Hand Reconstruction in Turkey

The whole plan turns on this question, and it cannot be answered from a photograph.

Why it matters. A finger that will not bend may be held by tight skin, by a tendon that is stuck or ruptured, or by a joint that has stiffened or fused. Each needs a completely different operation, and treating the wrong one achieves nothing. Skin contracture is released and resurfaced. A tendon problem needs tenolysis, grafting or a staged reconstruction. A stiff joint needs release, and a destroyed joint needs fusion or replacement.

The test that separates them. Passive versus active movement. If a finger can be bent by the examiner but not by the patient, the joint moves and the problem is in the tendon, nerve or muscle. If it cannot be bent even passively, the restriction is in the skin, the joint, or scarred tissue around them. This distinction is the single most useful thing in the examination.

Measurements that should be recorded. Range of movement at every joint, in degrees, active and passive. Total active motion. Grip strength and pinch strength, measured with a dynamometer. Sensation, tested properly — two-point discrimination rather than "can you feel this". Thumb opposition. And a functional score such as the DASH or similar, because it captures what the patient can actually do.

Sensation in detail. A hand without sensation is a poor hand however well it moves, and where a nerve has been divided that needs establishing early, because nerve options close with time.

The thumb. It accounts for a large share of hand function, and its position, stability, length and opposition are assessed separately from the fingers.

Imaging. X-rays for bone and joint, ultrasound or MRI for tendon continuity and gliding, and nerve conduction studies where nerve function is in doubt.

Skin and previous scars. Where previous surgery has been, which flaps have been used and which donor sites remain.

Pain. Neuropathic pain, cold intolerance and hypersensitivity are extremely common after hand trauma and need treating in their own right.

The patient's work and hand use. A pianist, a bricklayer and a retired person need different plans, and the objective should be written in terms of tasks rather than degrees alone.

Smoking. Materially worsens flap survival, bone healing and nerve recovery, and should be addressed before elective reconstruction.

What a good assessment produces. A problem list naming skin, tendon, nerve and joint separately, an expected gain stated in movement, strength and sensation, the therapy requirement, and an honest statement of what will not come back.

Ask: is my problem in the skin, the tendon, or the joint, and how do you know?

The section that matters most for anyone considering having this done away from home.

Why the hand is different. Other reconstructed areas heal while resting. The hand stiffens while resting. Tendons must glide within days of repair or they scar to their sheaths; joints must move or their capsules tighten; oedema must be controlled or it organises into fibrosis. So the post-operative programme is not recovery advice, it is the second half of the operation.

What hand therapy involves. A specialist hand therapist — an occupational therapist or physiotherapist with hand training — assessing, making custom thermoplastic splints, adjusting them weekly as swelling and movement change, teaching and supervising specific tendon-gliding and blocking exercises, managing oedema, desensitising hypersensitive areas, retraining sensation after nerve repair, and building strength in a carefully timed sequence.

How often, and for how long. Typically two or three sessions a week initially, then weekly, tapering over three to six months, and longer after nerve reconstruction or tendon grafting. Daily home exercises throughout, often several times a day.

Timing that cannot slip. After a flexor tendon repair or graft, protected movement usually starts within the first week, under a precise protocol. Miss that window and the tendon adheres. After a contracture release, splinting and movement start within days. After a tendon transfer, a period of immobilisation is followed by re-education of a muscle to do a new job, which takes months of supervised work.

Splints. Static splints hold position; dynamic and static-progressive splints apply gentle sustained force to regain movement. They are custom made to the individual hand and remade repeatedly. A generic off-the-shelf splint is not the same thing.

Why this decides the travel question. The surgery is a week; the therapy is three to six months and it happens where you live, frequently, with hands-on adjustment. If you cannot name the hand therapist who will deliver it, and if the protocol has not been written down and sent to them, the reconstruction is at serious risk. This is the single commonest reason hand reconstruction fails after surgery abroad.

What to arrange before booking. A named hand therapist at home who has agreed to take the case, confirmation that they will receive the operation note and the therapy protocol, and a realistic plan for the first appointment within days of your return.

What to ask the surgeon. Write the protocol down, specify when movement starts and in what range, specify the splint, and send it with the operation note.

If you cannot arrange the therapy, reconsider the trip. That is a genuine recommendation rather than a caution.

Organised by what is wrong.

Skin contracture and web space loss. Release with Z-plasties or local flaps, full-thickness grafts for larger areas, and in burns sometimes flaps because grafts recontract. Then splinting in the corrected position and therapy. First web space contracture, which limits the thumb, is a priority because of its functional weight.

Tendon problems. Adhesions preventing gliding are treated by tenolysis, freeing the tendon from scar — an operation whose result depends almost entirely on immediate post-operative therapy. A gap in a tendon needs grafting, or a two-stage reconstruction where a silicone rod first creates a smooth tunnel and a graft is placed weeks later. Ruptures are repaired where fresh and reconstructed where old.

Tendon transfers. Where a muscle is permanently lost — from nerve injury, trauma or disease — a working tendon is rerouted to do its job. Common examples restore wrist or finger extension, thumb opposition or grip. The surgery is the easier half; teaching the brain to use the muscle differently takes months of supervised retraining.

Nerve reconstruction. Direct repair where possible, nerve grafting where there is a gap, conduits for short gaps, and nerve transfers where the injury is proximal. Time-critical, and covered in its own section below.

Joints. Release for a stiff joint, sometimes with capsulotomy; fusion for a destroyed painful joint where stability matters more than movement; and replacement in selected joints. Where the joint is the problem, no amount of skin or tendon surgery will help.

Coverage of exposed tendon and bone. Grafts do not take on tendon or bare bone, so these need flaps — local flaps, regional flaps from the forearm, or free flaps. Thin, pliable cover matters in the hand because bulky cover blocks movement.

Bone. Malunion correction, non-union grafting, lengthening, and correction of rotational deformity, which is functionally important because a rotated finger crosses over its neighbour on flexion.

Thumb reconstruction. The most functionally significant reconstruction in the hand. Options include lengthening, deepening the first web space, pollicisation of an index finger, and toe-to-hand transfer using a great or second toe — a microsurgical operation that gives a thumb with sensation and growth potential.

Finger reconstruction and amputation refinement. Ray amputation to narrow the hand, stump revision for painful neuromas, and nail bed reconstruction.

Congenital difference. Syndactyly separation, thumb reconstruction or pollicisation, correction of radial deficiency and tendon transfers in nerve conditions — and this belongs with a paediatric hand service, staged through growth.

Spasticity and nerve palsy. Tendon transfers, releases and selective procedures in cerebral palsy or after brachial plexus injury or stroke, planned with neurology and therapy.

Sequence. Get skin cover and a stable skeleton first, then tendon, then nerve, then refinement — with therapy running throughout.

The part of hand reconstruction where waiting causes permanent loss, in contrast with scar surgery where waiting helps.

What happens after a nerve is divided. The nerve fibres beyond the injury degenerate. The nerve can regrow, but only at roughly a millimetre a day, and only if it is repaired. Meanwhile the muscle it supplied begins to waste, and after roughly eighteen to twenty-four months without a nerve signal the muscle becomes irreversibly fibrotic and will not work again even if the nerve reaches it.

The practical consequence. For a nerve injury near the hand, repair or grafting has a reasonable window. For an injury higher up the arm or in the brachial plexus, the nerve may not reach the muscle in time at all, and the decision between nerve repair and nerve transfer has to be made within months. Beyond the window, the only option is a tendon transfer — borrowing a working muscle — or a free functioning muscle transfer.

So the rule is the opposite of scar surgery. If a nerve is not working, get it assessed now. A delay of a year spent waiting for spontaneous recovery may convert a repairable nerve problem into a permanent one.

How it is assessed. Clinical examination of motor and sensory function, serial examination to detect recovery, nerve conduction studies and electromyography, and sometimes ultrasound or MRI.

Sensation. A hand without sensation on the thumb and index finger is functionally poor, and sensory nerve reconstruction is worth doing for that reason. Sensory re-education with a therapist afterwards materially changes the result.

What recovery looks like. Slow and incomplete. Protective sensation is a realistic goal; normal sensation usually is not, particularly in adults and in grafted nerves. Motor recovery after transfers takes months of retraining.

Neuropathic pain and neuroma. Common, treatable to a degree, and needing specific management rather than general reconstruction.

Cold intolerance. Very common after nerve and vascular injury in the hand, often permanent, and honest counselling about it is better than promises.

Children. Recover nerve function considerably better than adults, which changes the calculus in their favour.

What this means for travelling. If your problem is a nerve that has not recovered, the urgent step is an assessment wherever you can get it fastest, not a search for the cheapest operation in six months' time. Delay here is not neutral.

Ask: is a nerve involved, what is the window, and what closes if I wait?

The range in the cost section above is wide because a web space release and a toe-to-hand thumb reconstruction are different orders of operation.

A proper proposal includes review of your operation notes, imaging and nerve studies; a consultation that measures range of movement in degrees, grip and pinch strength, and sensation with two-point discrimination, and records a functional score; a clear statement of whether the problem is in the skin, tendon, nerve or joint; a written staged plan naming each operation, its objective, order and interval; an expected gain stated in movement, strength and function rather than appearance; a written hand therapy protocol specifying when movement starts, in what range, with what splint, addressed to the therapist who will deliver it; blood tests and anaesthetic assessment; surgery in a licensed hospital with a hand surgery service, and microsurgical capability where a flap or nerve graft is involved; appropriate hospital nights; accommodation with transfers; the first therapy sessions and the initial custom splint made before you fly; fitness-to-fly confirmation; and an operation note and protocol your own surgeon and therapist can act on.

Not included: hand therapy at home, which is the largest element of the treatment; subsequent custom splints and their adjustment; flights for each stage; travel insurance covering surgery abroad; extra nights; later stages such as tenolysis, secondary tendon grafting or refinement; revision; treatment of neuropathic pain; and management of an underlying bone or joint problem where that needs separate surgery.

Why quotes differ. First, which structures are being reconstructed and how many stages. Second, whether microsurgery is involved — a free flap or a toe transfer is a different operation from a graft. Third, whether the quote includes the initial therapy and splint, which serious units provide before you leave. Fourth, whether the therapy protocol is written at all; a hand reconstruction quote that does not mention hand therapy is describing half the treatment and the half that decides the outcome. Fifth, whether there is a hand surgery unit and hand therapists, or a general clinic taking the case on. Sixth, documentation.

The honest value point. In the hand, a cheaper operation without therapy is not cheaper — it can leave you worse than before, because a stiff hand is harder to treat than the problem you started with. And check what your own system funds first, because hand surgery is covered reconstruction almost everywhere.

This is a unit question, and the unit needs hand therapists as much as hand surgeons.

Ankara's university hospitals are the first place to look. Hand reconstruction draws on hand surgery — which in Turkey is practised by both plastic surgeons and orthopaedic surgeons with hand subspecialty training — microsurgery with replantation experience, occupational therapy and physiotherapy with hand training, orthotics for custom splints, neurophysiology for nerve studies, paediatric services for congenital difference, and pain medicine. University units also run the staged plans that tendon and nerve reconstruction need.

Istanbul has both university and large private hospitals with hand surgery units, the highest microsurgical volumes including toe-to-hand transfer, and the surgeons most likely to do this work weekly. Ask specifically about the hand therapy service, because the surgical side is easier to find than the therapy side. The risk in Istanbul is the same one that runs through the reconstructive pages on this site: a functional problem being handled by a clinic whose core business is cosmetic. 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 hand surgery and therapy, which works well for a defined single-stage reconstruction.

Antalya is not the place for this. There is no reason to have hand reconstruction in a resort city, and the therapy infrastructure that determines the result is not there.

Four questions in any city. Do you have a hand surgery unit and dedicated hand therapists? Will you measure movement, grip, pinch and sensation and give me the numbers? Will you write the therapy protocol and address it to my therapist at home? And will the first splint be made before I fly?

Wherever you go, the clinic must hold the Ministry of Health international health tourism authorisation, surgery must be in a licensed hospital, and the surgeon must be registered with the Turkish Medical Association in plastic, reconstructive and aesthetic surgery or in orthopaedics and traumatology with hand experience.

Therapy frames everything, and for nerve problems the clock runs.

First, work out whether you have time. If a nerve is not working, get assessed now — options close permanently over months. If the problem is a mature scar contracture or stiffness, waiting for scar maturity at twelve months or more is right. These are opposite rules and the difference matters.

Check funding and continuity. Hand surgery is covered reconstruction in most countries, and the team that treated your injury holds your operation notes and can deliver therapy.

Arrange the hand therapist before booking surgery. Named, agreed, and ready to see you within days of your return. Confirm they will receive the operation note and the written protocol. This is the step that most often gets skipped, and it is the one that decides the result.

Gather records. All operation notes, imaging, nerve conduction studies, therapy notes with movement measurements in degrees and grip and pinch readings, photographs, and a written account of what you can and cannot do.

Remote assessment. Records and video of your hand moving reviewed, with a statement of whether the problem is skin, tendon, nerve or joint, what is achievable, how many stages and what therapy is required.

Trip one, assessment, one to two days. Movement, strength and sensation measured; passive versus active movement compared; imaging reviewed; problem list produced; plan and protocol written; consent covering stiffness, incomplete recovery and the therapy requirement.

The operation. Web space or contracture release: one to two hours, day case, ten to fourteen days in the country because splinting and early therapy start immediately. Tenolysis: one to two hours, day case, but movement must start within a day or two, so ten to fourteen days with therapy on site. Tendon graft or transfer: two to three hours, one to two nights, two to three weeks. Free flap or toe-to-hand transfer: long microsurgical operation, several nights of monitoring, three to four weeks before flying.

Before you fly home. Custom splint made, therapy started on site, the protocol in writing, and the operation note in your hand.

Months one to six. Hand therapy two or three times a week tapering to weekly, daily home exercises several times a day, splints adjusted repeatedly, strength work in a timed sequence. Longer after nerve reconstruction, with sensory re-education.

Months six to twenty-four. Nerve recovery continues slowly. Secondary procedures — tenolysis, further release, refinement — at six months or more where movement has plateaued despite therapy.

Judging it. By measured movement, grip, pinch, sensation and what you can do, at a year.

The clinic must hold the Ministry of Health International Health Tourism Authorisation Certificate with its number and the licensed hospital's address, and the surgeon must be registered with the Turkish Medical Association in plastic, reconstructive and aesthetic surgery or in orthopaedics with hand subspecialty experience.

Then the questions that matter in the hand specifically.

Do you have a hand surgery unit, and do you have dedicated hand therapists on site?

Is my problem in the skin, the tendon, the nerve or the joint, and how did you determine that?

Will you measure my range of movement in degrees, grip and pinch strength, and two-point discrimination, and give me the numbers before and after?

What gain do you expect, stated in movement, strength and tasks I can do?

Is a nerve involved, and is there a time window I am inside or outside?

Will you write the hand therapy protocol down — when movement starts, in what range, with what splint — and address it to my therapist at home?

Will the first custom splint be made before I fly, and will therapy start on site?

If a tenolysis is planned: therapy has to start within a day or two, so how is that arranged?

If a tendon transfer is planned: how long does the retraining take and who supervises it?

If a flap or toe transfer is planned: how many do you do a year, who monitors it, and for how many nights?

What will not come back — sensation, full movement, strength, cold tolerance? I want that stated plainly.

How many hand reconstructions of this type do you personally do a year, and may I see your own results at a year with movement documented?

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

What happens if my hand stiffens, a tendon ruptures or a flap fails after I fly home?

Should I have this at home instead?

The answer to the therapy questions tells you more about the likely outcome than the answer to any surgical one.

Significant, and specific to a mechanism that depends on gliding and sensation.

Stiffness. The central risk, and often worse than the original problem. It follows immobility, oedema, pain and inadequate therapy, and once established it is hard to reverse.

Tendon adhesion after repair or graft, preventing gliding and requiring a further tenolysis.

Tendon rupture after repair, graft or transfer, particularly if the protocol is not followed.

Failure of a tendon transfer to produce useful movement, or the transferred muscle proving too weak.

Incomplete nerve recovery, which is the norm rather than the exception: protective sensation is a realistic goal, normal sensation usually is not.

Neuroma and neuropathic pain, sometimes severe, and not reliably improved by further surgery.

Cold intolerance and hypersensitivity, common after hand trauma and often permanent.

Complex regional pain syndrome — uncommon but serious, with pain, swelling, stiffness and colour change out of proportion to the surgery, needing early recognition and intensive therapy.

Infection, including deep infection involving tendon sheath, joint or bone, which in the hand can cause rapid permanent loss of function and needs urgent treatment.

Flap failure, partial or complete; in free flaps and toe transfers this follows clotting of the joined vessels and needs urgent return to theatre.

Graft failure over tendon or bone, where grafts do not take at all.

Donor site problems: scarring and altered function at the forearm, thigh or foot, including changes to gait and footwear after toe harvest.

Recurrence of contracture, especially in burns and in growing children.

Bone complications: non-union, malunion, and residual rotational deformity causing fingers to cross on flexion.

Joint instability, or loss of movement after fusion, which is accepted in exchange for stability and pain relief.

Scar sensitivity and unsightly scars on a highly visible part of the body.

Venous thromboembolism, less common than in lower limb surgery but not absent.

Anaesthetic risks, and the specific risks of long microsurgical operations.

Psychological impact. Hand injury affects work, independence and identity, and results improve rather than restore.

Specific to travelling. Therapy not arranged, so the hand stiffens and the reconstruction fails; a tenolysis performed with no therapist to start movement within days; a flap or toe transfer failing when the microsurgeon is unreachable; splints never adjusted; a protocol that never reaches the therapist; and a staged plan abandoned halfway.

What you control: arranging the hand therapist before the surgery, insisting the protocol is written and sent, doing the home exercises several times a day, keeping the splint regime exactly, not smoking, and not starting a staged reconstruction you cannot finish.

It can be, but of everything on this site, hand reconstruction is the work where the decision depends least on the operation and most on what happens for the six months after it.

The reason is mechanical. The hand stiffens when it rests. Tendons scar to their sheaths if they do not glide within days, joint capsules tighten if they do not move, and swelling that is not controlled turns into fibrosis. So a hand reconstruction is not an operation followed by recovery — it is an operation followed by three to six months of supervised hand therapy, two or three times a week at first, with custom splints made and remade weekly and home exercises several times a day. A technically excellent tenolysis with no therapist to start movement within forty-eight hours is worse than no operation, because you will have paid for scar and gained stiffness. This is the commonest way hand reconstruction fails after surgery abroad, and it is entirely avoidable.

So the practical advice is to reverse the usual order. Find and book the hand therapist at home first. Get them to agree to take the case and to see you within days of your return. Then ask the surgeon to write the protocol down — when movement starts, in what range, with which splint — and to address it to that therapist along with the operation note. Ask that the first custom splint be made and therapy started before you fly. A unit that does all of this without being pushed is a unit that does this work properly. A quote that never mentions hand therapy is describing half the treatment, and the half that decides the result.

The second thing to get right is what is actually wrong. A finger that will not bend may be held by tight skin, a stuck or ruptured tendon, or a stiff joint, and those are three different operations. The distinguishing test is simple — whether the examiner can move the finger when you cannot — and any plan should state plainly whether the problem is in skin, tendon, nerve or joint, and how that was determined. Insist on measurements: range of movement in degrees, grip and pinch strength, two-point discrimination, and an expected gain expressed in tasks you will be able to do.

Timing works in the opposite direction from the scar pages on this site, and this catches people out. If a nerve is not working, delay causes permanent loss: the muscle it supplies wastes and after roughly eighteen to twenty-four months without a signal it will not recover even if the nerve reaches it. So a nerve problem needs assessment now, wherever you can get it soonest — not the cheapest operation in six months. If, by contrast, your problem is a mature contracture or stiffness, waiting for the scar to settle at a year or more is right.

Be clear-eyed about what will not come back. Nerve recovery is slow and incomplete, with protective sensation a realistic goal and normal sensation usually not. Cold intolerance after hand trauma is common and often permanent. Full movement and full strength are rarely restored. A surgeon who says so is telling you the truth about the field.

Where travelling makes sense: a defined reconstruction in a real hand surgery unit with hand therapists, where the protocol is written, the first splint is made before you leave and a therapist at home has agreed to continue — particularly where your own system does not fund the specific operation, or where a specialist procedure such as toe-to-hand thumb reconstruction is not offered to you. Turkish hand surgery units in university and large private hospitals have microsurgical and replantation experience and do this work at a fraction of Western European private cost. Where it does not make sense: any plan without a therapist, a tenolysis you will fly home from before movement starts, congenital hand difference in a child needing staged local care through growth, and an unrecovered nerve that needs assessing this month rather than a trip next year. Check what your own health system funds first, because hand surgery is covered reconstruction almost everywhere, and the unit that treated your injury holds your notes and can deliver the therapy.

The comparison table above shows what this costs where you live, from published prices and marked where a figure is an estimate. The consultation request below reaches a coordinator who can route this to a hospital hand surgery unit rather than a cosmetic quote.