Burn Scars and Scar Treatment: Why Contracture and Texture Need a Different Plan

Four months after a pan of hot oil tipped over her wrist, Dana can finally look at the scar without flinching. What bothers her now is stranger. When she reaches for a mug on the top shelf, the skin across her wrist pulls like a sleeve that is one size too small. A few inches higher, on the forearm, the skin has done the opposite: it has grown thick, shiny and pink, and it itches at night. Two scars, side by side, from the same splash.

That pairing is the whole reason burn scar treatment is rarely a single decision. A scar that shortens and restricts a joint is a mechanical problem. A scar that is raised, red and rough is a biological one, driven by an overactive healing response in the skin. The tools that help one can do little for the other, and a plan that treats them as the same thing tends to disappoint.

This explainer walks through what is happening under the skin, which approaches have real evidence behind them, and what the months of follow-up usually feel like.

Why a burn scar is really two problems, not one

Ask a burn surgeon what makes a burn scar different from a surgical scar and the answer is usually the same: a surgical scar is a line, while a burn scar is a landscape. Heat damages skin over an area rather than along a cut, and it often does so unevenly, deeper in some places than others. The result is a patchwork of scar that behaves in two distinct ways.

The first behavior is shrinkage. All scars contract to some degree as they heal; that pull is part of how a wound closes. When the scar sits across a joint or a natural fold, such as the neck, armpit, elbow, wrist or the corner of the mouth, that shortening becomes a contracture, a band of scar that limits how far the body part can move. The Mayo Clinic lists contracture among the recognized complications of deeper burns, and it is the complication most likely to affect daily function.

The second behavior is overgrowth. Instead of settling flat, the scar keeps building collagen, the structural protein of skin, well past the point of closing the wound. That produces a hypertrophic scar: raised, firm, often red or purple, frequently itchy. Texture problems like this rarely stop a person from moving, but they are visible, uncomfortable, and a common reason people seek help.

These two problems overlap in the same patient and even in the same scar, which is why teams talk about a contracture plan and a texture plan rather than one treatment. The contracture plan is about length and mobility. The texture plan is about thickness, color and comfort. Understanding which problem is in front of you is the first useful step, and it is a judgment a burn or plastic surgery team makes by examining how the scar looks, feels and moves.

How burn scar treatment actually works: what happens under the skin

To understand why treatment takes so long, it helps to follow a burn from injury to mature scar. Skin has two main layers: a thin outer epidermis and a thicker dermis underneath that carries blood vessels, nerves, sweat glands and hair follicles. A superficial burn damages only the epidermis and heals from cells that survive in the dermis, usually without a scar. A deeper burn destroys part or all of the dermis, and the body has to fill the gap with new tissue.

That filling is done largely by fibroblasts, cells that lay down collagen. In a normal wound they build a scaffold, then slow down as the surface closes. In many burns they do not slow down on schedule. NHS patient guidance and the Johns Hopkins burn scar overview both link scarring risk to depth and to how long a wound stays open: burns that heal quickly rarely scar much, while wounds that take weeks to close are far more likely to produce raised or tight scar tissue.

Once the surface has healed, the scar enters a long remodeling phase. Collagen is broken down and rebuilt, blood vessels gradually withdraw, and the scar softens and fades. NHS and Johns Hopkins guidance describe this maturation as commonly taking around 12 to 24 months, though the range is wide. During that window the scar is described as active or immature, and it is the period when most non-surgical burn scar treatment happens, because a scar that is still remodeling can be influenced.

Every mainstream treatment works on some part of this process. Pressure and silicone act on the immature scar’s collagen and hydration. Injections quiet the inflammatory signals that keep fibroblasts busy. Lasers create controlled micro-injuries that prompt the scar to remodel more like normal skin. Surgery bypasses the scar altogether by lengthening it or replacing it.

What is a burn contracture, and why does it tighten over time?

A contracture is scar tissue that has shortened enough to restrict movement. The word comes from the same root as “contract,” and that is exactly what the tissue does. Myofibroblasts, specialized cells that behave partly like muscle, pull the wound edges together during healing. This is helpful in a wound on the belly, where a slightly smaller scar is welcome. It is a problem in a wound that crosses the elbow, because skin over a joint must stretch every time the joint bends.

The tightening is often gradual. In the first weeks after healing, a person may notice nothing more than a faint tug at the end of a movement. Over months, as the scar remodels and shortens, the range narrows. The neck may not extend fully, the fingers may not open flat, the armpit may not allow the arm to lift overhead. In children the effect is magnified, because scar does not grow at the pace of the child around it; a scar that was comfortable at five can feel tight at eight without any change in the scar itself.

Contractures matter beyond movement. A tight neck scar can pull the lower lip down or affect posture. Eyelid contractures can stop the lid from closing, which risks drying of the eye. Hand contractures interfere with grip and with everyday tasks such as buttoning a shirt. The Mayo Clinic and MedlinePlus both list functional limitation from contracture as a reason deeper burns need specialist follow-up rather than simple wound care.

The essential point is that contracture is a length problem, and only two things add length: stretching the scar while it is still soft enough to respond, or surgically releasing and replacing it. Creams, lasers and pressure garments do many useful things, but they do not lengthen a shortened scar.

Hypertrophic scar after burn: why it turns raised, red and itchy

A hypertrophic scar is a scar that has grown thicker and higher than the surrounding skin but stays within the original wound boundary. That last detail separates it from a keloid, a rarer type of scar that spreads beyond the wound into normal skin and can keep growing for years. Both are described on the NHS scars page, and both are more common after burns than after clean surgical cuts, because burns keep the wound open longer and inflame a wider area.

Three features usually go together. The scar is raised, because collagen is being deposited faster than it is broken down. It is red or purple, because the immature scar is packed with small blood vessels that have not yet regressed. And it itches, sometimes fiercely, because healing skin releases chemical signals such as histamine and because the regenerating nerves in a scar can fire abnormally. Itch is one of the most common complaints people bring to a burn clinic, and it tends to peak during the active months of scarring before easing as the scar matures.

Where a burn heals also shapes the texture. Scars over the chest, shoulders and upper back are prone to becoming thicker. Skin that heals with a grafted patch often shows a mesh or cobblestone pattern from the way the graft was applied. Areas that were burned less deeply may heal with color change alone, either darker or lighter than the person’s usual skin tone, without much thickness.

Texture problems are the natural target of the non-surgical toolkit: pressure, silicone, massage, injections and laser. Surgery has a smaller role here and is generally reserved for scars that remain thick and troublesome after the scar has matured, or that can be improved by cutting out a narrow band and closing it neatly.

Who is usually offered burn scar treatment, and who is asked to wait

Scar management does not start on the day of the burn. It begins once the wound has fully closed, and the timing of what comes next depends on the scar’s stage. Teams tend to think in two windows: the active window, when the scar is still red, raised and changing, and the mature window, when it has settled.

Non-surgical texture measures are usually offered early, during the active window. Pressure garments, silicone, moisturizing and massage are typically introduced as soon as the new skin is robust enough to tolerate them, which the Johns Hopkins burn scar guidance frames as a decision made once the wound has healed and the surface is no longer fragile. Starting these early is considered sensible because an immature scar is the one most likely to respond.

Contracture prevention also starts early, through positioning, splinting and stretching led by physical or occupational therapists. What generally waits is contracture release surgery. Operating on an active, inflamed scar carries a higher chance that the new scar will behave the same way, so surgeons commonly prefer to wait until the scar has matured unless the contracture is causing an urgent functional problem, for example an eyelid that will not close or a hand that is losing joint mobility fast. In those situations the balance tips toward earlier surgery.

Children are a partial exception in both directions. Because growth drives new contracture, children may need repeated releases over years, and teams follow them long after adults would be discharged. Laser treatment for raised scars is often offered during the active phase in specialist centers, but availability and the team’s judgment vary. Who is asked to wait, in the end, is anyone whose scar is likely to improve on its own over the coming months or whose surgery would be safer once the tissue has quieted down.

Do pressure garments for burn scars work?

Pressure garments are custom-fitted elastic sleeves, vests, gloves or masks that apply firm, even compression to a healing scar. They have been a standard part of burn scar treatment for decades, and they are among the first things a person is likely to be fitted for once the skin has healed.

The proposed mechanism is straightforward. Sustained pressure reduces blood flow to the scar, which is thought to lower the oxygen and nutrient supply to the overactive fibroblasts, slow collagen production and encourage the collagen that does form to lie flatter and more parallel. Pressure also seems to reduce swelling and, in many people, itch.

What does the evidence show? Honestly, less than the long tradition suggests. Reviews of pressure garment studies have found modest benefits for scar height and possibly for softness, with less certainty about color and overall appearance, and the trials are small and vary in how much pressure was applied and for how long. Mainstream guidance, including the Johns Hopkins burn scar overview, continues to recommend garments for scars at risk of becoming hypertrophic, while acknowledging that the research base is imperfect.

The practical burden is real. Guidance typically describes wearing garments for most of every day, removing them only for washing and skin care, for a year or more until the scar matures. Garments are hot, they need replacing as they lose elasticity, and they are hard to keep on small children. Skin under a garment can break down if the fit is wrong, which is why fittings are repeated and why therapists check pressure points.

The fair summary is that pressure garments are a reasonable, low-risk, well-established option for texture control that probably helps raised scars become flatter and softer, and that they do nothing for a contracture that has already formed. Whether the benefit justifies the daily effort for a given scar is a conversation to have with the therapist who fits them.

Silicone, moisturizer and massage: the everyday toolkit for texture

Alongside pressure, three humble measures make up the daily routine for most people with a healing burn scar. None of them is dramatic, and that is part of their appeal: they are safe enough to do at home for months.

Silicone comes as a soft gel sheet that is worn over the scar or as a gel that dries to a thin film. Its mechanism is not fully settled, but the leading explanation is hydration: silicone traps moisture in the outer layer of scar, which appears to signal the fibroblasts beneath to slow collagen production. It may also reduce tension and itch. The NHS scars page lists silicone sheets and gels among the recognized options for hypertrophic and keloid scars, and reviews have found they can reduce scar thickness and redness, though many of the trials are small and at risk of bias. Silicone is usually used for many hours a day over several months, and sheets can be worn under pressure garments.

Moisturizing addresses a quieter problem. Deeper burns destroy sweat and oil glands, so the new skin cannot lubricate itself. Dry scar is itchy scar, and dry scar cracks. A plain, unperfumed moisturizer applied regularly keeps the surface supple and is a routine recommendation in NHS burn recovery guidance.

Scar massage, firm pressure moved slowly across the scar in circles or along its length, is thought to help soften and flatten tissue and to desensitize nerves that overreact to touch. The evidence for massage is weaker than for silicone and consists mostly of small studies, so it is best regarded as a low-risk adjunct that many patients find comforting rather than a proven scar-flattener. Therapists teach the technique and advise how much force the new skin can take, since vigorous rubbing on fragile scar can blister it.

Laser treatment for burn scars: what the evidence supports

Laser has moved from novelty to mainstream in burn scar care over the past two decades, and it is the treatment people ask about most. Two families of laser are used, and they do different jobs.

Vascular lasers, such as the pulsed dye laser, target the red pigment in blood. The energy is absorbed by the small vessels that make an immature scar red, heating and closing them. The goal is to reduce redness and, in many patients, itch. Fractional lasers work differently. A fractional laser fires a grid of tiny beams that create microscopic columns of injury in the scar while leaving the surrounding tissue intact. Ablative versions vaporize those columns; non-ablative versions heat them without removing tissue. The scar responds by remodeling, breaking down disorganized thick collagen and replacing it with tissue that is often softer, flatter and more pliable. Some teams apply medicines into the freshly lasered channels, a technique called laser-assisted drug delivery, to reach deeper into thick scar.

What does the research show? Published studies and systematic reviews report improvements in scar thickness, pliability and redness after fractional and vascular laser, and patients frequently describe reduced itch and pain. Most of the studies are small, many lack untreated comparison groups, and protocols vary, so the strength of the evidence is moderate rather than definitive. Laser is generally considered a supporting treatment for texture and, to a lesser degree, for softening tight scar that is not yet a fixed contracture. It does not release a joint that scar has locked.

Treatment is delivered as a series of sessions spaced weeks to months apart, with temporary redness and swelling afterward and, less often, blistering or pigment change. Darker skin tones carry a higher risk of pigment change with some lasers, which influences the choice of device and settings. Those choices belong to the treating team.

Injections and medicines used for raised burn scars

When a hypertrophic scar stays thick and itchy despite pressure and silicone, the next step is often an injection directly into the scar. This is treatment of texture, not contracture, and it is done in clinic by the burn or dermatology team.

The most established option is a corticosteroid injected into the scar tissue. Corticosteroids are anti-inflammatory medicines; placed within the scar, they dampen the signals that keep fibroblasts producing collagen, reduce the swelling that makes the scar feel tight, and often ease itch. They are typically given as a series over months, and the scar is reassessed between sessions. The NHS scars page lists steroid injections among standard treatments for hypertrophic and keloid scars. Side effects can include thinning of the surrounding skin, lightening of skin color at the site and small visible blood vessels, which is one reason clinicians limit how much scar they treat at once.

Other injected agents are used in some centers, including a chemotherapy-class medicine at very low local concentrations that slows fibroblast growth, sometimes combined with a corticosteroid. The evidence for these combinations comes largely from keloid research and small burn studies, so they are generally reserved for scars that have not responded to first-line measures.

For itch, the team may also discuss medicines taken by mouth. Antihistamines block one of the chemical drivers of itch and are commonly tried first; certain nerve-calming medicines originally developed for other conditions are used when itch is thought to have a nerve-related component. Their role, mechanism and typical timelines are for the prescribing clinician to explain, and no one should start, stop or change a medicine based on an article.

None of these injections lengthens a scar. If the problem is a tight band across a joint, the conversation moves toward therapy and surgery.

Burn contracture release surgery: grafts, flaps and Z-plasty

When a contracture limits movement and non-surgical stretching has reached its limit, surgery is the treatment that adds length. Contracture release means cutting through the tight band of scar so the joint or fold can open fully, then filling the gap that appears with new tissue. The gap is the crucial part: releasing a tight neck scar can open a wound several centimeters wide, and that space has to be covered.

Surgeons have three broad ways to cover it. A skin graft is a thin layer of skin taken from an unburned area and laid over the released wound, where it grows a new blood supply from below. Grafts are versatile but tend to contract themselves as they heal, so they are often combined with splinting afterward. A flap is a piece of skin with its own blood supply, moved from next door or from farther away, and because it brings healthy, full-thickness skin it resists re-contracting better than a graft. A Z-plasty is a technique for narrow bands: the scar is cut in a Z shape and the two triangular flaps are swapped, which lengthens the scar along its axis without adding skin from elsewhere. Variations of this idea are used across the neck, armpit, fingers and mouth.

The Mayo Clinic notes that surgery is among the treatments for burn complications including contracture, and MedlinePlus describes grafting as part of the care of deeper burns. What surgery cannot promise is a scar that never tightens again. The new incisions heal through the same biology as the original burn, so the person leaves the operating room and re-enters the world of splints, pressure, silicone and therapy for months. Children may need repeated releases as they grow.

Risks include bleeding, infection, partial loss of a graft, and a new scar that is itself thick or tight. Alternatives to discuss include continued therapy, serial splinting and, for softening rather than lengthening, laser. Which path fits a given contracture is the surgeon’s call, made with the patient.

Contracture plan versus texture plan: how the two approaches compare

The clearest way to see why one plan does not fit both problems is to set them side by side. The table below summarizes what each problem is, what each set of treatments does, and what neither can do.

Aspect	Contracture (tightness)	Texture (raised, red, itchy)
The underlying problem	Scar has shortened and limits movement	Scar is overbuilt with collagen and blood vessels
Main goal	Restore length and range of motion	Flatten, soften, fade and relieve itch
Early measures	Positioning, splints, stretching with therapists	Pressure garments, silicone, moisturizer, massage
Clinic-based options	Serial splinting; laser to soften tight but mobile scar	Steroid injections; vascular and fractional laser
Surgical options	Release with graft, flap or Z-plasty	Occasionally excision of a narrow thick band
What it cannot do	Texture treatments do not add length	Contracture surgery does not by itself flatten the rest of the scar
Typical timeframe	Therapy through maturation; surgery often after the scar settles unless function is at risk	Months of garments and silicone; injections and laser in a series

Two points in the table deserve emphasis. First, the early measures overlap in timing but not in purpose: a splint holds a joint open, a garment presses on a surface, and a person may need both at once. Second, the surgical rows are asymmetrical. Surgery is the definitive answer for a fixed contracture but plays only a minor part in texture, where most gains come from the slow, non-surgical work. People sometimes hope a single operation will resolve everything about a burn scar; the more realistic picture is a release for the tightness followed by the same texture routine everyone else follows.

What the following weeks and months usually look like

Burn scar care has a rhythm that surprises people who expect a one-time fix. It is closer to physiotherapy after a fracture than to a cosmetic procedure: steady, daily, and measured in months.

In the first weeks after a burn heals, the new skin is thin, dry and easily blistered. This is when moisturizing begins, when therapists start gentle stretches and positioning, and when a person is measured for pressure garments if the team thinks the scar is at risk. Redness and itch commonly increase during this period rather than fade, which is normal but unsettling. The NHS burns recovery guidance also advises protecting healed skin from the sun, because scar that tans or burns can darken permanently.

Through the middle months the scar is at its most active. Garments and silicone are worn daily, massage becomes routine, and any injections or laser sessions are scheduled as a series with weeks between them. Splints may be worn at night to hold a joint in a stretched position while the person sleeps. Follow-up visits track scar height, color, pliability and range of motion.

Toward the end of the first year and into the second, most scars begin to soften and pale. NHS and Johns Hopkins guidance describe maturation as commonly complete somewhere around 12 to 24 months, at which point garments are usually stopped and the team decides whether anything remains that would benefit from surgery.

After contracture release surgery, the timeline restarts. The grafted or flapped area is protected for a period set by the surgeon, then splinting and stretching resume to hold the length gained, and pressure and silicone are reintroduced once the new skin can tolerate them. Children add a longer arc still, with reviews continuing through growth spurts. Anyone whose recovery diverges from the plan their team outlined should ask rather than assume.

What people often get wrong about burn scar treatment

Scars attract folklore, and burn scars more than most. A few corrections, grounded in what mainstream evidence actually shows.

The first misconception is that a good cream can make a burn scar disappear. No topical product removes scar tissue. Silicone and plain moisturizer have reasonable evidence for softening, flattening and comfort; the many oils, butters and vitamin preparations sold for scars do not have convincing trial evidence for improving burn scars, and some cause irritation on fragile skin. Mayo Clinic and NHS guidance both list silicone among the options while making no such claim for the rest.

The second is that surgery fixes everything at once. Contracture release restores length, but the incisions it creates heal through the same overactive biology, and texture work continues afterward. People who expect to walk out of surgery with smooth skin and full movement, finished, are set up for disappointment.

The third is that a scar that has stopped hurting has stopped changing. Scars remodel for a year or two after the surface heals, which is why teams keep reviewing them and why some decisions are deliberately postponed.

The fourth is that itch is trivial. Itch after burns can be severe enough to disturb sleep and damage skin through scratching, and it is a legitimate reason to ask for help rather than something to tolerate.

The fifth is that pressure garments are proven beyond doubt. They are standard and reasonable, but the studies are small and the measured benefits modest, so a person who struggles to wear them is having a genuine trade-off conversation, not failing.

Finally, the belief that keloids and hypertrophic scars are the same thing leads to confusion. A hypertrophic scar stays within the wound and often improves with time; a keloid grows beyond it and tends to recur after simple removal, which changes how surgeons approach it.

Questions to ask your burn or plastic surgery care team

Consultations about scars are short and the vocabulary is unfamiliar, so it helps to arrive with questions written down. These are the ones that tend to unlock the most useful answers.

Start with the diagnosis itself: is this scar mainly a contracture problem, a texture problem, or both, and which part concerns you most? Ask how mature the team judges the scar to be, and what that means for the timing of each option. If surgery has been raised, ask why now rather than later, what would be used to cover the release, where any graft or flap would come from, and what the donor site scar will look like.

For non-surgical treatments, ask what each one is expected to change: height, color, itch, movement. Ask how the team will measure whether it is working, and after how long they would reconsider if it is not. Ask what the daily routine involves in hours, and what happens if a garment or silicone sheet cannot be tolerated. If laser is offered, ask which type, what it targets, how many sessions are anticipated, and what the risks are for your skin tone.

For injections or medicines, ask about mechanism, the expected time before any change is visible, and the side effects to watch for, and leave the specifics of what and how much to the prescribing clinician.

Two questions apply to everyone. What should I do at home between appointments, and what changes should prompt me to call before the next scheduled visit? For a child, add: how will growth affect this scar, and how long will follow-up continue?

A good team welcomes these questions. The answers will be specific to your scar, and they will be the team’s answers, not an article’s.

When to call your doctor: red-flag signs after a burn heals

Most of the changes a healing burn scar goes through are expected, including redness, itch and gradual firmness in the early months. A smaller set of changes should prompt a call to the burn team, plastic surgery clinic or family doctor rather than waiting for the next appointment.

Contact the team promptly if the scar or nearby skin becomes increasingly red, hot, swollen or painful, if it starts to leak fluid or pus, or if a previously healed area opens into a wound and does not close within a few days. These can indicate infection or skin breakdown, which the Mayo Clinic and MedlinePlus list among the complications of burns, and healed burn skin is more vulnerable to both than ordinary skin. A fever or feeling generally unwell alongside these changes adds urgency.

Call if a joint is losing movement that it had before, if an eyelid no longer closes fully, or if the mouth cannot open as wide as it did. Progressive tightening is the signature of a developing contracture, and it is far easier to address early with splinting and therapy than after it has fixed.

Call if a scar starts growing beyond the original wound edge, becomes suddenly larger, develops a new lump, or bleeds without injury. Most such changes are benign, but a scar that changes character after years of stability should be examined, since long-standing burn scars can very rarely develop skin cancer.

After surgery, follow the specific instructions you were given, and seek care urgently for heavy bleeding, a graft that looks dusky or is lifting away, a splint causing numbness, or severe pain that is escalating rather than settling.

Itch that keeps you from sleeping, low mood, or distress about the scar’s appearance are also reasons to call. Burn recovery is long, and psychological support is part of standard care rather than an extra.

Frequently asked questions

What is the difference between a contracture and a hypertrophic scar after burn?

A contracture is scar that has shortened enough to limit movement, while a hypertrophic scar is scar that has grown thicker and higher than the surrounding skin but stays within the wound edge. Contracture is a length problem treated with stretching, splinting or surgery. Hypertrophic scarring is a texture problem treated with pressure, silicone, injections or laser. Many burn scars have both features at once.

How long does burn scar treatment take?

Non-surgical scar care usually continues until the scar matures, which NHS and Johns Hopkins guidance describe as commonly taking around 12 to 24 months after the wound heals. Pressure garments and silicone are typically used through much of that period, and laser or injections are given as a series over months. Surgery for contracture restarts the clock, because the new incisions need the same aftercare.

Do pressure garments for burn scars really work?

They probably help, but modestly. Reviews of pressure garment trials find small improvements in scar height and possibly softness, with less certainty about color, and the studies are small and inconsistent. Mainstream guidance still recommends garments for scars at risk of becoming raised because they are low-risk and well established. They do not lengthen a contracture that has already formed.

Can laser treatment for burn scars remove the scar completely?

No laser removes a scar. Vascular lasers reduce redness and often itch by closing small blood vessels, and fractional lasers create microscopic injuries that prompt thick scar to remodel into softer, flatter tissue. Studies report meaningful improvements in thickness, pliability and color, but the evidence is moderate and results vary. Laser is a supporting treatment for texture, not a way to erase a burn scar.

When is burn contracture release surgery usually done?

Surgeons commonly prefer to wait until the scar has matured, because operating on an active, inflamed scar raises the chance the new scar behaves the same way. The exception is an urgent functional problem, such as an eyelid that will not close or a hand rapidly losing mobility, when earlier release is favored. In children, repeated releases may be needed as they grow.

Why does my burn scar itch so much?

Healing scar releases chemical signals such as histamine, regenerating nerves within the scar can fire abnormally, and deeper burns destroy the oil and sweat glands that keep skin moist, so the surface dries and itches. Itch typically peaks during the active months of scarring and eases as the scar matures. Moisturizing, silicone, pressure and, when needed, medicines chosen by your clinician can help.

Will a scar cream make my burn scar disappear?

No topical product removes scar tissue. Silicone gel or sheets have reasonable evidence for softening and flattening raised scars, and plain moisturizer keeps dry scar supple and less itchy. The many oils, butters and vitamin preparations marketed for scars lack convincing trial evidence for burn scars and can irritate fragile skin. Ask your team before applying anything to a recently healed burn.

Are steroid injections for burn scars safe?

Corticosteroid injections into a hypertrophic scar are a standard treatment listed in NHS guidance and are generally considered safe when given by an experienced clinician. They reduce inflammation and collagen production, flattening the scar and easing itch over a series of sessions. Possible side effects include thinning of nearby skin, lightening of skin color and small visible blood vessels, which is why clinicians limit how much scar they treat at once.

Why do children with burn scars need follow-up for years?

Scar tissue does not grow at the same pace as the child around it, so a scar that fits comfortably at one age can tighten into a contracture during a growth spurt without any change in the scar itself. Teams therefore review children through growth and may perform more than one contracture release over time. Pressure garments and splints are also refitted frequently as a child grows.

Can an old burn scar still be treated years later?

Yes, though the options shift. A mature scar responds less to pressure and silicone, but a fixed contracture can still be released surgically at any age, and fractional laser can soften and flatten long-standing thick scar in many people. A plastic surgery or burn team can assess what the scar is doing now and whether any remaining problem is one of movement, appearance or comfort.

References

• NHS – Scars: treatment and types
• NHS – Burns and scalds: recovery
• World Health Organization – Burns fact sheet
• MedlinePlus – Burns

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.