Aquila Medical Center · Singapore CBD
Enlarged Pores & Uneven Skin Texture Treatment in Singapore
Pores cannot be permanently “closed,” but their appearance can often be reduced. The right treatment depends on why your pores look prominent — sebum output, loss of elasticity around the follicle, acne scarring, photodamage, or a combination of all four.
At Aquila Medical Center, treatment is planned after assessing skin type, pore pattern and distribution, acne history, pigmentation tendency, barrier condition, downtime tolerance and previous procedures. Options may include medical skincare, fractional laser resurfacing, other energy-based devices, and selected adjunctive regenerative or injectable treatments.
Singapore’s humidity, year-round UV index and air-conditioned indoor environments create a particular combination of high sebum output and barrier stress. That is one reason pore and texture concerns are among the most common reasons patients attend a medical aesthetic clinic here, and why an approach copied from temperate-climate protocols does not always translate well.
Why pores look larger
High sebum output, reduced elasticity in the tissue supporting the follicle, and increased follicular volume are the three contributors most consistently described in the clinical literature. Acne, cumulative UV exposure and genetics modify all three.
Why one treatment rarely fits all
Oil-dominant pores, acne-scar-related texture and age-related laxity have different underlying drivers. A combination plan staged over months usually outperforms repeating a single modality, particularly when more than one mechanism is present.
What realistic improvement means
Treatment aims to make pores less visible and the skin surface more even under normal lighting. Results vary between individuals, maintenance is usually required, and permanent pore elimination is not a realistic endpoint.
| Concern treated | Enlarged or conspicuous facial pores, rough or uneven surface texture, atrophic acne scarring, oily and congested skin, photoageing-related roughness |
|---|---|
| Common areas | Nose, medial cheeks, forehead and chin — the regions with the highest density of sebaceous glands |
| Assessment | Skin type and Fitzpatrick phototype, sebum distribution, comedone load, scar type, pigmentation status, barrier condition and previous treatment response |
| Typical options | Medical skincare, chemical exfoliation, fractional ablative and non-ablative lasers, picosecond fractional optics, radiofrequency microneedling, selected injectable skin-quality treatments |
| Typical downtime | From none, with gentle protocols, to several days of redness, dryness and flaking after fractional ablative resurfacing |
| Sessions | Highly variable. Device-based studies commonly use a series of treatments spaced several weeks apart; your plan is set after assessment |
| Key risk in Asian skin | Post-inflammatory hyperpigmentation, which is influenced by phototype, device settings, inflammation and sun exposure after treatment |
| Where | Aquila Medical Center, 160 Robinson Road, #05-01 SBF Centre Medical Suites, Singapore 068914 |
The biology
What are enlarged facial pores?
Visible facial pores are the openings of pilosebaceous units — the structures that contain a hair follicle and its associated sebaceous gland. They are normal anatomy, not defects, and every person has them. Clinical reviews consistently describe three major contributors to an enlarged pore appearance: increased sebum excretion, reduced elasticity in the tissue around the pore, and increased follicle volume. Age, genetics, chronic acne, sex hormones, cumulative sun exposure and skincare habits all modify how visible those pores appear.
Sebum makes pores look more conspicuous for two reasons. First, sebaceous activity is concentrated in the nose, forehead, chin and medial cheeks, so pores in those zones are anatomically larger to begin with. Second, oil sitting at the surface changes how light reflects off the skin, deepening the shadow at each opening. This is why the same face can look smooth in the morning and visibly porous by mid-afternoon in Singapore’s humidity, without any structural change having occurred.
With age and cumulative ultraviolet exposure, collagen and elastic fibres around the follicle weaken. The pore opening can then appear more oval, stretched or teardrop-shaped rather than round, and gravity begins to elongate pores on the mid-cheek in a downward direction. This pattern — elongated rather than simply wide pores — is a useful clinical clue that laxity, rather than oil, is the dominant driver.
Acne adds a third mechanism. Comedones physically distend the follicular opening, and inflammation distorts the surrounding architecture. Once inflammation resolves, atrophic scars may remain: shallow rolling depressions, sharply demarcated boxcar scars, or narrow deep icepick scars. Patients frequently describe icepick scars as “large pores,” and the distinction matters enormously, because a true icepick scar extends deep into the dermis and does not respond to the sebum-control measures that help genuine pore prominence.
Texture concerns are also not always about pores at all. Closed comedones, sebaceous hyperplasia, milia, keratosis pilaris on the cheeks, and residual erythema from resolved acne all create surface irregularity that reads as “bad texture” to the patient but requires quite different management. Part of the value of a medical consultation is separating these out before any device is switched on.
This distinction drives everything that follows. A younger patient with oily skin and congestion may principally need sebum and comedone control. A patient with established acne scars needs resurfacing or scar-directed procedures. A patient whose pores have become more obvious with age is likely to benefit more from collagen-remodelling strategies and strict photoprotection. Where two or three of these overlap, the sequence in which they are addressed is often more important than the choice of device.
Singapore skin assessment
Why skin type and pigmentation risk matter
Singapore’s population spans a wide range of Fitzpatrick skin types, and a large proportion of patients are concerned not only about pores but also about pigmentation. Treatments that intentionally create heat or controlled injury can trigger post-inflammatory hyperpigmentation in susceptible skin. That risk is influenced by phototype, device and wavelength, fluence, treatment density, recent sun exposure, background inflammation and the quality of aftercare.
Before choosing a procedure, the clinician should assess the whole surface problem: active acne, comedones, sebaceous activity, melasma, lentigines, atrophic scars, baseline erythema, sensitivity and any previous adverse reactions. If pigmentation is unstable or the barrier is inflamed, it is usually sensible to stabilise those issues first. Resurfacing an inflamed face is one of the more reliable ways to produce months of unwanted brown discolouration.
Practically, this means the assessment order at Aquila is usually: diagnose, calm, then remodel. Active acne is settled and any melasma stabilised before energy-based texture work begins. Where pigmentation is the more pressing concern, our pigmentation treatment pathway is addressed first; where acne is still active, the acne treatment plan takes priority.
Start with fundamentals
Skincare that supports pore and texture treatment
Oil and congestion control
Salicylic acid is lipophilic, so it can exfoliate within oily follicles and reduce comedonal congestion. Gentle cleansing is preferable to repeated harsh scrubbing, which disrupts the barrier and can worsen both irritation and rebound oiliness.
Retinoids and turnover
Topical retinoids have well-established roles in acne and photoageing and may improve texture over time by normalising keratinisation and supporting dermal remodelling. Suitability depends on skin sensitivity, pregnancy status and medical advice.
Daily photoprotection
A randomised trial of daily broad-spectrum sunscreen use demonstrated measurably less photoageing over four and a half years compared with discretionary use. Sunscreen also lowers the chance that treatment-related inflammation becomes persistent pigmentation.
Niacinamide
A double-blind study of topical 2% niacinamide reported a significant reduction in sebum excretion rate after two to four weeks. It is generally well tolerated across skin types and is often used alongside barrier-supporting moisturisers.
Barrier repair
Ceramide-containing and humectant moisturisers reduce transepidermal water loss. A compromised barrier amplifies irritation from actives and increases the pigmentary response to any procedure, so barrier repair is often the first two weeks of a plan.
What to stop
Physical scrubs, pore strips, abrasive brushes, alcohol-heavy toners and frequent extraction at home tend to inflame follicles rather than shrink them. Heavy occlusive make-up and infrequent cleansing after a humid commute compound congestion.
Skincare cannot physically erase established atrophic acne scars or reverse age-related structural change. What it can do is reduce oil, clear comedones, calm inflammation, restore the barrier and prevent new pigmentary damage — which improves the environment in which any procedure is performed and reduces preventable complications. In practice, patients who arrive with a stable four-to-six week skincare routine tolerate resurfacing better and recover faster than those who start everything on the same day.
Medical treatment options
Procedures for enlarged pores and uneven texture
Clinical reviews of enlarged pore management include topical therapies, chemical peels and several laser or device-based approaches. The choice should be tailored to the dominant cause and to the patient’s tolerance for redness, swelling, peeling and pigment risk. None of the options below is universally superior; each addresses a different part of the problem.
Fractional Er:YAG resurfacing
Er:YAG at 2940 nm is strongly absorbed by water and can remove microscopic columns of tissue with relatively precise ablation and limited residual thermal damage. Fractional delivery leaves intervening skin intact, which supports faster healing while still stimulating dermal remodelling. It may be considered when rough texture, acne scars, fine lines or photodamage accompany visible pores.
Because it is ablative, downtime is more noticeable than with gentler non-ablative approaches. Redness, swelling, dryness, crusting or peeling can occur over several days. Settings should be adjusted to skin type and treatment goal rather than applied as a fixed protocol. Learn more about our 2D laser pore tightening approach.
Non-ablative and picosecond fractional approaches
Studies have reported improvement in enlarged pores with non-ablative fractional lasers, long-pulsed 1064 nm Nd:YAG and picosecond lasers used with fractional optics or microlens arrays. A 2024 randomised split-face trial found comparable pore improvement between a 1064 nm picosecond fractional system and a 1565 nm non-ablative fractional laser, with differences in pain and tolerability rather than outcome.
These approaches generally cause less surface disruption than ablative resurfacing, which is attractive for working patients in the CBD. The trade-off is that several sessions are typically used in published studies, and results vary by device, wavelength and protocol.
Fractional CO2 resurfacing
Fractional CO2 at 10,600 nm produces deeper columns of thermal injury than Er:YAG and has been evaluated clinically and histologically for enlarged facial pores. It can be effective where texture change is substantial, but it carries the longest downtime of the ablative options and the highest pigmentary risk in darker phototypes, so settings and candidate selection matter more than with any other device on this page.
Radiofrequency microneedling
RF microneedling delivers energy into the dermis through insulated or non-insulated needles. It is used for acne scars, texture and collagen remodelling. Because needle depth and energy are independently adjustable, it is useful when textural irregularity extends deeper than superficial roughness, and because the epidermis is comparatively spared it is often favoured in pigment-prone skin. Temporary redness, swelling, pinpoint bleeding and post-inflammatory pigmentation remain possible.
Peels and superficial decongestion
Chemical exfoliation is useful when oil, comedones and superficial roughness dominate. Salicylic, glycolic and mandelic acid peels each have different penetration and irritation profiles. Hydradermabrasion or cleansing procedures can make pores look temporarily cleaner, but they do not permanently change follicular anatomy. These are best framed as maintenance or adjunctive care rather than structural pore remodelling.
Light-based and vascular adjuncts
Where residual post-acne redness or lentigines contribute to the perception of uneven texture, broadband light or vascular laser may be considered alongside texture work. Improving background tone often makes surface irregularity look less pronounced even before the surface itself has changed. See broadband light (BBL) and vascular laser treatment.
Adjunctive treatments
Skin boosters, polynucleotides and exosome-based products
Injectable skin-quality treatments are often discussed alongside lasers because hydration, dermal support and overall skin quality all influence how texture reads. Hyaluronic-acid skin boosters can improve hydration and may make fine surface irregularities less conspicuous. Polynucleotide and PDRN products have a growing aesthetic literature, but systematic reviews have highlighted substantial variation in products, techniques, endpoints and study quality. They are best presented as adjunctive options with evolving evidence rather than guaranteed pore-tightening treatments. Related options at our clinic include ECM skinbooster and trehalose HA skinbooster.
Exosome-based products are another rapidly developing category. Preclinical and early clinical literature explores their role in cell signalling, wound healing and skin rejuvenation, but formulations are heterogeneous and regulatory status, purity, concentration and manufacturing quality vary widely between suppliers. Claims should therefore be tied to the specific product and its evidence rather than assuming that all “exosomes” behave identically. Our Purasome exosome page describes what we use and why.
Collagen stimulators are a further category worth understanding. Injectable type 1 collagen and PCL biostimulators act on dermal support rather than on the pore opening itself. Where laxity around the follicle is the dominant driver, improving dermal structure can reduce the elongated appearance of pores, though this is a slower and more gradual change than surface resurfacing.
Small studies have also examined intradermal botulinum toxin, alone or with hyaluronic acid filler, for pore appearance, reporting reductions in measured pore volume and roughness — with the strongest responses in patients whose pores were associated with facial oiliness. This remains an off-label, evidence-limited use rather than a first-line option, and it is mentioned here for completeness rather than as a recommendation.
At Aquila, the purpose of combining treatments is not to add as many procedures as possible. It is to select complementary interventions: one addressing oil and congestion, another remodelling scar or pore architecture, and another supporting hydration or recovery. The plan should remain understandable, staged, costed in advance and measurable.
Choosing a pathway
Matching treatment to the dominant problem
The table below is a planning framework rather than a prescription. Most patients have more than one driver, and the sequence usually matters as much as the selection.
| Main concern | What may be driving it | Options often discussed |
|---|---|---|
| Oily, congested pores | High sebum output, comedones, product occlusion | Appropriate medical skincare, salicylic acid or retinoid-based care, selected peels, cleansing procedures. Energy devices only if structural concerns coexist. |
| Pores with acne scars | Atrophic scarring plus follicular enlargement | Fractional resurfacing, RF microneedling, scar-specific techniques such as subcision or focal TCA, combined according to scar type. |
| Age-related pore visibility | Reduced elasticity and photoageing | Fractional laser or other collagen-remodelling devices, strict photoprotection and selected skin-quality adjuncts. |
| Pores plus pigmentation | UV damage, lentigines, melasma or post-inflammatory hyperpigmentation | A staged plan that accounts for the pigment diagnosis and phototype. Aggressive resurfacing may need modification or deferral. |
| Rough, dull surface without scarring | Retained corneocytes, dehydration, barrier disruption | Gentle chemical exfoliation, barrier repair, hydration-focused adjuncts. Often the fastest visible improvement of any category here. |
| Persistent post-acne redness | Residual vascular change rather than texture | Vascular laser or broadband light, with texture work considered separately once erythema has settled. |
| Deep icepick scarring | Narrow full-thickness dermal tracts | Focal chemical reconstruction, punch techniques or targeted resurfacing. Generally does not respond to sebum control or superficial devices. |
| Sensitive or barrier-compromised skin | Over-exfoliation, irritant contact, active inflammation | Withdraw aggravating products, restore barrier, defer procedures. Treating through an inflamed barrier tends to worsen both texture and pigment. |
Treatment planning
Sessions, downtime, safety and how results are measured
There is no universal session count for enlarged pores. Published studies typically use a treatment series, but the number and interval vary widely by modality, energy setting and endpoint. A shallow fractional treatment intended to minimise downtime is not equivalent to a more intensive resurfacing procedure, and someone treating oil-dominant pores will follow a different schedule from someone treating established acne scarring. Any clinic quoting a fixed number of sessions before examining your skin is guessing.
Expected reactions also vary by modality. Non-ablative treatments commonly cause transient redness and mild swelling for a day or two. Ablative fractional resurfacing can produce several days of erythema, dryness, crusting or peeling, sometimes with a bronzed appearance before the surface sheds. RF microneedling typically causes redness, swelling and pinpoint marks that settle within a few days. In pigment-prone skin, post-inflammatory hyperpigmentation is the most important risk to discuss in advance, and it is usually delayed rather than immediate, appearing one to four weeks after treatment. Infection, prolonged inflammation, herpes simplex reactivation and scarring are less common but clinically significant complications of any procedure that disrupts the skin barrier.
| Stage | What is typical | What matters most |
|---|---|---|
| Days 0–2 | Redness, warmth and mild swelling. Ablative treatments may feel like sunburn. | Cool compresses, bland emollients, no actives, no heat or vigorous exercise. |
| Days 3–7 | Dryness, flaking or fine crusting with ablative treatments. Pinpoint marks resolve after microneedling. | Do not pick or exfoliate. Strict sun avoidance and daily broad-spectrum sunscreen. |
| Weeks 2–4 | Surface looks smoother and make-up sits better. Any post-inflammatory pigmentation would typically appear in this window. | Reintroduce actives gradually. Report any darkening early rather than waiting. |
| Months 1–3 | Collagen remodelling continues. Texture and pore prominence change more slowly than surface smoothness. | Standardised review photography and a decision on whether to repeat. |
| Ongoing | Sebum output and photoageing continue, so improvement is maintained rather than fixed. | Maintenance skincare, sun protection and periodic treatments where indicated. |
Progress should be documented with consistent photography and realistic endpoints. Pore visibility changes dramatically with lighting angle, make-up, oiliness, camera lens and time of day, so casual phone photographs taken under different conditions are actively misleading. We look for changes in overall texture, pore prominence, acne activity and patient-reported satisfaction rather than claiming pores have “closed.” Maintenance skincare and photoprotection remain necessary after procedural improvement, because neither sebum production nor UV exposure stops when a treatment course ends.
What to expect at Aquila
A structured consultation rather than a one-size package
Your consultation reviews how long the pore or texture concern has been present, acne history, current skincare and actives, previous lasers or peels and how you responded to them, tendency to pigment, relevant medications including isotretinoin use, sun exposure habits and the amount of downtime you can realistically accept.
Examination then determines whether the dominant problem is pore visibility, comedonal congestion, atrophic acne scarring, laxity, pigmentation, residual erythema or a combination. Where scarring is present, scar type is characterised individually, since rolling, boxcar and icepick scars respond to different techniques.
We can then discuss the trade-offs between gentler repeated treatments and more intensive resurfacing, including what each will cost across a full course rather than per session. For patients with multiple concerns, a staged plan is usually clearer: stabilise acne or pigmentation first, then remodel texture, then move to maintenance where appropriate.
- Doctor-led assessment and treatment selection.
- Singapore and Asian skin considerations, including post-inflammatory hyperpigmentation risk.
- Existing Aquila laser and energy-based technologies selected according to indication, not availability.
- Standardised review photography rather than marketing comparisons.
- No claim that a single device permanently shrinks every pore.
Setting expectations
Common myths about pores and skin texture
“Pores open and close”
Pores have no muscle and cannot dilate or contract. Hot water and steam soften sebum and debris, making extraction easier; cold water causes brief tissue contraction that looks like tightening. Neither changes follicular anatomy.
“Scrubbing harder clears them”
Aggressive physical exfoliation and pore strips remove surface material but inflame the follicle and disrupt the barrier. Inflammation and barrier loss both make pores look worse over the following weeks.
“Oily skin does not need moisturiser”
Stripping the skin often provokes more oil, not less. A light, non-comedogenic moisturiser supports the barrier and generally improves how skin looks and how well it tolerates actives and procedures.
“Those black dots are dirt”
Open comedones are oxidised sebum and keratin, not trapped dirt. Sebaceous filaments on the nose are normal physiology and refill within weeks of any extraction — they are not a condition to be eliminated.
“Stronger settings work better”
Beyond a certain point, additional energy adds inflammation and pigment risk rather than improvement. In darker phototypes this trade-off turns unfavourable earlier than most marketing suggests.
“One session will fix it”
Structural change in the dermis takes weeks to months, and most published protocols use a series. Single-session promises are usually describing temporary surface effects such as reduced oil and lifted debris.
Frequently asked questions
Enlarged pores & skin texture FAQ
Can enlarged pores be permanently closed?
No. Pores are normal follicular openings and have no closing mechanism. Treatment can reduce how prominent they appear by controlling sebum, clearing comedones, improving the support tissue around the follicle and remodelling surface texture, but permanently closing pores is not a realistic biological endpoint and should not be promised.
What is the best treatment for enlarged pores?
There is no single best treatment for every patient. Oil-dominant pores often respond to medical skincare and sebum control. Acne-scar-related texture may require fractional resurfacing or RF microneedling. Age-related pore visibility usually needs collagen-remodelling approaches and photoprotection. Assessment determines which driver is dominant, and combination plans are common.
Is laser better than RF microneedling for texture?
They work differently rather than competing. Lasers deliver light energy absorbed by water or pigment and can target superficial or deeper skin depending on wavelength and fractional pattern. RF microneedling delivers radiofrequency energy through needles directly into the dermis, comparatively sparing the epidermis. The better choice depends on scar type, phototype, pigmentation risk, acceptable downtime and how you have responded to previous treatment.
How many sessions will I need?
The number depends on device, intensity, the dominant driver and your treatment goal. Published pore studies commonly use multiple sessions spaced several weeks apart, but that does not mean every patient needs the same schedule. A plan is set after assessing the skin and agreeing how much downtime you can accept.
Can skin boosters shrink pores?
Skin boosters can improve hydration and overall skin quality, which often makes texture look smoother and pores less conspicuous. Evidence for directly and permanently shrinking pores is limited. They are better considered adjuncts than substitutes for oil control or structural resurfacing when those are the main issues.
Are exosomes proven for pores?
Exosome research in skin rejuvenation is evolving, but products and protocols vary substantially between manufacturers. Evidence from one formulation should not be generalised to all. At present exosome-based treatments are better framed as adjunctive or investigational rather than a stand-alone proven pore treatment.
What downtime should I expect?
It ranges from minimal redness after gentler treatments to several days of redness, dryness and peeling after fractional ablative resurfacing. RF microneedling typically causes swelling and pinpoint marks for a few days. Your plan should be matched to the downtime you can accommodate, not the other way around.
Can enlarged pores and pigmentation be treated together?
Sometimes, but the plan must account for the type of pigmentation and the risk of post-inflammatory hyperpigmentation. In melasma or pigment-prone skin, aggressive heat or inflammation can worsen colour, so a staged approach that stabilises pigment first is often safer.
Are enlarged pores genetic?
Genetics strongly influence baseline sebaceous gland activity, follicle size and skin thickness, so a familial tendency is common. Genetics set the starting point, but sun exposure, acne history, skincare habits and age all determine how prominent pores eventually become, which is why the modifiable factors are still worth addressing.
Do pores get bigger with age?
Pore appearance often changes with age rather than simply enlarging. Sebum output tends to decline, but collagen and elastic support around the follicle weakens, so pores can look more elongated, oval or teardrop-shaped, particularly on the mid-cheek. Cumulative UV exposure accelerates this change.
Are these black dots on my nose blackheads?
Often they are sebaceous filaments, which are a normal physiological structure lining the follicle, rather than true open comedones. Sebaceous filaments refill within weeks of extraction and are not a disease. True blackheads are oxidised comedones and respond to retinoids, salicylic acid and professional extraction.
Will drinking more water or changing my diet reduce my pores?
Hydration and diet support general skin health, but no dietary change has been shown to reduce pore size directly. Some patients find high-glycaemic diets aggravate acne, and improving acne can secondarily improve texture. Diet is a reasonable adjunct, not a treatment.
Does makeup make pores worse?
Heavy occlusive foundations left on through a humid day can contribute to congestion, particularly if cleansing is inadequate. Non-comedogenic formulations and thorough evening cleansing are usually sufficient; there is rarely a need to stop makeup entirely.
Can I treat pores while I have active acne?
Active inflammatory acne is usually settled first. Treating through active inflammation increases the risk of post-inflammatory hyperpigmentation and can worsen scarring. Once acne is controlled, texture and scar work is both safer and more effective.
Can I have laser treatment if I have taken isotretinoin?
Recent isotretinoin use is relevant to timing and to the choice of procedure, and it should always be declared at consultation. Current guidance is more permissive than it once was for some procedures, but the decision is individual and depends on dose, duration and how recently treatment ended.
Is pore and texture treatment painful?
Topical anaesthetic is generally applied before energy-based procedures. Most patients describe fractional laser as a hot prickling sensation and RF microneedling as pressure with brief sharpness. Chemical peels typically cause transient stinging. Discomfort is short-lived and settings can be adjusted.
How soon can I wear makeup or return to work?
After gentler non-ablative treatments and peels, many patients return to work the same or next day. After fractional ablative resurfacing, most prefer several days before wearing makeup, and mineral makeup is usually reintroduced once the surface has fully sealed. Timing is confirmed at your review.
Do results last?
Improvement in texture and pore prominence can be durable, but neither sebum production nor ultraviolet exposure stops after treatment. Maintenance skincare, daily photoprotection and periodic treatments where indicated are what preserve the result over years.
Singapore medical aesthetic clinic
Pore and texture consultation at Aquila Medical Center
Aquila Medical Center is located at 160 Robinson Road, #05-01 SBF Centre Medical Suites, Singapore 068914, in the Central Business District, a short walk from Tanjong Pagar, Shenton Way and Telok Ayer MRT stations. If you are searching for enlarged pore treatment, acne-scar texture treatment or laser resurfacing in Singapore, a consultation can help identify the dominant cause and the treatment options that suit your skin type.
Our aim is a practical plan that balances visible improvement, safety, downtime and maintenance. Results vary between individuals and treatment recommendations are always individualised after examination. You can read more about our doctors or review our wider general skin treatments.
References
Scientific references & further reading
1. Lee SJ et al. Facial pores: definition, causes, and treatment options. Dermatol Surg. 2016. PubMed.
2. Dong J, Lanoue J, Goldenberg G. Enlarged facial pores: an update on treatments. Cutis. 2016. PubMed.
3. The efficacy and adverse effects of treatment options for facial pores: a review article. 2022. PubMed.
4. Kwon HH et al. Clinical and histological evaluations of enlarged facial skin pores after fractional CO2 laser. PubMed.
5. Efficacy and safety of 1565-nm non-ablative fractional laser versus long-pulsed 1064-nm Nd:YAG laser in enlarged facial pores. PubMed.
6. Comparison of 1064-nm picosecond laser with fractionated microlens array and 1565-nm non-ablative fractional laser for enlarged pores: randomized split-face trial. 2024. PubMed.
7. Kream EJ et al. Global trends and evidence evaluation: systematic review of polynucleotide and PDRN therapy in dermatology. 2026. PubMed.
8. The effectiveness of polynucleotides in esthetic medicine: a systematic review. PubMed.
9. American Academy of Dermatology. Acne and retinoid-based skin-care information. AAD.
10. American Academy of Dermatology. Sun protection and photoageing guidance. AAD.
11. Fractional radiofrequency treatment in acne scars: systematic review of current evidence. PubMed.
12. Review of fractional nonablative lasers for dermatologic conditions in darker skin phototypes. 2024. PubMed.
13. Post-inflammatory hyperpigmentation: a systematic review of treatment outcomes. PubMed.
14. Clinical evidence and commercial landscape of topical exosomes for skin rejuvenation: a scoping review. 2026. PubMed.
15. Draelos ZD et al. The effect of 2% niacinamide on facial sebum production. J Cosmet Laser Ther. 2006. PubMed.
16. Hughes MCB, Williams GM, Baker P, Green AC. Sunscreen and prevention of skin aging: a randomized trial. Ann Intern Med. 2013;158:781–790. PubMed.
17. Sitohang IB, Sirait SA, Suryanegara J. Microneedling in the treatment of atrophic scars: a systematic review of randomised controlled trials. Int Wound J. 2021. PubMed.
18. Microneedling monotherapy for acne scar: systematic review and meta-analysis of randomized controlled trials. 2022. PubMed.
19. Comparing the efficacy and safety of microneedling and its combination with other treatments in acne scars: a network meta-analysis. 2024. PubMed.
20. A study of combined onabotulinumtoxinA and hyaluronic acid filler for the treatment of enlarged facial pores. PMC.
This page provides general educational information about enlarged pores and skin texture and does not replace an individual medical consultation, diagnosis or treatment recommendation. Treatment availability, device settings and suitability depend on clinical assessment, and outcomes vary between individuals. Content reviewed by the medical team at Aquila Medical Center, Singapore. Last reviewed: 25 August 2026.