Israel has developed a strong reputation for neurosurgical care, supported by a high density of trained specialists and modern medical infrastructure. The field covers the diagnosis and surgical treatment of disorders affecting the brain, spine, and peripheral nerves. Patients considering neurosurgery in Israel typically seek consultations with neurosurgeons who work within multi-disciplinary teams that include neurologists, radiologists, and rehabilitation therapists. The country’s health system emphasises minimally invasive techniques and advanced technology where appropriate.
For many brain conditions—such as tumours, vascular malformations, or epilepsy—surgery remains a core option. Modern neurosurgical practice in Israel makes use of neuronavigation, a computer-assisted technology that helps the surgeon plan and execute the procedure with greater precision. Pre-operative imaging (such as MRI or CT scans) is loaded into a navigation system that creates a 3D map of the brain. During the operation, instruments are tracked in relation to this map, allowing the surgeon to approach the target lesion while avoiding critical structures. This technique is used for both craniotomies and minimally invasive endoscopic procedures.
Neuronavigation is particularly helpful when the pathology is deep-seated or located near eloquent areas such as the motor cortex or speech centres. The technology does not replace the surgeon’s skill but provides an additional tool to improve accuracy. Patients should discuss with their treating doctor whether neuronavigation is indicated for their specific condition.
Awake craniotomy is a specialised technique employed when a brain lesion lies close to areas that control essential functions like movement, language, or vision. The patient is kept awake during part of the operation, usually under regional anaesthesia and sedation, so that the surgeon can perform real-time functional mapping. The patient may be asked to speak, move a limb, or name objects while the surgical team monitors responses. If a particular area is stimulated and causes a temporary loss of function, the surgeon knows to avoid that region.
This approach is commonly used for gliomas and other tumours near eloquent cortex. It typically requires careful pre-operative planning and a highly coordinated team, including a neuropsychologist or speech therapist. Not every patient is a candidate; the decision depends on the lesion’s location, the patient’s overall health, and their ability to cooperate during the procedure. Recovery times can vary, and post-operative rehabilitation may be necessary.
Radiosurgery is a non-invasive radiation technique that delivers a high dose of precisely focused radiation to a defined target in the brain or spine. It is an alternative to open surgery for certain conditions, such as small brain metastases, arteriovenous malformations, vestibular schwannomas, and trigeminal neuralgia. In Israel, radiosurgery is typically performed using a dedicated platform (such as a Gamma Knife or a linear accelerator-based system) in a single session or a few sessions.
The procedure does not require an incision. The patient’s head is immobilised with a lightweight frame or a custom mask, and treatment is planned using detailed imaging. Radiosurgery is not suitable for all lesions—especially large tumours or those compressing vital structures. The treating doctor will consider the size, number, and location of the lesions, as well as the patient’s neurological status, before recommending this option. Side effects may include temporary swelling and fatigue, but serious complications are uncommon when patient selection is appropriate.
Functional neurosurgery addresses disorders of the nervous system that are not primarily structural but involve abnormal neuronal activity. Common procedures in Israel include deep brain stimulation (DBS) for Parkinson’s disease, essential tremor, and dystonia. DBS involves implanting electrodes in specific brain nuclei, connected to a pulse generator placed under the skin of the chest. The device delivers electrical impulses that modulate abnormal circuits. Another area is surgery for epilepsy, where seizure foci are identified and either removed or disconnected.
Functional neurosurgery is considered after medical therapy has proven insufficient or has caused intolerable side effects. Candidates undergo extensive pre-operative evaluation, including imaging, neuropsychological testing, and sometimes intracranial monitoring. Success depends on careful patient selection and precise targeting. The procedure is generally reversible and adjustable, but carries risks such as infection, lead migration, or changes in cognition. Long-term follow-up with a neurologist and neurosurgeon is essential.
Not all neurological conditions require surgery. Many can be managed with medication, physical therapy, or interventional pain procedures. For example, chronic back pain or sciatica may respond to epidural steroid injections, nerve blocks, or radiofrequency ablation. For brain tumours, stereotactic biopsy may be performed to obtain a diagnosis without full resection, and treatment can then proceed with chemotherapy or targeted drugs. For vascular malformations, endovascular embolisation offers a less invasive option than open surgery.
In degenerative spine conditions, conservative treatments such as physiotherapy, chiropractic care, or bracing are often tried first. The decision to proceed with surgery is always made on an individual basis after weighing the risks and benefits. The patient’s own treating doctor is best placed to recommend the most appropriate course, whether surgical or non-surgical, based on a thorough assessment.
This page provides general information only. Diagnosis and treatment decisions must be made by a qualified medical professional who knows the patient’s individual case.