Facial Reconstruction in Turkey

Understanding this explains why one surgeon's plan differs from another's, and how to judge them.

Why the face is different. It is examined at conversational distance, in daylight, without covering, and it moves. A patch of skin that is slightly the wrong colour or thickness on a forearm is invisible; on a cheek it is the first thing anyone sees.

The reconstructive ladder, roughly in order. Let it heal by itself, which for some small defects in concave areas gives a surprisingly good result. Direct closure, if the laxity allows. A skin graft, full-thickness from a matching donor site such as in front of or behind the ear, which gives better colour and texture than a split-thickness graft. A local flap, moving adjacent skin with its own blood supply — the workhorse of facial reconstruction, because the skin next to a defect is the best match for it. A regional flap, such as a forehead flap for the nose. And a free flap, tissue brought from elsewhere in the body with its artery and vein joined under a microscope, for large or composite defects needing bone, bulk or lining.

Why higher is not better. A well-designed local flap usually beats a free flap aesthetically, because the tissue matches. Free flaps are used when nothing local can cover the defect or when bone and lining are needed, not as a display of technique.

Aesthetic units and lines. The face divides into units — the nose, the lip, the cheek, the eyelid — and scars placed at the borders between them, or within natural creases and hairlines, become inconspicuous. Sometimes the right answer is to remove and reconstruct a whole subunit rather than patch part of it, because a patch within a unit shows.

Composite defects. Where skin, lining and cartilage or bone are all missing — a through-and-through cheek or a nose — each layer must be replaced. Reconstructing skin over an absent lining fails.

Symmetry and the other side. The unaffected side is the template, and sometimes it is altered slightly to match.

Hair-bearing skin. Eyebrow, moustache, beard and scalp all need hair-bearing replacement, which limits the donor options.

What a good plan states. Which tissue is coming from where, why that rather than something simpler, how many stages, and what the scars will look like.

Ask: why this reconstruction rather than a simpler one, and what will the colour match be like?

The commonest context and the one with the firmest rules.

Margins first. The reconstruction cannot be finalised until histology confirms the tumour has been completely removed. Closing a defect over residual cancer hides it beneath a flap, where recurrence may not become apparent until it is extensive.

How that is managed. Either the excision and reconstruction are staged — excise, dress the wound, wait for histology, reconstruct days later — or margin-controlled excision is used, where the margins are examined during the operation so reconstruction can follow immediately with confidence. Mohs surgery is the best-known form of this and is not universally available. Ask which applies to you and be wary of a plan that closes a cancer defect immediately with no histological confirmation.

Which cancers. Basal cell carcinoma, the commonest, usually local. Squamous cell carcinoma, which can spread to lymph nodes. Melanoma, which needs its own staging and often node assessment. And rarer tumours. Each has a different margin requirement and a different follow-up.

Lymph nodes and imaging. For squamous cell carcinoma and melanoma, nodes in the neck and in front of the ear may need assessing, sometimes with ultrasound or biopsy. That belongs with a head and neck cancer service.

Radiotherapy. Whether you have had it, whether you are going to, and where the field was. Irradiated tissue heals badly, contracts, and tolerates grafts and implants poorly. Radiotherapy planned after surgery also affects the choice of reconstruction, because a flap that will be irradiated behaves differently. Most units wait at least six to twelve months after radiotherapy before elective refinement.

Surveillance. Having had one facial skin cancer substantially raises the risk of another, so follow-up of the site and the rest of the skin continues for years. A reconstruction can obscure recurrence at the margin, which is why the operation note must record exactly what was done and where, and why your own doctors need it.

Timing. Reconstruction may be immediate once margins are clear, or delayed by weeks or months. Delay is safer where there is doubt, and a temporary dressing for a week is not a failure.

Where to have the excision. Where your pathology and oncology services are. Reconstruction travels considerably better than cancer excision does.

What to bring to a consultation abroad. Histology, the excision operation note, imaging, radiotherapy field and dose, and your surveillance schedule.

Ask: do you have my histology, were the margins clear, and who follows me up?

The ordering principle, and the part most easily lost in a cosmetic setting.

The eyelids. The most urgent functional consideration in facial reconstruction. An eyelid that does not close — from a defect, a graft that has contracted, or a flap that has pulled it down — exposes the cornea, which leads to drying, ulceration and potentially loss of vision. Eyelid reconstruction must restore closure and the lid margin, and it needs an ophthalmic or oculoplastic assessment. Any reconstruction near the eye that risks pulling the lid should be planned with that in mind.

The lower lid specifically. Prone to contraction after grafting, producing ectropion — the lid turning outward — which causes watering, irritation and exposure. Preventing it is easier than correcting it.

The lips. Must seal. A lip that cannot close leads to drooling, difficulty eating and drinking, and slurred speech. Reconstruction must restore the muscle ring around the mouth as well as the skin and lining, and must maintain the vermilion border, which is the most visible line on the face. Lips are also mobile, so a reconstruction that looks right at rest can look wrong on speaking or smiling.

The nose. Must pass air. Reconstructing the external nose while leaving the internal lining deficient produces a nose that looks acceptable and does not work, and internal lining is the part most often underestimated. Cartilage support is needed to stop the reconstructed nostril collapsing on breathing in.

The oral cavity. Where the reconstruction involves the cheek or jaw, chewing, swallowing and speech are at stake, and dental rehabilitation may be part of the plan.

Facial nerve. Where the nerve has been sacrificed or injured, weakness of the face affects eye closure, lip competence and speech. Reanimation — nerve grafts, nerve transfers, muscle transfers, static slings — is a specialist field and should be discussed rather than left.

Sensation. Often lost in a flap, permanently. Flaps brought from elsewhere do not feel like face.

What good counselling includes. A list of functional consequences and what the reconstruction will and will not restore. Sensation, in particular, usually will not.

Ask: what will this reconstruction restore functionally, and what will it not? And will my eye be protected?

The technique with the biggest gap between a capable unit and an incapable one.

When a free flap is needed. Large defects that no local tissue can cover. Composite defects needing bone as well as soft tissue — a maxilla or mandible after tumour resection. Defects needing bulk. Irradiated fields where local tissue will not heal. And where previous surgery has used up the local options.

What it involves. Tissue detached from a donor site — the fibula for jaw bone, the forearm or thigh for thin pliable skin, the abdomen or back for bulk — with its artery and vein, moved to the face, and the vessels joined to vessels in the neck under a microscope.

The critical risk. The joined vessels clot. Blood stops flowing into or out of the flap. Unless detected and the patient returned to theatre within hours, the flap dies — which means losing the reconstruction, losing the donor site, and often a worse position than before.

What prevents it. Monitoring every hour or two for several days by staff trained to recognise a change in colour, temperature, refill or Doppler signal, with a microsurgeon available to operate at any hour.

The questions to ask, precisely. How is the flap monitored, how often, by whom, and for how many days? Is a microsurgeon on call overnight? How many free flaps does this unit perform a year? What is your flap failure rate and your take-back rate?

Why volume matters. Microsurgical outcomes correlate with unit volume and team routine. A unit doing several a week has anaesthetists, nurses and juniors who know the protocol; one doing a handful a year does not.

Where it belongs. A hospital with an intensive or high-dependency unit. Not a private cosmetic clinic, however well trained the surgeon, unless that clinic is part of such a hospital.

Length of stay. Five to ten days in hospital, sometimes longer, and two to four weeks in the country before flying. Long-haul travel soon after microsurgery carries clot risk and puts you far from the team.

The donor site. A second wound, sometimes significant: a graft on the forearm, weakness or altered gait after fibula harvest, an abdominal scar. Ask what it costs you.

Alternatives. A simpler reconstruction, a prosthesis, or accepting the defect. If a free flap is the only option offered, ask what else was considered.

If the monitoring answers are vague, do not have microsurgery there. That is the clearest line on this page.

An option that is often better and often not offered, so it gets a section.

What they are. Silicone prostheses individually sculpted and painted by an anaplastologist or maxillofacial prosthetist to match the patient: an ear, an eye and socket, a nose, or a larger midfacial piece. Held on with adhesive or, better, clipped onto small titanium implants placed into bone.

Where they clearly win. The eye socket after orbital exenteration, where no reconstruction restores an eye and a well-made orbital prosthesis with lashes and a matched iris is transformative. The ear, where a prosthesis reproduces fine detail better than carving. Large midfacial defects where reconstruction would mean multiple free flaps and still not look like a nose or a cheek. And irradiated tissue, where reconstruction carries high failure rates.

Why the patient group suits it. Most facial reconstruction after cancer is in older adults, who can manage daily attachment and cleaning, and who may prefer a short implant operation to a year of staged flaps.

The realities. Removed at night. Replaced every two to five years as it discolours, which is a recurring cost. Implant sites need daily cleaning and can become irritated or infected. Implants in irradiated bone have lower success rates. And it is not part of you, which matters to some people a great deal.

Osseointegration. Implants need three to six months, sometimes longer in irradiated bone, before the prosthesis is fitted.

Why it is often not offered. Because it requires an anaplastologist, whose availability varies, and because surgical units offer surgery. That is a limitation of the unit rather than of the option.

The honest comparison. For a defect that local tissue can cover well, reconstruct. For an eye socket, an ear, or a large midfacial defect — especially in irradiated tissue — a prosthesis will usually look better and carry less risk.

Combining. A flap to provide a stable, healed bed, with a prosthesis attached to it, is a common and sensible combination.

What to ask. Is an anaplastologist available, may I see their work, and would a prosthesis give me a better result than reconstruction?

Ask to see photographs of both from the same unit. A unit that can show you both is giving you a real choice.

The range in the cost section above is the widest on this site, because it spans a small local flap and a staged free flap reconstruction.

A proper proposal includes review of your records — histology, excision note, imaging, radiotherapy field and dose, previous operation notes; photographs from before the injury or disease where you have them; a consultation describing the defect by region and layer, stating what tissue is available, and separating functional problems from appearance; ophthalmic or oculoplastic assessment where the eyelids or orbit are involved; ENT input where the nose or airway is involved; dental and maxillofacial input where the jaw is involved; a written staged plan naming each operation, its order, interval and objective; for microsurgery, the monitoring protocol in writing with the unit's flap failure and take-back rates; the operation in a hospital with the relevant specialties and the appropriate level of care; hospital nights appropriate to the operation; accommodation with transfers; fitness-to-fly confirmation; histology on any tissue removed; and an operation note and discharge summary your own doctors can read.

Not included: flights for each stage, travel insurance that genuinely covers surgery abroad, extra nights, later refinement stages, revision, management of a complication once home, facial prosthetics and the anaplastologist's work, dental rehabilitation, radiotherapy and oncology care, and speech or swallowing therapy.

Why quotes differ. First, which operation, which is most of it. Second, whether microsurgery is involved, which changes the hospital requirement entirely. Third, the number of stages and whether later ones are priced. Fourth, whether records review, imaging and the relevant specialty assessments are included. Fifth, whether a prosthetic option is offered at all — its absence tells you the assessment is not balanced. Sixth, whether a proper operation note is provided, which sounds administrative and matters enormously for surveillance.

The honest value point. Check what your own health system funds. Facial reconstruction after cancer or trauma is covered in most countries, and continuity with the team holding your histology and running your surveillance is worth a great deal. Where you do travel, buy the unit's capability and the assessment, not the cheapest closure of the most visible problem.

Ask for the staged plan, the specialties involved, the monitoring protocol if microsurgery is proposed, and the documentation, in writing.

The unit matters far more than the city, and for this work the setting is the decision.

Ankara's university hospitals are the first place to look for most facial reconstruction. It needs plastic and reconstructive surgery with microsurgical capability, head and neck oncology, maxillofacial surgery, ENT, ophthalmology or oculoplastics, dental and prosthetic services, intensive or high-dependency care, and the ability to stage over years. University units also have maxillofacial prosthetics more often than private clinics, which matters because the prosthetic option must be genuinely available rather than theoretically mentioned.

Istanbul has both university hospitals and large private hospitals with genuine reconstructive, microsurgical and head and neck oncology capability, and the surgeons most likely to have substantial personal volume in facial flap work. It also has the country's largest cosmetic market, and that combination is the thing to be careful about: a facial defect presented to a cosmetic clinic may be offered a filler or a simple closure when it needs a subunit reconstruction or a flap, and a cancer defect may be closed without histology. Ask about the facility, the specialties and the monitoring rather than the surgeon's reputation alone. Hospitals cluster in Şişli, Levent, Ataşehir and on the Anatolian side, and the two airports give the most direct flights.

Izmir has university-affiliated hospitals with reconstructive capability, in a calmer city with direct European flights, and works for a defined single-stage reconstruction in a unit you have checked.

Antalya is the least suitable. Facial reconstruction needs multidisciplinary assessment, histology, sometimes microsurgical monitoring and continuity over stages, and a resort cosmetic market provides none of it. A small local flap on a cheek after a confirmed complete excision is the only version that could reasonably happen in a private clinic.

Three questions to ask in any city. Is this a hospital with the relevant specialties on site? If microsurgery is proposed, how is the flap monitored and what is your failure rate? And is an anaplastologist available so I can compare a prosthesis?

Wherever you go, the clinic must hold the Ministry of Health international health tourism authorisation, surgery must take place in a licensed hospital appropriate to the complexity, and the surgeon must be registered with the Turkish Medical Association in the relevant specialty.

A pathway rather than a trip in most cases, and the first step is often not surgery.

Before anything: the funding and continuity question. Facial reconstruction after cancer or trauma is funded in most countries. If it is available to you, continuity with the team holding your histology and running your surveillance is worth a great deal. Establish that first.

Gather records. Histology, excision operation note, imaging, radiotherapy field and dose, previous operation notes, and photographs of your face from before the disease or injury. Get key documents translated.

Remote assessment. Records and photographs reviewed, with a statement of what is achievable, how many stages, whether microsurgery is needed, and whether a prosthesis would give a better result.

Trip one: assessment, two to three days. The defect described by region and layer. Functional assessment — eyelid closure, lip competence, nasal airway, chewing, facial nerve. Specialty assessments as needed. Imaging if required. Then a written staged plan with objectives and intervals, and consent stating what will and will not be restored, including sensation.

The operation. For a local flap or graft: one to three hours, a day case or one to two nights, seven to ten days in the country. For a staged nasal reconstruction with a forehead flap: two or three operations three to four weeks apart, so either an extended stay or repeat trips. For a free flap: five to ten hours, five to ten nights in hospital with hourly monitoring, two to four weeks before flying.

Wound care. Often weeks of dressings, sometimes specialist ones. Arrange who does this at home before you travel.

Months one to twelve. Healing, scar maturation, physiotherapy or speech and swallowing therapy where relevant. Photographs at intervals. Surveillance continuing with your own team if this followed cancer.

Later stages. Refinement: thinning a flap, revising a scar, fat grafting for contour, adjusting an eyelid or lip. Usually at six to twelve months, and often the difference between an adequate and a good result.

If a prosthesis. Implant placement, then three to six months of osseointegration, then fitting sessions — two trips, with replacements every few years.

Judging it. A year after the final operation, against your own previous face.

The clinic must hold the Ministry of Health International Health Tourism Authorisation Certificate, with its number and the address of the licensed hospital, and the surgeon must be registered with the Turkish Medical Association in the relevant specialty.

Then the questions that matter.

Have you reviewed my histology, operation notes, imaging and radiotherapy details? Will you proceed without them?

If this follows cancer: were the margins clear, were lymph nodes assessed, and who will follow me up?

What exactly is missing — which region, and which layers? What tissue do I have available?

Why this reconstruction rather than a simpler one? What will the colour and texture match be like?

What will this restore functionally — eyelid closure, lip seal, nasal airway, chewing — and what will it not restore? Will I have sensation?

Will my eye be protected, and has an ophthalmologist or oculoplastic surgeon assessed me?

If microsurgery is proposed: how is the flap monitored, how often, by whom, for how many days? Is a microsurgeon on call overnight? How many free flaps do you do a year, and what are your failure and take-back rates?

Is this a hospital with intensive or high-dependency care, and are the relevant specialties on site?

What does the donor site cost me, in function and in scar?

Is an anaplastologist available, and would a prosthesis give me a better result?

How many stages, in what order, with what intervals?

How long before I can fly, and will you confirm fitness in writing?

Who manages my wound care at home, and who do I contact if something changes?

Will you give me an operation note and discharge summary my own doctors can read, and send removed tissue for histology?

Should I have this at home instead?

The last question is a real one, and a unit willing to answer yes is one worth trusting with the answer no.

A long list, and honest units quote their own figures.

Flap failure. Partial or complete loss of a local, regional or free flap. In free flaps it follows clotting of the joined vessels and needs urgent return to theatre. Complete loss means losing the reconstruction and the donor site, and being worse off than before.

Graft failure, leaving an open wound needing re-grafting.

Poor colour or texture match, which on a face is conspicuous even when the wound has healed perfectly.

Contracture. Grafts and scars contract, which on the face pulls eyelids, lips and nostrils out of position — ectropion of the lower lid, a distorted vermilion, a collapsed nostril.

Eye complications. Exposure of the cornea from an eyelid that cannot close, leading to drying, ulceration and potentially visual loss. The most serious functional risk in facial reconstruction.

Lip incompetence, with drooling and speech difficulty.

Nasal obstruction, from inadequate lining or absent cartilage support.

Infection, sometimes requiring removal of implanted material.

Wound breakdown, which on the face can take months to heal and leaves a worse scar.

Bleeding and haematoma, sometimes needing a return to theatre.

Nerve injury: facial weakness where the facial nerve is involved, and permanent numbness of the reconstructed area, which is usual rather than exceptional.

Donor site problems: scarring, graft on the forearm, altered gait or weakness after fibula harvest, abdominal weakness, and the donor site's own complications.

Scarring, hypertrophic scars and keloid.

In irradiated tissue: markedly worse healing, higher infection and flap failure rates, and poor tolerance of implants.

In cancer cases: recurrence hidden beneath a flap, delay to further oncological treatment if a complication intervenes, and interference with surveillance.

Need for further operations, which in facial reconstruction is the norm.

Anaesthetic complications, rising with operation length.

Psychological difficulty. Facial disfigurement and its reconstruction carry a substantial psychological burden, and a result that improves rather than restores can still be hard. Support matters and good units provide it.

Specific to travelling. A failing flap where the team is unreachable, a staged plan interrupted, records not transferring, and surveillance discontinuity after cancer.

The factors you control: gathering records, insisting on confirmed margins, checking the unit's capability honestly, arranging care at home, and not starting a staged plan you cannot finish.

Sometimes clearly, and more often than on most pages here the honest first move is to check whether you should travel at all. Facial reconstruction after cancer, trauma or burns is funded in most countries, and continuity with the team that holds your histology, knows what was excised and runs your surveillance is worth a great deal — particularly because a reconstruction can obscure a recurrence at the margin, and the person watching for that needs to know exactly what was done. If reconstruction is available to you at home within a reasonable time, take it.

Where travelling does make sense, Turkish university and large hospital units do this work properly: plastic and reconstructive surgery with microsurgical capability, head and neck oncology, maxillofacial surgery, ENT and ophthalmology in the same building, at a fraction of Western European private cost. That combination is the thing to buy, and the question that identifies it is not about the surgeon's reputation but about the facility: are the relevant specialties on site, is there intensive or high-dependency care, and — if a free flap is proposed — how is it monitored?

That last question deserves no compromise. A free flap depends on vessels joined under a microscope, and if they clot the flap dies unless the patient is back in theatre within hours. So ask how often the flap is checked, by whom, for how many days, whether a microsurgeon is on call overnight, and what the unit's flap failure and take-back rates are. If those answers are vague, do not have microsurgery there. And ask what else was considered, because a well-designed local flap usually gives a better colour and texture match than a free flap — higher on the reconstructive ladder is not better, it is what you resort to when nothing local will do.

If your defect follows cancer, three things come before reconstruction. Margins confirmed clear by histology, because closing a defect over residual tumour buries it where recurrence is hard to find — a temporary dressing for a week is not a failure. Lymph node assessment where the tumour was a squamous cell carcinoma or melanoma. And clarity about radiotherapy, past or planned, because irradiated tissue heals badly, contracts and tolerates grafts and implants poorly, and it changes both what is possible and when.

Insist too that function is addressed before appearance. Eyelid closure protects your cornea, and an eyelid pulled down by a contracting graft can end in corneal ulceration — so anything near the eye needs an ophthalmic or oculoplastic opinion. A lip must seal to eat and speak. A rebuilt nose must pass air, which means the lining and the cartilage support matter as much as the skin. And expect to be told that sensation will not return in a flap; that is usual rather than a complication.

Finally, ask about a facial prosthesis, and treat a unit that cannot discuss it as offering you less than a full assessment. For an eye socket after exenteration, for an ear, and for a large midfacial defect — above all in irradiated tissue — a silicone prosthesis made by a good anaplastologist and clipped onto bone-anchored implants routinely looks better than the best achievable reconstruction and carries less risk. It comes off at night, needs replacing every few years, and is not part of you, and those costs are real; for many patients they are outweighed by the appearance.

Whatever you decide, gather your records and bring photographs of your own face from before the disease or injury, because that is the target rather than an average face. And insist on an operation note and discharge summary your own doctors can read: in a condition followed for years across possibly two health systems, that document is how the next clinician knows what they are looking at.

The comparison table above shows what this costs where you live, from published prices and marked where a figure is an estimate; read it as a per-stage starting point given the range this covers. The consultation request below reaches a coordinator who can route this to a hospital reconstructive unit rather than a cosmetic quote.