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What is DBS (Deep Brain Stimulation)?

Oluşturma Tarihi: 29.05.2023 14:47 | Son Güncelleme: 29.05.2023 15:15

Neurosurgical procedures have become diverse with modern medical technology and techniques. Deep brain stimulation (DBS), which includes implanting a tiny device in the brain to regulate aberrant activity and alleviate symptoms in various neurological and movement problems, is one of the most cutting-edge and optimistic neurosurgical techniques.

Obsessive-compulsive disorder (OCD), essential tremor, dystonia, and Parkinson's disease have all been successfully treated by DBS. It modulates the activity of particular brain circuits using electrical impulses, which can help lessen symptoms and enhance patients' quality of life. In this blog, you can learn about how deep brain stimulation works and its various other aspects.

Deep Brain Stimulation In Turkey: An Overview

Deep brain stimulation (DBS) is a neurosurgical procedure that reduces symptoms and regulates abnormal activity in a number of neurological and movement diseases. The technique modifies the activity of particular brain circuits using electrical impulses to relieve symptoms and enhance patients' quality of life.

How Does Deep Brain Stimulation Procedure In Turkey Work?

Deep brain stimulation, or DBS, is a surgical treatment that controls aberrant brain activity by implanting a neurostimulator in the brain. A tiny battery-powered neurostimulator implant is placed beneath the skin close to the collarbone. The electrical impulses from the electrodes assist the brain in controlling aberrant activity and alleviating symptoms.

DBS entails the implantation of electrodes in particular brain regions under the direction of MRI or CT images. The electrodes are then attached to a neurostimulator implanted beneath the skin, typically close to the collarbone. The system stimulates the brain with electrical impulses, which can help control irregular behavior and lessen symptoms.

Conditions Treated With DBS

Several neurological and movement disorders are treated with deep brain stimulation (DBS), including:

Parkinson's disease: Parkinson treatment with DBS in Turkey treats the symptoms of Parkinson’s disease such as tremors, rigidity, and bradykinesia (slowness of movement) associated with the condition. Patients who have not reacted well to treatment or had severe medication-related side effects are frequently advised to try it.

Tremor: For people with essential tremor, DBS is an effective therapy option. A neurological condition such as tremor causes uncontrollable shaking of the hands, voice, and head. It can improve a patient's quality of life and dramatically lower the severity of their tremors.

Dystonia: Different forms of dystonia, a movement disorder marked by involuntary muscular contractions that result in twisting, repetitive movements, or aberrant postures, are treated with DBS. Patients who have not reacted well to treatment or had severe medication-related side effects are frequently advised to try it.

Obsessive-compulsive disorder (OCD), a mental health condition marked by intrusive, unwanted thoughts and repetitive behaviors or compulsions, has been demonstrated to be successfully treated with DBS in severe and treatment-resistant cases.

Epilepsy: When medicine fails to control seizures in patients with epilepsy effectively, DBS is occasionally used as an alternate treatment. Epilepsy treatment with dbs in urkey is a potential option for treating multifocal epilepsies that may not be successful with surgeries.

Deep Deep Brain Stimulation Surgery In Turkey

The goal of deep brain stimulation (DBS) surgery is to control aberrant brain activity by implanting a neurostimulator device into the brain. A multidisciplinary team of healthcare professionals must carefully evaluate and organize the procedure, often performed in phases.

The fundamental steps in deep brain surgery in Turkey procedure are as follows:

Before surgery, the patient has a thorough evaluation that may involve brain imaging, neurological and cognitive testing, and other procedures as necessary. The healthcare team then decides whether the patient qualifies for DBS and creates a treatment strategy.
Implantation of electrodes: The implantation of electrodes in the brain is the initial step in DBS surgery. While the patient is awake and under local anesthesia, monitoring their responses and ensuring the electrodes are adequately positioned is frequently necessary. Using MRI or CT images, the electrodes are directed to the desired region of the brain.
Implantation of the neurostimulator: Following the implantation of the electrodes, a separate procedure is performed on the patient to implant the neurostimulator device beneath the skin, typically close to the collarbone. Wires that travel beneath the skin connect the device to the brain's electrodes.
Recovery: The patient will remain in the hospital for 2 to 3 days after deep brain stimulation surgery to be closely watched. The medical staff monitors the patient's symptoms during this period and modifies the neurostimulator's settings to optimize symptom control and reduce adverse effects. The patient will need frequent check-ins with their healthcare physician to track their development.

The following are some possible dangers of DBS surgery:

Bleeding: This is a potential side effect of DBS surgery because it entails drilling a tiny hole in the skull to insert the electrodes. It might result in neurological symptoms, including weakness, disorientation, or headaches, and in rare instances; it may even be fatal.
Infection: DBS surgery can lead to infections. Antibiotics and sterile procedures can reduce the risk of infection, but in rare instances, it might be necessary to remove the implanted devices.

Risks of DBS Surgery

The following are some possible dangers of DBS surgery:

Neurological difficulties: The implantation of electrodes in particular brain regions during DBS surgery can occasionally result in neurological complications like speech or vision issues, memory loss, or mood swings.
Complications related to the hardware: Implanted hardware may occasionally malfunction or fail, necessitating replacement or revision surgery. Infection, discomfort, and suffering may result from this.
DBS can have unwanted effects like tingling, numbness, or muscle weakness; however, these are typically transient and can be managed by adjusting the stimulation settings.

Liv Hospital For Deep Brain Stimulation In Turkey

The best medical care in Turkey is available to foreign visitors at LIV Hospitals. From early-stage therapy to preventive care, the medical center offers complete treatments. After addressing any medical concerns with your doctor, a thorough medical checkup is carried out. 

Future medical tourism to Turkey is something that Liv Hospital wants to have an impact on. Liv Hospital promises comprehensive medical services in the stem cell treatment sector, considering your particular requirements and the cost of living in Turkey in 2023. Our seven institutions provide the most outstanding medical care available in Turkey. The initials "Liv" was formed with the motto "Leading International Vision,". The state-of-the-art technology and medical care offered by Liv hospital is the best in Istanbul, especially for deep brain stimulation.

Contact Liv Hospitals to know more about deep brain surgery procedures and the reasonable DBS Prices in Turkey 2023 offered by us.


* The Editorial Board of Liv Hospital has contributed to the publication of this content.
* The contents on our website are for informational purposes only. Please consult your physician for diagnosis and treatment. The content of this page does not include information on medicinal health care at Liv Hospital.

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