few weeks of treatment.

3. Decreasing Puffiness and Under-Eye Bags

Under-eye puffiness is commonly caused by fluid retention, weakened skin structure, or fat protrusion. While fillers can sometimes exacerbate puffiness by adding extra volume, Polynucleotides take a different approach; they naturally tighten and tone the skin.

By stimulating collagen and elastin production, they improve the skin’s firmness, helping reduce the visible bulge of under-eye bags. They also promote lymphatic drainage and enhance blood circulation, which minimises fluid buildup and puffiness.

The result is a smoother, more contoured under-eye area that looks rested and refreshed.

4. Improving Skin Texture and Elasticity

One of the hallmarks of ageing under-eye skin is a crepey, uneven texture. Polynucleotides rebuild the skin matrix from within, restoring elasticity and resilience.

As fibroblasts become more active, new collagen and elastin fibres form, improving the overall texture and tone of the under-eye area. This makes makeup application easier and enhances the skin’s natural luminosity.

The gradual improvement continues for several months as the body’s regenerative response remains active long after the treatment.

5. Delivering a Natural, Youthful Look

Unlike dermal fillers, which can sometimes alter facial contours or create an artificial appearance, Polynucleotides provide subtle and authentic rejuvenation. Because they work with your body’s own biological systems, the results appear progressively and look entirely natural.

Patients notice a gradual enhancement of softer lines, brighter eyes, and smoother skin without the sudden or noticeable change often associated with cosmetic injectables.

This makes Polynucleotide treatment a perfect choice for individuals seeking subtle improvement that aligns with their natural beauty.

6. Enhancing Hydration and Radiance

Hydration is essential for youthful skin, especially under the eyes, where dryness can accentuate fine lines. Polynucleotides attract and retain water molecules, helping maintain deep dermal hydration.

This hydration effect gives the skin a plump, dewy finish, which enhances light reflection and diminishes the dull, tired appearance that often accompanies dehydration.

Regular treatments can help maintain long-term moisture balance, preventing the return of dryness and fatigue.

7. Long-Lasting, Regenerative Results

Polynucleotide treatment doesn’t just offer temporary results; it encourages the skin to continue regenerating over time. Once fibroblast activity is stimulated, its effects can last for six to twelve months or longer, depending on the individual’s skin condition.

With periodic maintenance sessions, patients can enjoy continuously rejuvenated under-eye skin, maintaining brightness, firmness, and smoothness well into the future.

This regenerative process sets Polynucleotides apart from many other treatments that require frequent top-ups or offer short-lived effects.

The Treatment Process: What to Expect Before, During, and After Polynucleotide Under-Eye Therapy

Understanding the treatment journey is crucial for anyone considering Polynucleotide therapy for the under-eye area. Unlike fillers that deliver instant volume, this treatment stimulates your skin’s natural repair systems, so results develop gradually but last longer. Below is a detailed, step-by-step explanation of what to expect throughout the process.

Before the Treatment: Preparation and Consultation

Every Polynucleotide treatment begins with a professional consultation. This stage ensures the treatment plan aligns with your unique skin condition, goals, and medical history.

1. Initial Consultation

During your consultation, the practitioner will:

• Assess your under-eye area for texture, pigmentation, and elasticity.
• Discuss your concerns — whether it’s dark circles, puffiness, or fine lines.
• Review your medical history to rule out contraindications (such as active infections, pregnancy, or autoimmune disorders).
• Create a personalised treatment plan that outlines the number of sessions and expected outcomes.

This stage is essential for setting realistic expectations and determining if Polynucleotide therapy alone or in combination with other treatments (e.g., microneedling or PRP) is ideal for you.

2. Pre-Treatment Guidelines

To ensure optimal results and reduce the risk of bruising or swelling:

• Avoid blood-thinning medications like aspirin, ibuprofen, or vitamin E supplements (unless prescribed by your GP).
• Refrain from alcohol consumption for 24–48 hours before treatment.
• Pause the use of retinoids or strong acids on the under-eye area for a few days prior.
• Arrive with clean skin, free from makeup or lotions.

Following these simple steps helps prepare your skin for maximum absorption and minimal irritation.

During the Treatment: Step-by-Step Procedure

Polynucleotide therapy for the under-eye area is a minimally invasive, quick, and comfortable procedure when performed by a trained aesthetic professional.

1. Cleansing and Numbing

The treatment begins with a thorough cleansing of the under-eye region. A topical numbing cream is applied to ensure comfort during the injection process. Most patients describe the sensation as mild pressure or pinching rather than pain.

2. Microinjections of Polynucleotides

The practitioner uses ultra-fine needles to deliver small amounts of the Polynucleotide solution just beneath the skin’s surface. These precise microinjections are distributed evenly across the treatment area, targeting regions with fine lines, pigmentation, or dehydration.

Some clinics may use microcannulas (tiny flexible tubes) instead of needles to reduce bruising and increase comfort.

3. Duration of the Procedure

A typical under-eye Polynucleotide session lasts about 20 to 40 minutes, depending on individual needs.

Once complete, the treated area may appear slightly red or puffy. This is normal and usually subsides within a few hours.

After the Treatment: Recovery and Results Timeline

Polynucleotide treatments are known for their minimal downtime. Most clients resume normal activities shortly after their session, though following post-care instructions is essential for optimal healing.

1. Immediate Aftercare Tips

• Avoid touching or massaging the treated area for 24 hours.
• Do not apply makeup or skincare products for at least 12–24 hours.
• Avoid intense exercise, saunas, or hot showers for 48 hours to prevent irritation.
• Use a gentle, hydrating eye cream or soothing serum recommended by your provider.
• Always wear broad-spectrum SPF daily to protect new collagen formation.

Following these guidelines helps reduce redness and ensures smooth recovery.

2. When Results Start to Appear

Polynucleotide treatment stimulates the skin’s biological repair process, so results develop progressively:

• Days 2–7: Skin may feel hydrated, refreshed, and subtly firmer.
• Weeks 2–4: Fine lines begin to soften as collagen and elastin synthesis increase.
• Weeks 6–8: Noticeable improvement in tone, brightness, and under-eye texture.
• Months 2–3: Peak results, with smoother, plumper, and younger-looking skin.

Because the process relies on natural regeneration, patience is key. The effects are subtle but enduring.

3. Maintenance Schedule

For best results:

• Start with an initial course of 3 to 4 sessions, spaced 2–4 weeks apart.
• Schedule maintenance sessions every 6–12 months to preserve collagen activity and hydration.

Consistent follow-ups help the skin remain youthful and resilient in the long term.

4. Combining Polynucleotides with Other Treatments

Polynucleotide therapy integrates beautifully with other non-surgical aesthetic procedures:

• Microneedling enhances penetration and boosts collagen production.
• PRP (Platelet-Rich Plasma): Doubles the regenerative power by combining growth factors and cellular repair stimulation.
• Chemical Peels or Lasers: Rejuvenate surface texture while Polynucleotides restore deep dermal health.

Combination therapy must be planned carefully to avoid overstimulation or inflammation; always follow the guidance of a professional.

Who Is the Ideal Candidate for Polynucleotide Under-Eye Treatment?

Polynucleotide therapy has quickly become a go-to solution for individuals seeking to naturally rejuvenate their under-eye skin without relying on fillers, surgery, or aggressive lasers. However, like any aesthetic treatment, it’s most effective when performed on the right candidates. Understanding who benefits most helps set realistic expectations and ensures optimal, long-lasting results.

Ideal Candidates for Polynucleotide Under-Eye Rejuvenation

This treatment is highly versatile and suitable for a wide range of adults, but it’s particularly beneficial for individuals experiencing:

1. Fine Lines and Wrinkles Around the Eyes

Polynucleotide injections stimulate fibroblasts, the cells responsible for producing collagen and elastin in the skin. This process smooths fine lines and early wrinkles, especially those caused by repetitive facial movement or sun exposure.

If you’ve noticed creasing, crow’s feet, or changes in under-eye texture, Polynucleotide therapy can help restore firmness and elasticity in a natural, non-invasive way.

2. Dullness, Dehydration, and Loss of Glow

The under-eye area is prone to dryness because it contains fewer oil glands than other areas of the face. Polynucleotides act as internal hydrators, drawing and retaining moisture within the skin. This deep hydration revives dull, tired-looking eyes, helping the skin appear brighter, smoother, and more radiant.

3. Dark Circles from Thin or Fragile Skin

While some dark circles are due to pigmentation, many arise because of thin skin revealing underlying blood vessels. Polynucleotides strengthen the dermal matrix, thickening the skin and improving microcirculation. This leads to a more even tone and reduced shadowing, particularly in cases caused by skin thinning rather than melanin overproduction.

If your dark circles worsen with fatigue or age but not from genetic pigmentation, Polynucleotide therapy may be especially effective.

4. Mild Puffiness or Under-Eye Bags

Polynucleotides help balance the skin’s inflammatory response and improve lymphatic drainage. For patients with mild puffiness caused by fluid retention or tissue laxity (not fat prolapse), this therapy can visibly reduce swelling and tighten the under-eye contour.

However, in cases of severe eye bags due to fat herniation, surgical options like blepharoplasty might be more appropriate.

5. Early Signs of Ageing or Preventive Care

You don’t need deep wrinkles to benefit from Polynucleotides. Many people in their late 20s to early 30s choose this treatment preventively, to preserve collagen levels and delay the onset of visible ageing.

Think of it as future-proofing your skin, strengthening the dermal foundation before signs of fatigue, sagging, or dullness appear.

6. Post-Treatment Skin Recovery or Laser Aftercare

Polynucleotide injections also work beautifully as part of recovery plans following resurfacing procedures, chemical peels, or microneedling. Their anti-inflammatory and healing properties help repair the skin barrier and accelerate cell turnover, reducing downtime and improving final results.

Who Should Avoid Polynucleotide Treatments

Although generally very safe, Polynucleotide therapy isn’t recommended for everyone. You should avoid or postpone treatment if you:

• Are you pregnant or breastfeeding
• Have an active skin infection or open wounds in the under-eye area
• Suffer from autoimmune disorders that affect healing
• Are allergic to fish-derived products (most Polynucleotides are extracted from salmon DNA)
• Have recently undergone filler or surgery in the same area (your provider will guide on safe timing)

During consultation, your practitioner will review your medical background to confirm whether Polynucleotides are right for you.

Age Considerations

While there’s no strict age limit, Polynucleotide treatments are most effective for people aged 25–60, depending on skin quality:

• 25–35 years: Preventative therapy for hydration, early texture issues, and tired under-eyes.
• 35–50 years: Rejuvenation phase — addressing collagen loss, fine lines, and mild hollowness.
• 50+ years: Restorative support — used alongside other treatments (e.g., PRP, fillers, or laser therapy) for comprehensive rejuvenation.

No matter your age, Polynucleotides can provide a subtle, natural lift when tailored correctly to your skin’s condition.

Suitability for All Skin Types

One of the standout advantages of Polynucleotides is that they are safe for all skin tones and types. Since the treatment focuses on cellular repair rather than pigmentation or surface peeling, it carries minimal risk of post-inflammatory hyperpigmentation — a concern common in darker skin tones.

This universal compatibility makes it a trusted option across diverse patient profiles.

Comparing Polynucleotide Therapy with Other Under-Eye Treatments

Under-eye rejuvenation has evolved from traditional fillers to advanced regenerative therapies. Polynucleotide treatment stands out because it not only masks imperfections but also stimulates the skin’s natural repair process. Here’s how it compares with other popular under-eye treatments.

1. Polynucleotides vs. Dermal Fillers

How They Work:

• Dermal fillers (often hyaluronic acid-based) restore volume and smooth deep hollows instantly.
• Polynucleotides stimulate the natural production of collagen and elastin, gradually improving skin quality.

Key Differences:

• Fillers add volume, and Polynucleotides enhance regeneration.
• Fillers provide immediate results, while polynucleotides show visible improvement over 3–6 weeks.
• Fillers can sometimes cause overfilling or puffiness. Polynucleotides carry minimal risk.
• Polynucleotides improve texture, tone, and hydration without altering facial shape.

Verdict:

If you want quick results for deep hollows, fillers are a practical option. For long-term rejuvenation, firmness, and brightness, Polynucleotides are the better choice.

2. Polynucleotides vs. PRP (Platelet-Rich Plasma)

How They Work:

• PRP uses your own blood plasma, rich in growth factors, to promote healing.
• Polynucleotides are derived from purified salmon DNA and boost cell renewal and hydration.

Key Differences:

• PRP results can vary between individuals; Polynucleotides deliver more predictable and consistent outcomes.
• PRP focuses on healing and tissue repair, while Polynucleotides target hydration, elasticity, and regeneration.
• Both have minimal downtime, but Polynucleotides typically offer faster visible improvements.

Verdict:

Both are regenerative, but Polynucleotides provide superior hydration and structure restoration, making them ideal for delicate under-eye skin.

3. Polynucleotides vs. Skin Boosters (Hyaluronic Acid Injectables)

How They Work:

• Skin boosters inject hyaluronic acid to enhance hydration and improve skin smoothness.
• Polynucleotides go deeper, enhancing cell activity and DNA repair at the dermal level.

Key Differences:

• Skin boosters mainly hydrate the skin surface.
• Polynucleotides rebuild and revitalise skin from within.
• Skin boosters typically last around 6 months, while polynucleotides often last 6–9 months, providing more substantial cumulative benefits over time.

Verdict:

Skin boosters refresh the skin; Polynucleotides transform it. They provide longer-lasting results and strengthen skin over time.

4. Polynucleotides vs. Laser Treatments

How They Work:

• Laser treatments resurface skin by controlled heat to remove pigmentation and fine lines.
• Polynucleotides stimulate skin regeneration naturally, with no thermal damage.

Key Differences:

• Lasers work on the surface, and Polynucleotides repair the skin from the inside.
• Lasers often cause redness and peeling; Polynucleotides have minimal downtime.
• Lasers may cause pigmentation issues on darker skin tones, while Polynucleotides are safe for all skin types.

Verdict:

If you need surface texture correction, lasers can be a helpful solution. For gentle, deep rejuvenation and repair, Polynucleotides are safer and more versatile.

5. Polynucleotides vs. Microneedling

How They Work:

• Microneedling creates micro-injuries that trigger collagen production.
• Polynucleotides enhance DNA repair and regeneration without creating injuries.

Key Differences:

• Microneedling enhances surface texture, while polynucleotides target deep tissue health.
• Microneedling involves mild downtime, whereas polynucleotides cause little to no downtime.
• Polynucleotides provide hydration and elasticity, while microneedling focuses on stimulating collagen.

Verdict:

Microneedling helps improve texture, but Polynucleotides are gentler and more effective for the fragile under-eye area.

6. Polynucleotides vs. Eye Creams

How They Work:

• Eye creams offer topical hydration and protection, utilising ingredients such as peptides and caffeine.
• Polynucleotides repair and regenerate cells at the dermal and DNA level.

Key Differences:

• Eye creams act on the surface only; Polynucleotides work beneath the skin.
• Eye creams offer temporary improvement; polynucleotides provide structural, long-term results.
• Polynucleotides enhance firmness and resilience that topical products cannot match.

Verdict:

Eye creams are excellent for maintenance, but can’t replace the biological rejuvenation provided by Polynucleotides. Together, they create the best results.

Step-by-Step Procedure and Aftercare for Polynucleotide Under-Eye Treatment

Polynucleotide treatment may sound scientific, but in practice, it’s a safe, straightforward, and minimally invasive procedure. The process is designed to rejuvenate under-eye skin by stimulating your body’s natural healing and regenerative mechanisms. Understanding what happens before, during, and after treatment helps clients feel confident and know what to expect.

1. Consultation and Assessment

Every treatment begins with a detailed consultation.

A qualified aesthetic professional examines the under-eye area and discusses your:

• Skin concerns (such as dark circles, puffiness, fine lines, or dehydration).
• Medical history and previous cosmetic treatments.
• Desired results and expectations.

The practitioner determines whether Polynucleotides are suitable and creates a personalised treatment plan, including the number of sessions required and the spacing between them.

2. Preparation Before Treatment

Before the session:

• The skin is cleansed thoroughly to remove any makeup, sunscreen, or oils.
• A topical numbing cream is applied to ensure comfort during the procedure.
• The practitioner may mark minor injection points under the eyes for precision.

The treatment area must remain sterile at all times to prevent irritation or infection.

3. The Injection Process

The actual procedure is quick and comfortable, typically taking around 20 to 30 minutes.

Here’s how it works step-by-step:

• The practitioner injects tiny amounts of the Polynucleotide solution into the under-eye area using a fine needle or cannula.
• The injections are superficial and precise, targeting the dermal layer where skin regeneration occurs.
• The substance spreads naturally through the tissue, triggering cell activity and hydration.

The injections may create small visible bumps or mild swelling immediately afterwards — this is entirely normal and subsides within a few hours.

4. Immediate Aftercare and Recovery

After the treatment:

• The practitioner may gently massage the treated area to distribute the solution evenly.
• You might notice minor redness, swelling, or tenderness — this typically resolves within 24 to 48 hours.
• Most clients can return to normal activities the same day.

Post-treatment care tips:

• Avoid touching or rubbing the treated area for at least 24 hours.
• Refrain from makeup and active skincare (such as acids or retinol) for 1–2 days.
• Skip saunas, steam rooms, and strenuous workouts for 48 hours.
• Keep the skin hydrated and use a gentle sunscreen daily.

By following these steps, you help ensure faster healing and optimal absorption of Polynucleotides.

5. Number of Sessions Required

For best results, most professionals recommend a course of 3 to 4 treatments, spaced about 2 to 4 weeks apart.

• The first session begins the regenerative process.
• The second enhances hydration and elasticity.
• The third and fourth solidify the long-term results.

After completing the initial course, regular maintenance sessions, every 6–9 months, help sustain skin firmness and radiance.

6. When to Expect Visible Results

Unlike fillers that show instant results, Polynucleotides work gradually.

• Within the first 1–2 weeks, you’ll notice smoother and more hydrated skin.
• Around 3–6 weeks, fine lines begin to soften, and the skin looks brighter.
• Over the course of 2–3 months, collagen and elastin production increase, resulting in a firmer, more youthful appearance.

The improvements continue to develop even after the treatment course is finished, as the skin’s cellular renewal process remains active.

7. Possible Side Effects

Polynucleotide injections are generally very safe, primarily when performed by a trained professional. Still, like any aesthetic treatment, minor side effects can occur, such as:

• Temporary swelling or redness.
• Mild bruising at injection sites.
• Slight tenderness or itching (usually resolves quickly).

Severe reactions are infrequent. Because Polynucleotides are biocompatible and non-allergenic, they are well-tolerated even by sensitive skin.

8. Combining Polynucleotides with Other Treatments

For enhanced under-eye rejuvenation, Polynucleotides can be safely combined with other aesthetic treatments:

• Microneedling: Boosts collagen, while Polynucleotides enhance cell repair.
• PRP (Platelet-Rich Plasma): Increases overall regenerative effects.
• Skin boosters or fillers: For those needing both hydration and structural volume.
• Laser or light therapies: Used carefully to improve surface pigmentation.

Your practitioner will guide you on the best treatment combinations and recommend the most suitable scheduling.

9. Maintenance and Long-Term Care

To maintain the benefits of Polynucleotide therapy:

• Schedule a maintenance session every 6 to 9 months.
• Use quality eye creams with peptides or antioxidants.
• Protect the area with SPF daily.
• Maintain a healthy lifestyle, including proper hydration, adequate sleep, and a balanced diet.

Polynucleotides not only rejuvenate but also strengthen the skin’s resilience over time, making future ageing less visible.

Conclusion

The under-eye area has always been one of the most delicate and challenging regions to treat in aesthetic medicine. Traditional approaches, such as fillers, creams, or laser resurfacing, often yield mixed results or risk unnatural outcomes. Polynucleotide therapy changes that by addressing the root cause of ageing and skin fatigue at a cellular and regenerative level.

Rather than simply filling hollows or tightening skin temporarily, Polynucleotides restore biological balance, prompting the skin to rebuild itself from within. This makes the results not only more natural and gradual but also longer-lasting. The improvement in collagen production, microcirculation, and hydration helps the under-eye area look brighter, smoother, and more resilient over time.