Brain Surgery at Mayo Clinic

Brain Surgery at Mayo Clinic provides specialized surgical evaluation and treatment for selected conditions affecting the brain and surrounding neurological structures. Neurosurgeons develop individualized surgical plans based on the patient's diagnosis, symptoms, imaging findings, overall health and treatment goals. Depending on the condition, treatment may include tumor surgery, vascular procedures, epilepsy surgery, hydrocephalus treatment and other specialized neurosurgical procedures.

Price

Price on Request

Why Price on Request?

The cost of brain surgery depends on the type and complexity of the condition, neurosurgical consultation, diagnostic imaging, laboratory testing, surgical procedure, anesthesia, hospitalization, specialized equipment, rehabilitation and follow-up care required. A personalized estimate is provided according to the patient's individual treatment plan.

Complete Description

What Is Brain Surgery?

Brain Surgery refers to surgical procedures performed to diagnose or treat conditions affecting the brain. Brain surgery may be recommended when a neurological condition requires removal, repair, decompression, drainage, biopsy or other surgical intervention.

The neurosurgical team evaluates the patient's medical history, neurological examination, imaging studies and overall health before determining whether surgery is appropriate.

Conditions Treated With Brain Surgery

Brain surgery may be considered for selected conditions such as:

• Brain tumors

• Brain aneurysms

• Arteriovenous malformations

• Hydrocephalus

• Epilepsy

• Brain hemorrhage

• Traumatic brain injuries

• Certain movement disorders

• Selected vascular disorders

• Brain lesions

• Conditions causing pressure on the brain

• Other complex neurological conditions

Brain Surgery Evaluation

Before surgery, the neurosurgical team may perform:

• Detailed medical history

• Neurological examination

• Review of symptoms

• Review of previous treatment

• MRI review

• CT scan review

• Vascular imaging when appropriate

• Laboratory testing

• Medication review

• Assessment of surgical risks

• Evaluation of treatment alternatives

The purpose is to determine whether surgery is appropriate and identify the safest treatment strategy.

Brain Tumor Surgery

Brain surgery may be performed to treat selected brain tumors.

Surgical procedures may include:

• Tumor biopsy

• Partial tumor removal

• Complete tumor removal when possible

• Surgical debulking

• Minimally invasive tumor procedures

• Complex tumor resection

The surgical approach depends on the tumor's type, size, location and relationship to important brain structures.

Brain Tumor Biopsy

A biopsy may be performed when tissue is needed to determine the nature of a brain lesion or tumor.

The collected tissue may be examined to help establish:

• Tumor type

• Tumor characteristics

• Grade

• Molecular or other relevant features

The biopsy approach depends on the location and characteristics of the lesion.

Brain Aneurysm Surgery

Selected brain aneurysms may require surgical or endovascular treatment.

Depending on the aneurysm, treatment may include:

• Surgical clipping

• Endovascular procedures

• Other specialized vascular interventions

Treatment selection depends on the aneurysm's location, size, shape and other clinical factors.

Arteriovenous Malformation Surgery

Brain arteriovenous malformations may require specialized evaluation to determine whether treatment is appropriate.

Potential treatment options may include:

• Microsurgical removal

• Endovascular treatment

• Stereotactic radiosurgery

• Combination treatment

The appropriate approach depends on the size, location and characteristics of the vascular malformation.

Epilepsy Brain Surgery

Selected patients with epilepsy that remains uncontrolled despite appropriate medical treatment may be evaluated for brain surgery.

Evaluation may include:

• Seizure history

• Neurological examination

• EEG

• Brain MRI

• Seizure monitoring

• Functional brain assessment

• Specialized neurological testing

Surgical treatment is considered only when the patient's condition and evaluation indicate that surgery may be appropriate.

Hydrocephalus Brain Surgery

Hydrocephalus involves abnormal accumulation of cerebrospinal fluid.

Surgical treatment may include:

• Ventricular shunt placement

• Endoscopic third ventriculostomy

• Other cerebrospinal fluid diversion procedures

The treatment depends on the cause and type of hydrocephalus.

Brain Hemorrhage Surgery

Certain types of bleeding inside or around the brain may require urgent neurosurgical assessment.

Depending on the cause and severity, treatment may involve:

• Removal of blood or clot

• Pressure relief

• Repair of a vascular abnormality

• Drainage procedures

• Other neurosurgical intervention

The treatment approach depends on the location and cause of the hemorrhage.

Traumatic Brain Injury Surgery

Severe traumatic brain injuries may require neurosurgical evaluation.

Surgical treatment may be considered for:

• Intracranial bleeding

• Brain swelling

• Pressure on the brain

• Certain skull fractures

• Other structural injuries

Treatment is based on the severity and nature of the injury.

Minimally Invasive Brain Surgery

Selected brain conditions may be treated using minimally invasive techniques.

Depending on the condition, these approaches may involve:

• Smaller surgical openings

• Endoscopic techniques

• Image-guided procedures

• Specialized surgical instruments

• Targeted access to the affected area

Not every brain condition is suitable for minimally invasive surgery.

Craniotomy

A craniotomy is a surgical procedure in which a portion of the skull is temporarily opened to provide access to the brain.

It may be used for selected procedures such as:

• Brain tumor surgery

• Vascular surgery

• Epilepsy surgery

• Treatment of certain brain lesions

• Other complex neurosurgical procedures

The specific surgical technique depends on the patient's condition.

Stereotactic Brain Surgery

Stereotactic techniques use detailed imaging and specialized navigation to target specific areas of the brain.

They may be used for selected:

• Brain lesions

• Tumors

• Vascular conditions

• Functional neurological disorders

• Diagnostic biopsies

The technique is selected according to the clinical indication.

Image-Guided Brain Surgery

Advanced imaging and surgical navigation may assist surgeons in planning and performing certain brain procedures.

Technology may include:

• MRI

• CT

• Surgical navigation

• Intraoperative imaging

• Computer-assisted planning

• Specialized neurological monitoring

These technologies may help surgeons identify important anatomical structures during complex procedures.

Intraoperative Neurological Monitoring

Certain brain surgeries may require monitoring of neurological function during the procedure.

Monitoring may assess important neurological pathways and functions while surgery is performed near critical brain structures.

The type of monitoring depends on the procedure and patient's condition.

Awake Brain Surgery

In selected cases, brain surgery may be performed with the patient awake for part of the procedure.

This approach may be considered when surgery is located near brain regions responsible for important functions such as:

• Speech

• Language

• Movement

• Sensory function

Functional testing during surgery may help the surgical team protect important neurological functions.

Brain Surgery for Movement Disorders

Selected patients with movement disorders may undergo specialized surgical evaluation.

Procedures may include:

• Deep brain stimulation

• Placement of neurological stimulation systems

• Other targeted functional neurosurgical procedures

Treatment is considered based on the patient's diagnosis, symptoms and response to other therapies.

Brain Surgery for Trigeminal Neuralgia

Patients with severe trigeminal neuralgia that does not respond adequately to other treatments may be evaluated for surgical intervention.

Potential procedures may include:

• Microvascular decompression

• Stereotactic radiosurgery

• Other specialized procedures

Treatment depends on the underlying cause and individual clinical circumstances.

Pre-Surgical Brain Imaging

Brain surgery planning may require detailed imaging such as:

• MRI

• CT scan

• Functional MRI

• CT angiography

• MR angiography

• Cerebral angiography

• Other specialized imaging

The imaging selected depends on the condition and planned procedure.

Pre-Surgical Medical Evaluation

Before brain surgery, the patient may undergo assessment of:

• Overall health

• Neurological function

• Medication use

• Previous medical conditions

• Previous surgeries

• Blood tests

• Anesthesia requirements

• Surgical risks

The evaluation helps determine whether the patient is medically prepared for the proposed procedure.

Surgical Treatment Planning

The neurosurgical team may consider:

• Diagnosis

• Tumor or lesion location

• Size and characteristics

• Neurological symptoms

• Imaging findings

• Previous treatment

• Surgical risks

• Alternative treatment options

• Expected recovery

A personalized surgical plan is developed according to the patient's clinical needs.

Post-Surgical Brain Care

After surgery, patients may require monitoring and follow-up care.

Postoperative care may include:

• Neurological monitoring

• Pain management

• Medication management

• Imaging

• Wound care

• Monitoring for complications

• Physical rehabilitation

• Cognitive rehabilitation

• Speech therapy when required

The type and duration of postoperative care depend on the procedure and patient's recovery.

Brain Surgery Rehabilitation

Some patients may require rehabilitation after brain surgery.

Rehabilitation may address:

• Strength

• Balance

• Coordination

• Walking

• Speech

• Language

• Cognitive function

• Memory

• Daily activities

• Functional independence

The rehabilitation plan is tailored to the patient's neurological condition and surgical recovery.

Recovery After Brain Surgery

Recovery depends on several factors, including:

• Type of brain surgery

• Location of the procedure

• Underlying diagnosis

• Patient's overall health

• Neurological function

• Surgical complexity

• Postoperative complications

• Rehabilitation requirements

Some patients recover gradually over weeks or months, while recovery time varies significantly between individuals.

Brain Surgery Second Opinion

Patients who have received a recommendation for brain surgery may seek a neurosurgical second opinion.

The specialist may review:

• MRI scans

• CT scans

• Angiography

• Pathology reports

• Neurological reports

• Previous treatment

• Surgical recommendations

• Proposed treatment plan

A second opinion may help clarify whether surgery is appropriate and whether other treatment options should be considered.

Complex Brain Surgery

Complex brain surgery may involve conditions located near important neurological structures or requiring advanced surgical planning.

Complex cases may include:

• Large brain tumors

• Deep brain lesions

• Tumors near critical functional areas

• Complex vascular abnormalities

• Recurrent tumors

• Previously operated brain lesions

• Multiple neurological conditions

Such cases may require multidisciplinary evaluation and specialized surgical techniques.

Multidisciplinary Brain Surgery Care

Complex brain conditions may require collaboration among:

• Neurosurgeons

• Neurologists

• Neuroradiologists

• Neuro-oncologists

• Radiation specialists

• Neuropathologists

• Rehabilitation specialists

• Neuropsychologists

• Other medical professionals

Multidisciplinary care helps coordinate diagnosis, surgery, additional treatment and recovery.

International Patients

International patients should provide relevant medical records whenever possible.

Useful documents may include:

• MRI scans

• CT scans

• Angiography

• Neurological reports

• Neurosurgical reports

• Pathology reports

• Previous surgical reports

• Laboratory results

• Medication list

• Previous treatment records

Complete records can help the medical team understand the patient's condition and previous treatment.

Benefits of Specialized Brain Surgery

Specialized brain surgery may help:

• Treat selected brain tumors

• Manage certain vascular brain conditions

• Treat selected cases of epilepsy

• Relieve pressure on the brain

• Treat hydrocephalus

• Address selected traumatic brain injuries

• Treat certain movement disorders

• Provide minimally invasive treatment when appropriate

• Develop individualized surgical strategies

• Support postoperative neurological rehabilitation

Why Choose Mayo Clinic for Brain Surgery?

Mayo Clinic provides specialized neurosurgical evaluation and treatment for complex conditions affecting the brain. Depending on the patient's condition, care may involve neurosurgeons, neurologists, neuroradiologists, neuro-oncology specialists, rehabilitation professionals and other medical specialists.

Treatment planning may incorporate advanced imaging, surgical navigation, neurological monitoring and specialized surgical techniques when clinically appropriate.

Cost & Price on Request

Price: Price on Request

The total cost of brain surgery depends on the diagnosis, procedure and level of care required.

Potential costs may include:

• Neurosurgical consultation

• Neurological evaluation

• MRI or CT imaging

• Laboratory testing

• Specialized diagnostic procedures

• Brain surgery

• Anesthesia

• Hospitalization

• Medications

• Intensive monitoring when required

• Rehabilitation

• Follow-up consultations

A personalized cost estimate should be requested according to the patient's individual surgical plan.

Frequently Asked Questions

1. What conditions can brain surgery treat?

Brain surgery may be used for selected conditions such as brain tumors, aneurysms, arteriovenous malformations, hydrocephalus, epilepsy, certain traumatic brain injuries and selected movement disorders.

2. Does every brain tumor require surgery?

No. Treatment depends on the type, size, location, growth pattern, symptoms and other characteristics of the tumor. Some tumors may be monitored or treated with other approaches.

3. What is a craniotomy?

A craniotomy is a surgical procedure in which a portion of the skull is temporarily opened to allow access to the brain for selected neurosurgical procedures.

4. Is minimally invasive brain surgery available?

Minimally invasive techniques may be appropriate for selected conditions. The surgical approach depends on the patient's diagnosis, anatomy and treatment requirements.

5. Can brain surgery be used for epilepsy?

Yes. Selected patients with difficult-to-control epilepsy may undergo specialized evaluation to determine whether surgical treatment could be appropriate.

6. Can I get a second opinion before brain surgery?

Yes. A neurosurgical second opinion can review imaging, diagnosis, previous treatment and the proposed surgical plan.

7. Can international patients receive brain surgery?

Yes. International patients can seek specialized neurosurgical evaluation and treatment and should provide relevant imaging, medical reports and previous treatment records whenever possible.

8. How long does recovery after brain surgery take?

Recovery varies according to the type and location of surgery, underlying condition, neurological function, overall health and rehabilitation requirements.

9. How much does brain surgery cost?

Price is available on request. The final cost depends on the surgical procedure, diagnostic testing, anesthesia, hospitalization, rehabilitation and follow-up care.

Product Details

Product Name: Brain Surgery

Hospital: Mayo Clinic – Rochester

Brand: Mayo Clinic

Country: United States

Specialty: Neurology & Neurosurgery

Service Type: Brain Surgery

Dashboard Price: 0

Customer-Facing Price: Price on Request

International Patients: Available

Location: Rochester, Minnesota, USA