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Procedure guide · Reconstructive Plastic Surgery
Post-Trauma ReconstructionPost-trauma reconstruction rebuilds what an injury left behind once the emergency is over: missing soft tissue over exposed bone or metal, scarred and tethered areas, contractures and lost contour. It is planned against scarred tissue with a disturbed blood supply, which makes it harder than getting it right at the time. For some limb injuries an amputation with a good prosthesis gives a better life than a salvaged limb.
Post-trauma reconstruction is what happens after the emergency is over: rebuilding soft tissue over exposed bone or metalwork, releasing tethered scars, correcting contour loss and occasionally reconstructing bone. It is planned against tissue that has already been injured, which is the central difficulty and the reason it is harder than getting things right at the time of the original injury.
An injured area has scarred skin with a disturbed blood supply, sometimes retained metalwork and occasionally low-grade infection lurking in bone. Vessels that would be used for a free flap may themselves have been damaged or thrombosed by the original trauma, which is why flap failure rates after trauma run higher than in planned reconstruction and why surgeons frequently need to reach outside the zone of injury to find a healthy artery. Vascular imaging before planning is not excessive caution; it is how avoidable failures are avoided.
The second thing to understand is that coverage and function are different problems with different prospects. Reconstruction reliably restores skin cover and contour. It restores function only partially, because the nerves and tendons damaged in the original injury are frequently beyond repair. A limb with perfect skin cover that cannot feel or move is not a success from the patient’s point of view, so it is worth asking specifically which of those a proposed operation addresses before agreeing to it.
That leads to the hardest conversation in this field, and one that deserves stating plainly. For some severe limb injuries, particularly in the lower leg with combined nerve loss and bone loss, an amputation with a well-fitted prosthesis and proper rehabilitation gives better function and a faster return to ordinary life than years of salvage attempts on a limb that will never work well. Patients reasonably resist hearing it and surgeons sometimes avoid raising it. A surgeon willing to put it on the table honestly, without pushing, is doing something difficult and right rather than giving up.
Bone infection is the commonest reason trauma reconstruction fails. Osteomyelitis can persist quietly for years after an open fracture and flares when a reconstruction is attempted over it, destroying the repair. It usually has to be treated first, sometimes by removing metalwork and giving prolonged antibiotics, before any reconstruction is placed. A surgeon who investigates for it before operating is preventing a predictable failure rather than delaying treatment.
Chronic pain deserves naming because it frequently dominates the outcome and is rarely discussed adequately. Nerve pain after trauma, including complex regional pain syndrome where pain is out of proportion and accompanied by changes in colour, temperature and sensitivity, can persist regardless of how well the tissue reconstruction went. It responds better to early specialist input than to late, which makes reporting it promptly genuinely useful rather than complaining.
Rehabilitation determines how much function returns, more than the surgery does. Restoring cover takes weeks; restoring movement, strength and use takes months of consistent therapy. That is the practical reason this work is difficult to detach from where a patient lives, and it is why a discrete late procedure such as scar revision or a contour correction travels reasonably well while a functional reconstruction does not.
Records matter more here than almost anywhere. The original imaging, operation notes from every previous procedure, details of retained metalwork, microbiology results where infection has been an issue, and vascular imaging all change what is possible. A surgeon planning a trauma reconstruction without them is planning partly blind, and gathering them before a consultation is the single most useful piece of preparation.
Post-trauma reconstruction depends on timing that is decided in the first hours rather than at a later consultation. An open fracture with soft tissue loss does best when the wound is cleaned within hours and definitive soft tissue cover is achieved within about 72 hours, an approach usually described as fix and flap. Delay past that window measurably increases deep infection and bone non-union. This is why major limb trauma is directed to centres with orthopaedic and plastic surgeons operating together, and why it is one of the least travel-compatible areas in the speciality.
Post-trauma reconstruction is judged against function rather than against the original limb, and that framing matters for expectations. The realistic aim after a severe injury is a limb that bears weight, has protective sensation, fits into ordinary footwear or handles ordinary tools, and does not hurt constantly. Restoring a limb that is indistinguishable from before is not usually achievable after significant tissue loss. Surgeons who set this out clearly are being accurate rather than pessimistic, and patients given that frame tend to be more satisfied with the outcome they get.
Post-trauma reconstruction frequently involves bone as well as soft tissue, and the techniques differ considerably. A segmental bone defect can be bridged with a vascularised fibula transferred with its blood supply, filled with bone graft within a membrane induced by a temporary cement spacer, or closed by slowly transporting a segment of bone across the gap with an external frame. Each takes months, and the frame options require adjustment several times a day by the patient. The choice depends on the size of the defect, the state of the soft tissue and what the patient can realistically manage.
Post-trauma reconstruction carries a rehabilitation burden that usually exceeds the surgery in both duration and difficulty. A lower limb reconstruction typically means 6 to 12 weeks without weight bearing, then a graded return over months, with physiotherapy throughout. An upper limb reconstruction means hand therapy several times a week. Returning to manual work commonly takes 6 to 18 months and sometimes does not happen at all. Planning for income, housing and support through that period is as important as choosing the operation.
Post-trauma reconstruction is frequently entangled with compensation claims, insurance and occasionally criminal proceedings, and this has practical effects on care. Medical records become evidence, independent assessments may be requested, and treatment decisions can be delayed while funding is argued over. None of this should change what is clinically right, but patients should keep their own copies of records, operation notes and imaging, particularly where treatment has crossed borders and the records sit in more than one health system.
Post-trauma reconstruction is delivered by combined teams because the injuries cross specialties. A severe open tibial fracture needs an orthopaedic surgeon for the bone and a plastic surgeon for the soft tissue cover, operating together rather than in sequence, and national guidance in several countries now specifies exactly that. A hand injury may need a hand surgeon, a therapist and sometimes a vascular surgeon. Asking who else will be in theatre is a fair question when a complex injury is being planned.
Post-trauma reconstruction has a period of watchful waiting built into it that patients frequently find hard. After the initial surgery, tissue is allowed to declare itself: muscle that looked marginal may recover or may need removing, nerves are given time to show signs of regeneration, and the definitive plan is frequently not settled for weeks. This is deliberate rather than indecisive, and premature reconstruction over tissue that then dies is a worse outcome.
Post-trauma reconstruction involves scars that are rarely tidy, because the original wound was made by the injury rather than by a scalpel. Contaminated, crushed or degloved wounds heal with wide, irregular scars, and the donor sites and flap margins add more. Scar management runs alongside the reconstruction rather than afterwards, and formal scar revision is usually deferred until the reconstruction is complete and the scars have matured.
Post-trauma reconstruction outcomes are better in centres that see these injuries frequently, and this is one of the better-evidenced statements in the field. Major trauma networks exist precisely because concentrating severe injuries in fewer units improves survival and limb salvage. For anyone with a choice, being treated at a designated centre matters considerably more than any individual technical decision within it.
Post-trauma reconstruction is a long relationship rather than an operation, and continuity is what makes it work. The surgeon who performed the flap knows which vessels were used, where the nerve repair sits and what the bone was like. Fragmenting that across countries makes every subsequent decision harder, and it is the practical reason this is the area of reconstructive surgery least suited to treatment abroad.
Surgeons look for these points at the consultation.
Post-trauma reconstruction suits people whose injuries have healed or stabilised, with exposed structures, missing soft tissue, tethered scars, contractures or contour loss, who are medically fit for the operation proposed, and who can undertake the rehabilitation that determines how much function returns.
Reasons a good surgeon will ask you to wait or choose something else.
Post-trauma reconstruction is deferred in active infection or osteomyelitis until it is controlled, in current smokers for flap surgery, in unstable medical conditions, where the vascular supply to a limb is inadequate, and where amputation with rehabilitation would give a better functional outcome than continued salvage.
Ask your surgeon which technique they recommend for you and why.
Muscle or skin and fat from the thigh, back or abdomen is moved to cover exposed bone, tendon or metalwork, with its vessels reconnected under a microscope.
Tissue adjacent to the defect is moved in while keeping its blood supply, which is simpler than free transfer where suitable tissue survives nearby.
Missing or non-united bone is replaced with bone graft, with vascularised bone such as fibula, or lengthened gradually using a frame.
Removing an unsalvageable or poorly functioning limb segment and fitting a prosthesis, with rehabilitation to restore function.
Step by step, from arrival to discharge.
Original imaging, operation notes, microbiology and vascular imaging reviewed together, since vessels near an old injury may be damaged and bone may be infected.
Osteomyelitis is addressed before reconstruction, sometimes by removing metalwork and giving prolonged antibiotics, because reconstructing over it fails.
An honest discussion of whether reconstruction will produce a useful limb, or whether amputation with a prosthesis would give better function sooner.
Local or free tissue transfer to cover exposed bone, tendon or metalwork, with vessels found outside the zone of injury where necessary.
Bone grafting, vascularised bone or gradual lengthening in a frame, and tendon or nerve reconstruction, staged after coverage is secure.
Intensive therapy beginning within whatever protection the reconstruction requires, continuing for months and determining how much function returns.
Frequencies follow published guidance; your personal risk depends on your health and the surgeon.
Late reconstruction after trauma is harder than reconstruction planned from the outset, and the reason is the tissue. An injured area has scarred skin, a disturbed blood supply, sometimes retained metalwork and occasionally low-grade infection lurking in bone. Vessels that would be used for a free flap may themselves be damaged or thrombosed by the original injury, which is why flap failure rates after trauma run higher than in planned reconstruction and why surgeons frequently need to reach outside the zone of injury to find a healthy artery.
The second reality is that coverage and function are different problems. Reconstruction reliably restores skin cover and contour. It restores function only partially, because the nerves and tendons damaged in the original injury are frequently beyond repair, and a limb with perfect skin cover that cannot feel or move is not a success from the patient’s point of view. Being clear about which of those a proposed operation addresses prevents a great deal of disappointment.
That leads to the hardest conversation in this field. For some severe limb injuries, particularly in the lower leg with nerve loss and bone loss, an amputation with a well-fitted prosthesis and proper rehabilitation gives a better functional outcome and a faster return to life than years of salvage attempts on a limb that will never work well. Patients reasonably resist it, and surgeons sometimes avoid raising it. A surgeon willing to put it on the table honestly, without pushing it, is doing something difficult and right.
Chronic pain deserves naming because it frequently dominates the outcome. Nerve pain after trauma, including complex regional pain syndrome, can persist regardless of how well tissue reconstruction has gone, and it is the thing patients most often say nobody warned them about. Pain assessment belongs in the plan alongside the surgery rather than being addressed only when it becomes a problem.
Post-trauma reconstruction restores coverage and contour reliably and function only partially. Nerve and tendon damage frequently limits what any reconstruction can achieve.
Trauma reconstruction is rarely a single procedure, with coverage, bone work, tendon or nerve reconstruction and contour refinement frequently staged over a year or more.
Infection in previously injured tissue, and bone infection where bone was exposed or metalwork is present, which can require removing implants and prolonged antibiotics.
Persistent nerve pain, including complex regional pain syndrome, which can dominate the outcome regardless of how well the tissue reconstruction went.
Weakness, numbness or scarring where tissue was taken, which matters more when the patient is already functionally limited by the original injury.
Higher after trauma than in planned reconstruction, because vessels near an old injury are frequently scarred and damaged, making the reconnection less reliable.
After prolonged attempts at salvage, some limbs are ultimately amputated, sometimes after years of surgery that a patient may afterwards wish had happened sooner.
Recovery from post-trauma reconstruction is dominated by rehabilitation rather than by wound healing, and this is the single most important thing to plan for. Restoring skin cover takes weeks; restoring function takes months of therapy, and the difference between patients who do that work and those who do not is larger than the difference between surgical techniques. Arranging therapy before the operation rather than afterwards is the most useful preparation available.
Where a free flap was used, the first 48 hours are about monitoring and positioning. The limb is elevated, the patient is kept warm and well hydrated, and the flap is checked hourly, because a blocked vessel found early can sometimes be salvaged and one found late cannot. After trauma this matters more than usual, since failure rates are higher where the original injury damaged nearby vessels.
Progress is rarely linear. Flaps are bulky at first and are frequently thinned at a later operation. Bone reconstruction can involve months in a frame. Tendon and nerve work has its own protected periods and its own therapy. Patients told at the outset that this is a staged programme over a year or two cope far better than those expecting an operation to conclude the matter.
Pain needs active management rather than endurance. Nerve pain after trauma is common, can persist regardless of how well the reconstruction went, and responds better to early specialist input than to late. Reporting it and asking for a pain assessment is not complaining; it is treating the part of the injury that most often determines quality of life afterwards.
Days 1-5
Where a free flap was used, hourly checks for 48 hours and strict positioning. Drains at both sites. Limb elevation where relevant. Early mobilisation as allowed.
Days 6-21
Drains out as output falls. Donor site healing. Therapy begins within whatever protection the reconstruction requires. Flying is not cleared before around 3 weeks.
Weeks 4-12
Intensive therapy determines how much function returns. Weight bearing progresses where bone was involved. Scar management begins once wounds are healed.
Months 3-12
Tendon or nerve reconstruction, bone grafting, flap thinning and scar revision, staged as each area settles.
Months 12-24
Function plateaus, scars mature and the reconstruction settles. Honest assessment of what was achieved belongs at this point rather than earlier.
Post-trauma reconstruction achieves coverage reliably. Exposed bone, tendon and metalwork can almost always be covered, which saves structures that would otherwise be lost and allows movement to begin.
Function returns partially. Nerve and tendon damage from the original injury frequently limits what any reconstruction can achieve, and this is the gap between what surgery promises and what patients experience.
Flaps are bulky at first and frequently thinned at a later operation, and tissue brought from the thigh or back never matches surrounding skin in colour or thickness.
The honest assessment point is 18 to 24 months, once function has plateaued, scars have matured and any staged work has settled.
Post-trauma reconstruction is usually funded as treatment of injury, frequently alongside the rehabilitation services that determine the outcome. Where an injury was work-related or followed a road traffic collision, compensation arrangements sometimes fund reconstruction and rehabilitation together, which is worth establishing before paying privately.
Where it is paid for privately, the prices on this site come from verified clinic records for each named procedure. The range is very wide, since this covers everything from a scar revision to free tissue transfer with bone reconstruction across a year.
The costs most often understated are staging and therapy. Trauma reconstruction is rarely one procedure, and the months of rehabilitation that determine function are almost never in a surgical quotation. For anyone travelling, the therapy happens at home and has to be arranged and paid for separately.
Why quotes for the same procedure differ, so you can compare packages fairly.
Options to weigh before deciding, surgical and non-surgical.
For some severe limb injuries, a faster return to function than prolonged salvage, and a genuine option rather than a failure of reconstruction.
Where coverage is adequate and function is unlikely to improve, further surgery may add risk without adding capability.
Where the remaining problem is a tethered or unsightly scar rather than missing tissue or lost function.
Restoring contour after trauma over several sessions, with far less surgery than a flap and no donor site scar of consequence.
Intensive therapy frequently achieves more than patients expect, and is worth maximising before adding another operation.
Ask the same questions at every consultation so you can compare answers.
Because the tissue has changed by the time post-trauma reconstruction begins. Scarred skin, a disturbed blood supply, retained metalwork and sometimes low-grade bone infection all make the area more difficult, and vessels near the injury may be damaged or blocked.
Surgeons frequently have to reach outside the zone of injury to find a healthy artery for a flap. That is one reason flap failure rates after trauma run higher than in planned reconstruction.
Post-trauma reconstruction reliably restores skin cover and contour. It restores function only partially, because the nerves and tendons damaged in the original injury are frequently beyond repair.
A limb with perfect cover that cannot feel or move is not a success from the patient’s point of view, so it is worth asking specifically which problem a proposed operation solves before agreeing to it.
For some severe limb injuries, particularly in the lower leg with combined nerve and bone loss, amputation outperforms post-trauma reconstruction. A well-fitted prosthesis with proper rehabilitation frequently gives better function and a faster return to life than years of salvage attempts.
It is the hardest conversation in this field and patients reasonably resist it. A surgeon willing to raise it honestly, without pushing, is doing something difficult and right rather than giving up.
Post-trauma reconstruction frequently runs a year or two. Coverage first, then bone work, tendon or nerve reconstruction, then flap thinning and scar revision, each staged as the previous area settles.
Bone reconstruction using a frame can itself take a year. Being told the realistic shape of the programme at the outset makes it far easier to sustain than discovering it stage by stage.
Infection in bone, which can persist quietly for years after an open fracture and flares when post-trauma reconstruction is attempted over it. It is one of the main reasons trauma reconstruction fails.
It usually has to be treated first, sometimes by removing metalwork and giving prolonged antibiotics, before any reconstruction is placed. A surgeon who investigates for it before operating is preventing a predictable failure.
Nerve pain after trauma is common and can persist regardless of how well post-trauma reconstruction went. Complex regional pain syndrome, where pain is out of proportion with changes in colour, temperature and sensitivity, is a recognised complication.
It responds better to early specialist input than to late, so reporting it promptly matters. Pain assessment belongs in the plan alongside surgery rather than being addressed only when it becomes disabling.
Rarely. Tissue brought in during post-trauma reconstruction from the thigh, back or abdomen differs in colour, thickness and hair pattern, and on a visible area it remains noticeably different.
Flaps are also bulky at first and frequently thinned at a later operation. Where appearance matters, it is worth asking what refinement is planned and when.
Rehabilitation determines how much function returns after post-trauma reconstruction, more than the operation does. Restoring cover takes weeks; restoring movement, strength and use takes months of consistent work.
Arranging therapy before the operation rather than afterwards is the most useful preparation available, and it is the practical reason this surgery is difficult to detach from where you live.
Usually, since post-trauma reconstruction is treatment of injury rather than cosmetic surgery, and frequently alongside rehabilitation services that private treatment cannot easily replicate.
Where an injury was work-related or followed a road traffic collision, compensation arrangements sometimes fund reconstruction and rehabilitation together. It is worth establishing before paying privately.
Generally not for anything involving rehabilitation, which is most of post-trauma reconstruction. The surgery is a fraction of the treatment and the therapy that determines the outcome runs for months where you live.
A discrete late procedure such as scar revision or a contour correction travels reasonably well. Bring the original imaging, operation notes and any microbiology results, which change what is possible.
Post-trauma reconstruction planning needs the original imaging, operation notes from every previous procedure, details of any metalwork still in place, and any microbiology results if infection has been an issue.
Vascular imaging is frequently needed as well, because the arteries that would supply a flap may have been damaged in the original injury. A surgeon planning without those is planning partly blind.
A unit that does post-trauma reconstruction regularly, with microsurgery, orthopaedic input where bone is involved, rehabilitation attached and access to pain services.
Ask how many similar cases they treat a year, how they assess the blood supply before planning a flap, what the staged plan is, and who provides the therapy that follows.
A way of ordering post-trauma reconstruction options from simplest to most complex: healing by itself, direct closure, skin graft, local flap, regional flap, then free tissue transfer. Surgeons traditionally choose the lowest rung that will work.
Modern practice frequently talks about a reconstructive elevator instead, going straight to the option that gives the best result rather than the simplest one. Both ideas are useful when weighing a plan.
When a limb can be salvaged only through many post-trauma reconstruction operations with a poor functional outcome, particularly a lower limb with an insensate foot or a destroyed heel. A good prosthesis frequently outperforms a salvaged but painful leg.
It is a decision made jointly and never lightly, and patients deserve to hear it framed honestly. Someone offered salvage abroad after amputation has been recommended at home should seek a second opinion.
A sealed dressing connected to a pump that applies suction to a post-trauma wound, removing fluid and encouraging tissue to fill in. It has changed how large traumatic wounds are managed between operations.
It is a bridge rather than a definitive reconstruction: it prepares a wound for a graft or flap and buys time. A wound left on it indefinitely is usually a sign that a plan has stalled.
In post-trauma reconstruction a cleanly divided nerve is repaired directly, ideally within days. A gap is bridged with a nerve graft or conduit, and where the injury is old, a nerve transfer borrows a working nerve from elsewhere.
Recovery advances about a millimetre a day along the nerve, so a repair near the shoulder takes a year or more to reach the hand. Timing is critical: after about 18 months the muscle no longer responds.
Post-trauma pain persisting long after the injury has healed, frequently from a neuroma where a cut nerve end has formed a painful bundle, or from complex regional pain syndrome.
A neuroma can be treated surgically by burying the nerve end in muscle or by newer techniques that give the nerve somewhere to go. Complex regional pain syndrome is managed medically, and operating on it can make it worse.
American Society of Plastic Surgeons2024Professional society
National Institute for Health and Care Excellence2016Clinical guideline
NHS2024Regulator
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