Artificial Disc Replacement in Turkey

Artificial disc replacement in Turkey is a surgical option for some patients with neck or back problems, but it is not a general alternative to spinal fusion. Only a limited group of patients are suitable. Eligibility is decided after the surgeon’s assessment and a review of your imaging. Many cases are treated conservatively first, and fusion or another treatment may suit your condition better. This article explains the difference between cervical (neck) and lumbar (lower back) disc replacement: who each is considered for, who it does not suit, the risks, and what the scientific evidence honestly says. It then covers what matters if you are considering having the procedure in Turkey.

What is artificial disc replacement?

The spinal disc is a cushion between two vertebrae. It absorbs shock and allows the spine to move. When it is damaged, it may cause pain or press on nerves. In this operation, the surgeon removes the damaged disc and puts an implant in its place, designed to preserve some motion at that level. The implant usually consists of two plates that attach to the vertebrae, sometimes with a mobile part between them, and is made of metal or plastic-like materials.

The operation is performed in the neck and in the lower back, and each region has its own circumstances and evidence, as detailed below. It differs from simply removing the disc without placing a replacement, which is explained on our page Discectomy in Turkey.

Is it a general alternative to spinal fusion?

No. The key idea is the difference between preserving motion and fixing the affected level in place:

• Spinal fusion: The disc is removed and a bone graft or spacer is placed between the vertebrae. Over time the two vertebrae join into one solid bone mass, so motion at that level stops.
• Artificial disc: A mobile implant is placed instead of the graft, with the aim of keeping motion at the treated level.

In theory, fixing one level may increase the load on the neighboring levels and speed up their wear. This assumption led to the development of artificial discs. But patient-oriented sources describe it as a theoretical assumption, and it has not been settled to the same degree in both regions. In the neck, some analyses lean, relatively speaking, toward lower symptomatic degeneration at the adjacent level. In the lumbar spine, a Cochrane review found the question had not been properly assessed. Fusion also has a long track record in conditions for which a disc replacement is not suitable at all.

For this reason, the artificial disc is not presented as superior to fusion for every patient. The choice depends on your diagnosis, the stability of your spine, the condition of your joints, your bone quality, and the number of affected levels.

Should conservative treatment be tried first?

In most cases, yes. Conservative treatment includes pain relievers and physical therapy, and may add local injections and activity modification. Surgery is usually considered only after it has failed over a sufficient period: weeks in the neck according to some sources, and longer for disc-related low back pain.

If your problem is a herniated disc, you may not need a disc replacement at all, and you can read about Herniated Disc Treatment in Turkey. On the other hand, new or worsening nerve weakness calls for a prompt medical review rather than waiting.

What is cervical disc replacement, and who is it considered for?

When is it considered, and who is a suitable candidate?

It is usually considered when a degenerated or herniated neck disc presses on a nerve root or on the spinal cord, causing arm pain, numbness or weakness, or symptoms from the cord itself. A suitable candidate usually has most of the following:

• Failure of conservative treatment.
• Disease at a limited number of levels (usually one or two).
• Good general health.
• No metal allergy.
• Healthy facet joints.
• Preserved motion at the affected level and an acceptable disc height.

Axial neck pain alone, especially with facet joint arthritis, is listed in reviews among the examples of poor patient selection.

Who is not suited to the procedure?

Open medical sources indicate that the procedure is less suitable, or unsuitable, in the presence of:

• Active infection.
• Osteoporosis or metabolic or hereditary bone disease.
• Instability of the cervical spine.
• Severe facet joint arthritis.
• Tumors.
• Inflammatory diseases of the spine.
• Certain metal allergies.
• Severe neuromuscular conditions.
• Severe disc damage or loss of motion at the affected level.
• Disease at several levels.
• Previous surgery at the same or an adjacent level.

In these cases, fusion or another treatment may be more appropriate.

Important note: A published review on patient selection states that selection criteria outside the United States are less strict and less well documented, and that published data on them are scarce or of low-level evidence. The same review notes that many cervical surgery patients do not meet the accepted criteria, and that the benefit of replacement in those who fall outside them is not conclusively proven. So you are entitled to ask your surgeon which criteria they apply to your case.

How is the operation performed?

It is done under general anesthesia. The surgeon makes a small incision at the front of the neck and moves the windpipe and esophagus aside to reach the spine. The damaged disc is removed and the implant is placed under X-ray guidance during the operation.

What are the risks?

In the short term, there may be wound infection, difficulty swallowing, hoarseness, and temporary sore throat. In the longer term, the following may occur:

• Degeneration at adjacent levels.
• Implant-related problems, such as displacement, loosening, or breakage.
• Unwanted bone growth around the implant (calcification) that may affect motion.
• The need for another operation.

Patient sources also list other risks common to any neck surgery: bleeding, spinal fluid leak, nerve or spinal cord injury, and allergic reactions.

What is recovery like?

The hospital stay may be short, and patients are encouraged to walk early. Pain relievers and wound-care instructions are given, and physical therapy may be recommended. Activities gradually return from light daily tasks to full activity over weeks, and full recovery may take months according to one patient-facing medical source. The timeline varies from person to person, so follow your surgeon’s instructions.

What does the evidence say for the neck?

This is the region with the most evidence, and the longest-standing. Several systematic reviews and meta-analyses of randomized trials compare cervical disc replacement with anterior cervical discectomy and fusion (ACDF). The results of some lean, relatively speaking, in favor of the disc replacement in areas such as overall success rate, the number of secondary surgeries, and symptomatic adjacent-level degeneration. The reviews differed on other measures, such as neck pain and the mental health score, and no significant difference was seen in overall adverse events. The absence of a significant difference does not necessarily prove equivalence.

Key caveats remain:

• Results differed between American and non-American trials in one analysis.
• The authors called for more long-term, multicenter trials.
• A patient page from the American neurosurgical association says some analyses showed reduced adjacent-level problems, but that the long-term value of this is uncertain.

What is lumbar disc replacement, and who is it considered for?

When is it considered, and who is a suitable candidate?

It is considered for patients with chronic low back pain caused by one degenerated disc (sometimes two), identified as the source of pain by clinical examination and imaging. Discography (injecting dye into the disc) may be used to confirm this. It comes after long-term failure of conservative treatment. Patient sources stress that back pain has many causes, including joint arthritis, disc herniation, and instability, and that identifying the main cause is a precondition for the right decision.

Who is not suited to the procedure?

Medical patient sources state that the procedure is unsuitable, or less suitable, in the presence of:

• Significant facet joint disease.
• Significant bony pressure on the nerves. This condition is usually considered under other options, as on our page Spinal Stenosis Treatment in Turkey.
• Vertebral slippage (spondylolisthesis).
• Osteoporosis.
• Spinal deformity such as scoliosis.
• Previous major lower-back surgery.
• Vertebral fracture.
• Tumor.
• Infection.
• Allergy to implant materials.
• Previous abdominal surgery, or a blood vessel condition in front of the spine that raises the risk of injury during the surgical approach.

How is the operation performed?

It is done under general anesthesia through an incision in the abdomen, where the organs and blood vessels are moved aside to reach the disc without disturbing the nerves. A vascular surgeon usually assists the surgeon in exposing the disc space. The disc is then removed and the implant placed. This front approach has its own requirements, so it should be performed by an experienced team.

What are the risks?

The risks are similar to those of anterior fusion. Sources list:

• Infection.
• Blood vessel injury.
• Nerve injury.
• Fracture of the vertebral end surface.
• Subsidence, displacement, loosening, or breakage of the implant.
• Wear of implant materials, producing debris whose long-term effects are unknown.
• Sexual dysfunction in men.
• Persistent pain or new pain.
• The possibility of needing surgery to remove or replace the implant.

A study of lumbar disc device removals and revisions, from a single-center series, states that removal or revision requires a second anterior approach with a higher risk of vascular injury, and that such surgeries were relatively uncommon in that series. This cannot be generalized to every center, so ask your surgeon in advance about their plan should you need later surgery.

What is recovery like?

The hospital stay may be relatively longer than for the neck. Guidance encourages early movement while avoiding excessive back extension and over-exertion in the first weeks. Patient sources say improvement in pain and disability appears over weeks to months, and that the operation improves pain but does not remove it completely, so ask about realistic expectations for your case.

What does the evidence say for the lower back?

Here the evidence is weaker and more disputed among reviews:

• Cochrane review (published in 2012, more than a decade ago): It concluded that trials were few, follow-up was short, and evidence quality was low, and that differences from fusion were small and did not reach the clinically important threshold. It stated that the main declared goal of the disc, preventing adjacent-level degeneration, had not been properly assessed. It flagged risk of bias from industry sponsorship and lack of blinding, and urged caution before widely adopting the technology. On the other hand, it saw the disc as apparently effective in selected patients and, in the short term, at least equivalent to fusion.
• Analysis of medium-term results of randomized trials: Its authors considered the disc an effective alternative to fusion for single-level disc disease.
• Recent analysis (2026): In carefully selected patients it found relatively fewer complications and reoperations, linked to fewer cases of fusion non-union and adjacent-level degeneration. But pain and disability, although better early with the disc, converged with fusion over the longer term. The authors explained the advantage as mechanical durability and a lower need for revision, not a sustained superiority in functional scores.
• NICE guidance (2009): Issued more than a decade ago, it considered the evidence sufficient to support use within clinical governance, with informed consent, after failure of conservative treatment, and with a multidisciplinary team involved.
• Surgical societies’ patient pages: They acknowledge that the debate continues, state that the difference in the pivotal trials was not considered clinically meaningful, and note that some studies showed no clear advantage of the disc over fusion.

What is established, and what is still debated in the evidence?

• Evidence for the neck is more plentiful and longer-standing, and some of it points, relatively speaking, to the superiority of the disc in some outcomes, with reservations remaining about the long term and about differing criteria between countries.
• Evidence for the lower back is weaker and more disputed. Some reviews place the disc as an effective alternative to fusion, some find no important clinical difference, and some warn against wide adoption.
• What the sources agree on: Careful patient selection is essential in both regions.
• What is not settled: The exact benefit of the disc in protecting adjacent levels, and how long the implant stays intact. No one can promise you a particular number of years.

What tests and preparation come before surgery?

Assessment begins with a review of your medical history and a nerve examination, followed by imaging: X-rays and MRI, with CT possibly added. In the lower back, more than one imaging method may be needed, and sometimes discography to identify which disc is responsible for the pain. Your medications and chronic conditions are also reviewed, and you are advised to quit smoking because it impairs healing. No decision is made before a direct clinical examination and review of your scans.

What should you know before having the procedure in Turkey?

Before deciding to have the operation in Turkey or in any country, make sure of the following:

• The center regularly performs this type of operation in the same region (neck or lower back).
• Its team has experience with the anterior approach if your case is lumbar.
• Your scans and reports were reviewed in advance to assess your eligibility.
• There is a follow-up plan after you return home, with coordination with your local doctor.
• You have a clear idea of what may be needed if you require later surgery.

That a procedure is available somewhere does not mean it is suitable for you, and we do not guarantee any result. For the wider context of these surgeries, see Orthopedic and Joint Surgery in Turkey.

How much does artificial disc replacement cost in Turkey?

Cost is affected by several factors:

• The region of the spine treated (neck or lower back).
• The number of levels.
• The type of implant.
• Surgeon and hospital fees.
• Tests and imaging.
• Anesthesia and length of stay.
• Complexity of the case and previous surgeries.
• Accompanying services.

O9 Medical estimates the approximate cost of artificial disc replacement in Turkey at between $8,000 and $14,000 (US dollars). This is an approximate range for guidance, not a final offer or a commitment to a price. The actual price is set after your reports and scans are reviewed and your case is assessed. Always ask for a written breakdown of what the price includes and excludes.

Questions to ask the surgeon before deciding

• How many disc replacements have you performed in the same region as my problem (neck or lower back)?
• Why do you see an artificial disc as right for my case instead of fusion?
• What is the follow-up plan after I return to my country, and who will follow me there?
• What if I need later surgery, and where and by whom would it be done?
• For the lower back: who performs the anterior (abdominal) approach, and what is their experience?

How does O9 Medical help?

O9 Medical helps you understand your options and organize the steps of communication: we gather your reports and scans, arrange their presentation to specialist doctors, and coordinate the consultation. The medical decision rests with the treating doctor after assessing your case. If you are comparing centers, see our page on orthopedic and joint surgery hospitals in Turkey, and for more on spine surgeries see Spine Surgery.

Medical note: this information is for general education. It does not replace consultation with a specialist doctor and is not a diagnosis or a prescription.