Burns & Post-Burn Reconstruction

Burns vary in depth, size, cause, and location. These differences influence whether a wound can heal with dressings or may require an operation such as excision and skin grafting. The hands, face, neck, feet, genital area, and skin over major joints need particular attention because even a relatively small injury can affect movement or an important function. Age, nutrition, infection, diabetes, and the circumstances of the injury also influence healing. Fresh chemical, electrical, inhalation, or extensive burns require timely emergency assessment rather than waiting for a routine reconstructive appointment.

After a burn closes, the body continues to remodel the scar. A scar may initially be red, raised, itchy, sensitive, dry, or firm. Many scars soften with time, but some become hypertrophic, repeatedly break down, or tighten across a joint. A contracture occurs when shortened scar tissue limits the surrounding skin and restricts movement or posture. In a growing child, a scar that was manageable earlier may become restrictive as the limb or body grows. Long-term review is therefore sometimes as important as treatment during the original wound stage.

Assessment records the site and maturity of the scar, available movement, skin quality, pain, itching, sensitivity, ulceration, and the effect on daily activities. For a hand contracture, individual joints, web spaces, grip, and pinch may be evaluated. Neck scars can affect posture and the ability to look upward, while scars around the mouth or eyelids may interfere with closure and hygiene. Photographs, previous operation notes, graft details, therapy records, and information about pressure garments or splints help show how the condition has changed over time.

Not every visible scar requires an operation. Moisturizing, massage, silicone products, pressure therapy, splinting, stretching, sun protection, or selected procedural treatments may be considered according to scar type and maturity. Surgery is more likely to be discussed when a contracture causes meaningful functional limitation, a scar remains unstable, or symptoms persist despite appropriate conservative care. The surgeon also evaluates whether the surrounding tissue can be rearranged or whether release will create a defect that needs a graft, local flap, tissue expansion, or another form of coverage.

Contracture release removes or rearranges restrictive scar bands to restore available length. The resulting wound must then be covered safely. A skin graft can cover a broad prepared surface, while a flap may provide thicker, more durable tissue with its own blood supply. Techniques such as Z-plasty can redirect and lengthen selected linear scars. The choice depends on the location, depth of release, exposed structures, surrounding skin, previous grafts, and risk of recurrence. More than one region may be treated in stages to keep the operation and rehabilitation manageable.

Surgery creates an opportunity for improved movement, but therapy helps preserve that gain. Dressings, splints, positioning, stretching, and supervised exercises may begin at different times depending on the reconstruction. A graft must first become stable, whereas some flap reconstructions allow a different rehabilitation schedule. Families and patients need clear instructions about wound protection and exercises at home. Scar management may continue for months, and consistency matters. Even with careful surgery and therapy, some contractures recur because scar tissue remains biologically active or because growth creates new tension.

Post-burn reconstruction aims to improve a defined problem such as restricted movement, poor scar durability, discomfort, hygiene difficulty, or a significant contour concern. It cannot recreate skin that has never been injured, and scars do not disappear completely. Colour and texture differences may remain after grafting or flap surgery. Establishing the main functional priority helps patients compare the likely benefit with scars, donor-site effects, recovery demands, and the possibility of additional treatment. Appearance-related improvement is considered honestly without promising an exact result.

Follow-up monitors wound closure, graft or flap health, range of motion, splint fit, and scar behaviour. Patients should report increasing redness, discharge, fever, wound separation, rapidly worsening pain, or a sudden reduction in movement. Children may need review through periods of growth, and adults can require reassessment if a scar becomes unstable or function changes. Bringing therapy feedback to surgical reviews helps the team adapt the plan. Decisions about a later operation are usually made after healing and rehabilitation have shown what improvement has been maintained.

Healed burn skin may remain dry, sensitive, fragile, or easily affected by heat and sunlight. A care plan can include gentle cleansing, regular moisturizing, sun protection, and clothing that reduces friction. Silicone, pressure garments, or massage may be recommended for selected scars, but they are not suitable in every situation and should be used as directed. Products should not be applied to an open or infected wound without clinical advice. Itching can be difficult, particularly at night, and should be discussed if scratching damages the skin or interferes with sleep.

Returning to school, work, exercise, and household activities is gradual when a burn crosses a joint or affects a weight-bearing area. Small, repeated stretches may be more useful than occasional forceful movement, but therapy instructions must match the reconstruction. Emotional adjustment also deserves attention because visible scars, a long recovery, and memories of the injury can affect confidence and wellbeing. Support from family, rehabilitation professionals, or mental-health services may be appropriate. Comprehensive burn care recognizes these practical and emotional needs alongside wound closure and range of motion.