Deep Brain Stimulation Surgery Cost 2025

With the rapid advancement of technology, deep brain stimulation surgery, one of the methods that has revolutionized the field of neurosurgery, continues to be a source of hope for many neurological diseases in 2025. This method, used in Parkinson’s disease, tremor, dystonia, obsessive-compulsive disorder, and some types of depression, significantly improves patients’ quality of life.

However, many people considering this treatment carry the same question in their minds: “How much will deep brain stimulation surgery cost in 2025?”
In fact, the answer to this question depends not on a single fixed number, but on many variables.
Prof. Dr. Ömür Günaldı emphasizes that quality and experience are the priorities in such treatments by saying,
“The most important factor in deep brain stimulation surgery is not the price, but proper planning and safe surgery.”

What Is Deep Brain Stimulation?

Deep brain stimulation (DBS) is a high-technology system that regulates neural communication through electrodes placed in deep regions of the brain.

The main purpose of this system is to reduce the symptoms of the disease by regulating abnormal electrical signals between brain cells. Especially in Parkinson’s patients, it significantly relieves symptoms such as tremor, muscle stiffness, and slowness.

Pof. Dr. Ömür Günaldı describes the brain stimulator as “a device that rebalances the rhythm of the brain.”

Purpose of Deep Brain Stimulation Surgery

Deep brain stimulation surgery does not completely eliminate the disease; however, it significantly improves the patient’s quality of life.
The goal is to control abnormal electrical activity in the brain and reduce involuntary movements.

After surgery, many patients are able to perform simple movements they could not do for years and return to their social lives.

Prof. Dr. Ömür Günaldı says,
“This treatment restores freedom to the patient. The person regains control over their life.”

Beyin Pili Ameliyatı Hangi Hastalıklarda Uygulanır?
In Which Diseases Is Deep Brain Stimulation Surgery Used?

In 2025, deep brain stimulation is not limited only to Parkinson’s disease. It is used in a wide range of conditions:

• Parkinson’s disease
• Essential tremor
• Dystonia
• Obsessive-compulsive disorder (OCD)
• Epilepsy
• Treatment-resistant depression

In many of these diseases, medication becomes insufficient over time. At this point, deep brain stimulation surgery becomes an important treatment option.

How Is Deep Brain Stimulation Surgery Performed?

Deep brain stimulation surgery is an advanced neurosurgical procedure that requires high precision.

Preparation Process

Before surgery, brain MRI and computed tomography scans are performed. The brain region where the electrodes will be placed is planned.

Prof. Dr. Ömür Günaldı explains that a personal mapping process is performed for each patient, ensuring millimetric accuracy.

Elektrotların Yerleştirilmesi
Placement of Electrodes

The surgeon makes small openings in the skull and places thin electrodes in the targeted brain region.
This stage is usually performed as awake brain surgery, and the patient can communicate with the surgeon.

Battery Implantation

After the electrodes are placed, a small battery (stimulator) is implanted under the chest skin.
This battery sends regular electrical impulses to the brain.

Sistem Testi
System Testing

The device is tested, and after confirming that the system is working properly, the surgery is completed.

This procedure takes approximately 5–7 hours and is performed safely with modern equipment.

Postoperative Process

Patients are usually discharged within 3–5 days.
The stimulator is activated approximately 2–3 weeks later, and electrical settings are adjusted.

Prof. Dr. Ömür Günaldı says,
“The success of deep brain stimulation surgery depends not only on the surgery but also on proper programming.”

These settings are determined individually according to the patient’s response.
In Parkinson’s patients, tremor usually decreases significantly within the first weeks.
Factors Affecting Deep Brain Stimulation Surgery Cost

In 2025, deep brain stimulation surgery costs vary depending on several factors. However, the important thing is not the price but the quality of treatment.

Kullanılan Teknoloji
Technology Used

New-generation brain stimulators, such as rechargeable and remote-controlled systems, are among the main factors affecting cost.

Hospital Where the Surgery Is Performed

There may be cost differences between public, private, and university hospitals.

Surgeon’s Experience

The success of the surgery largely depends on the surgeon’s experience.
Surgeries performed by experienced neurosurgeons such as Prof. Dr. Ömür Günaldı significantly reduce complication risks.

Additional Diseases

Conditions such as heart disease or diabetes may affect surgical planning.

Rehabilitasyon ve Kontroller

Rehabilitation and Follow-Up

Postoperative follow-up and programming sessions are part of the treatment process.

Innovations in Brain Stimulator Technology in 2025

AI-assisted brain stimulators can now automatically analyze brain activity and adjust stimulation levels.

Prof. Dr. Ömür Günaldı explains:

“New-generation brain stimulators can detect movements instantly and adjust themselves according to brain signals. This is the neurotechnology of the future.”
Advantages of Deep Brain Stimulation Surgery

• Effective in patients resistant to medication
• Significantly reduces symptoms
• Reversible system
• Does not damage brain tissue
• Provides personalized treatment

Risks of Deep Brain Stimulation Surgery

Infection
Bleeding
Electrode displacement
Temporary headache

Risk rate is below 1%.
Success Rate

Success rate reaches up to 80% in Parkinson’s patients.
Postoperative Follow-Up

Controls are performed at 1, 3, 6, and 12 months.

2025 Perspective

Prof. Dr. Ömür Günaldı says:

“Deep brain stimulation surgery is now performed with millimetric precision.”
Deep brain stimulation surgery in 2025 is not just a surgical procedure; it is a revolution that restores quality of life.