Compare clinics offering Epilepsy Surgery, with itemised packages. Optional video consultation with the clinic before you decide.
FiltersEpilepsy Surgery
Filters
Epilepsy Surgery
0 packages
No Epilepsy Surgery packages yet
Clinics add packages regularly. Set a price alert below and we will email you when the first one is listed.
Epilepsy Surgery — what you should know in 2026
A plain-English guide to surgery for drug-resistant epilepsy: the work-up, the operations, costs, recovery and what results to expect.
9 min read
Who epilepsy surgery is for
Epilepsy surgery is considered when seizures continue despite properly trialled medication — so-called drug-resistant epilepsy. For people whose seizures come from one identifiable area of the brain, removing or disconnecting that area can dramatically reduce or even stop seizures, in some cases offering a genuine chance of becoming seizure-free.
The defining feature of epilepsy surgery is the work-up that precedes it. Before any operation, a team uses video-EEG monitoring, high-resolution MRI and often additional functional tests to locate exactly where seizures start and to confirm that removing that area will not damage essential functions like speech or memory. This investigation is as important as the surgery, and a centre's strength in it is a key reason patients travel.
People look abroad to reach comprehensive epilepsy centres with the full diagnostic toolkit and experienced surgical teams, or to shorten long waits. Because the assessment is detailed and the follow-up matters, coordinating with your home neurologist is essential from the start.
The work-up and the surgical options
The pre-surgical evaluation typically begins with prolonged video-EEG monitoring to capture seizures, combined with detailed MRI and sometimes PET, SPECT or neuropsychological testing. Some patients need invasive monitoring, where electrodes are placed on or in the brain to pinpoint the seizure focus before a decision is made. Only after this map is complete does the team recommend an operation.
The operations themselves vary. The most common is resection — removing the small area generating seizures, such as part of the temporal lobe. Where removal is too risky, surgeons may disconnect pathways instead (disconnection procedures), or use laser ablation to destroy a deep focus through a tiny probe. For some patients who are not candidates for resection, neuromodulation devices such as vagus nerve or responsive stimulators reduce seizure frequency rather than aiming for a cure.
The right choice is entirely individual and falls out of the work-up. A strong centre explains honestly which option fits your findings, what it is likely to achieve, and what it cannot.
What it costs and what's included
Epilepsy surgery cost is driven as much by the investigation as by the operation, because the work-up — especially invasive monitoring — is resource-intensive. As a broad orientation only, the full pathway at a good international centre often falls in the tens of thousands of euros, with neuromodulation devices adding hardware cost. Comparable private prices in Western Europe and North America are typically higher.
A proper quote should make clear what is included in the evaluation as well as the surgery: video-EEG monitoring, imaging, any invasive monitoring, neuropsychological testing, the operation, hospital and intensive-care days, and early follow-up. Because the work-up can change the plan, ask how costs are handled if the team concludes surgery is not advisable after assessment.
Treat any figure as a planning estimate. Epilepsy surgery is staged and individualised, so a responsible centre will be clear about what each stage costs and what could change the path.
Choosing an epilepsy centre
Epilepsy surgery should be done at a comprehensive epilepsy centre, not just by a general neurosurgeon. Hospital accreditation — JCI, TEMOS or ISO — is the institutional baseline. Beyond that, look for a dedicated multidisciplinary team: epileptologists (neurologists specialised in epilepsy), neurosurgeons with epilepsy-surgery training, neuropsychologists and neuroradiologists working together.
Ask about the diagnostic toolkit and volume. Does the centre offer video-EEG, advanced MRI, PET/SPECT and invasive monitoring when needed? How many epilepsy operations does the team perform each year, and what seizure-freedom outcomes do they see for cases like yours? Comprehensive capability and experience are what separate a true epilepsy centre from a general unit.
For a travelling patient, continuity with your home neurologist is vital because epilepsy is a long-term condition. Ensure your records and EEG data are reviewed before you travel and that the centre will share findings and a clear ongoing plan with your home team.
Recovery and what results to expect
Recovery depends on the procedure. After a resection, most patients spend several days in hospital and a few weeks recovering, with many centres advising you stay nearby for one to three weeks. Laser ablation and device implantation are generally less invasive with shorter stays. Tiredness, headache and emotional ups and downs are common in the early weeks.
Seizure outcomes vary by case. For well-selected patients — particularly with temporal lobe epilepsy and a clear focus — a large proportion become seizure-free or have far fewer seizures, though results are more modest for other patterns and for neuromodulation, which reduces rather than abolishes seizures. Anti-seizure medication is usually continued for a time and adjusted gradually by your neurologist; it is rarely stopped immediately.
Be patient and stay closely linked to your home team. Whether you become seizure-free or simply improved, careful long-term follow-up is part of getting the best out of surgery.
Risks and what if something goes wrong
Epilepsy surgery carries risks that depend on which part of the brain is involved. General surgical risks include bleeding, infection and reactions to anaesthesia. Specific risks may include effects on memory, language, vision or movement, depending on the area operated on — which is exactly why the detailed work-up to protect those functions matters so much. There is also a chance seizures continue despite surgery.
For a travelling patient, ask what happens if there is a complication or if seizures persist after you return home: who you contact, how your records reach your local doctors, and how medication changes will be managed. Leave with full documentation, including EEG and imaging data and a clear medication plan.
Consider insurance covering the procedure and complications. Epilepsy surgery can be transformative for the right candidate, but only within a careful, honest assessment and reliable long-term follow-up with your home neurologist.
Frequently asked
Can epilepsy surgery make me seizure-free?
For well-selected patients, especially with a clear single seizure focus such as temporal lobe epilepsy, a large proportion become seizure-free. Results are more modest for other patterns and for neuromodulation, which reduces rather than abolishes seizures.
Who is a candidate for epilepsy surgery?
Usually people whose seizures persist despite properly trialled medication and whose seizures arise from one identifiable area that can be safely treated. A detailed pre-surgical work-up decides this.
Why is the pre-surgical work-up so important?
It locates exactly where seizures start and confirms that treating that area will not damage essential functions like speech or memory. The quality of this evaluation strongly shapes the outcome.
Will I be able to stop my medication after surgery?
Not immediately. Anti-seizure medication is usually continued and only reduced gradually over time under your neurologist's guidance, and some patients stay on it long term.
What if I'm not suitable for removing the seizure focus?
Other options exist, including disconnection procedures, laser ablation, or neuromodulation devices such as vagus nerve or responsive stimulators that reduce seizure frequency rather than aiming for a cure.
How long should I plan to stay abroad?
It depends on the procedure and whether invasive monitoring is needed, but plan for several days to weeks, often with one to three weeks nearby afterwards. Long-term follow-up continues at home.