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Compare treatment costs for neurological and neurosurgical procedures — from brain tumor surgery and deep brain stimulation to aneurysm repair, epilepsy surgery, and carotid endarterectomy — across leading healthcare destinations, while accessing internationally accredited hospitals, experienced neurologists and neurosurgeons, and high-quality care. Make informed decisions with transparent pricing, trusted medical expertise, and personalized treatment options tailored to your healthcare needs.
Open surgical access to the skull to remove or biopsy a tumor affecting the brain.
Implantation of electrodes into targeted brain regions to regulate abnormal movement signals.
Surgical or endovascular treatment to seal off a weakened, bulging blood vessel in the brain.
Removal of the seizure-generating region of the brain in drug-resistant epilepsy.
Surgical removal of plaque buildup from the carotid artery to reduce stroke risk.
A section of the skull (bone flap) is temporarily removed to give the surgeon direct access to the brain, allowing the tumor to be excised or sampled, after which the bone flap is replaced and secured.
Recommended when imaging identifies a mass causing symptoms such as headaches, seizures, neurological deficits, or when a tissue diagnosis is required to guide further cancer treatment.
Under general anaesthesia, with neuronavigation and often intraoperative monitoring to protect eloquent brain regions, the surgeon accesses and removes the tumor; the operation typically takes 3-6 hours depending on tumor location and size.
Most patients see improvement or stabilization of pre-operative symptoms within weeks, with final pathology guiding any additional radiation or chemotherapy.
Hospital stay is typically 5-7 days, including a short ICU observation period. Strenuous activity and driving are avoided for 4-6 weeks, with a gradual return to work guided by neurological recovery and any adjuvant therapy schedule.
Thin electrodes are implanted into specific brain nuclei and connected to a pacemaker-like pulse generator placed under the skin, delivering electrical impulses that regulate movement-control circuits.
Considered for Parkinson's disease, essential tremor or dystonia when medication response becomes inconsistent or side effects such as dyskinesia limit further dose increases.
Under a combination of local and general anaesthesia, with MRI/CT-guided targeting, electrodes are placed through small skull openings and tested for symptom response before the pulse generator is implanted; the full process spans 4-6 hours.
Most patients experience a meaningful reduction in tremor, rigidity and medication-related fluctuations once the device is activated and programming is optimized over subsequent visits.
Hospital stay is typically 2-4 days. Device programming and medication adjustment continue over 4-8 weeks post-surgery, with most patients resuming normal daily activity within 2-3 weeks.
An aneurysm is secured either by placing a small clip across its base during open surgery (clipping) or by packing it with platinum coils via a catheter threaded through the blood vessels (coiling), both aimed at preventing rupture or re-bleeding.
Recommended for an unruptured aneurysm judged at meaningful risk of rupture, or urgently after a rupture has caused a subarachnoid haemorrhage.
Under general anaesthesia, the neurosurgical or neuro-interventional team accesses the aneurysm either through a craniotomy or via a catheter from the groin or wrist; clipping generally takes 3-5 hours and coiling 1-3 hours.
Successful treatment substantially reduces the risk of future rupture, with recovery trajectory depending heavily on whether the procedure was elective or performed after a bleed.
Hospital stay ranges from 3-5 days for coiling to 7-10 days for clipping, often including ICU monitoring. Follow-up imaging and a gradual return to activity over 4-8 weeks are typical, longer after a ruptured aneurysm.
The portion of the temporal lobe identified as the source of recurring seizures is carefully removed, following detailed pre-surgical mapping of the seizure focus and nearby functional areas.
Considered for epilepsy that continues despite trials of two or more appropriate anti-seizure medications, once video-EEG and imaging confirm a well localized, resectable seizure focus.
Under general anaesthesia, and guided by pre-operative video-EEG, MRI and often intracranial monitoring, the surgeon removes the affected tissue while preserving language and memory function; surgery typically takes 3-5 hours.
A substantial proportion of well-selected patients achieve significant reduction or freedom from seizures, with medication tapering considered gradually under specialist supervision.
Hospital stay is typically 4-6 days. Driving restrictions apply per local regulation until seizure-free status is confirmed, with most patients returning to work within 4-6 weeks.
The surgeon opens the carotid artery in the neck and removes the fatty plaque narrowing it, restoring more normal blood flow to the brain.
Recommended for significant carotid artery narrowing, particularly when it has already caused a stroke or transient ischaemic attack, or when narrowing is severe even without prior symptoms.
Under general or regional anaesthesia, with continuous monitoring of brain blood flow, the surgeon opens the artery, removes the plaque and closes the vessel, often with a patch; the procedure typically takes 1.5-2.5 hours.
Most patients recover without new neurological deficit, with a meaningfully reduced risk of future stroke on the treated side confirmed through follow up imaging.
Hospital stay is typically 1-2 days. Neck stiffness and mild swelling are expected for 1-2 weeks, with driving and desk work generally resumed within 1-2 weeks pending specialist clearance.
Neurosurgical and neurological procedures are frequently covered under health insurance when medically necessary and supported by a neurology or neurosurgery assessment, though elective functional procedures, premium implant/device upgrades and non-essential extended stays may be excluded. Coverage limits, pre-authorization requirements and co-payment clauses vary by insurer and country.
High-volume neurosurgical centres with experienced teams and advanced epilepsy and movement-disorder programs at low cost.
Combines European-standard neurosurgical protocols with attractive package pricing.
Well suited for combining treatment with a comfortable, resort-style recovery stay.
Preferred by regional patients seeking premium facilities and rapid access close to home.
Home to advanced skull-base, functional neurosurgery and stroke-care expertise.
Trusted private neurology and neurosurgery units, often chosen to avoid public system waiting lists.
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