- Deep brain stimulation introduction
- How does deep brain stimulation work?
- How is deep brain stimulation performed?
- What is subthalamic nucleus deep brain stimulation?
- What are the advantages of deep brain stimulation?
- How effective is deep brain stimulation?
- What kinds of movement problems are helped by deep brain stimulation?
- What are the risks of deep brain stimulation?
- Is deep brain stimulation experimental?
- Who should consider deep brain stimulation?
- Is age a factor in deep brain stimulation?
- Where should deep brain stimulation be performed?
- Will I be asleep during the deep brain stimulation procedure?
- What should I expect after deep brain stimulation?
- When will I be able to go home after the deep brain stimulation procedure?
- How should I care for the surgical area once I am home?
- Will I have to limit activity following deep brain stimulation surgery?
- Post surgery warning
- Can I use electrical devices?
How Is Deep Brain Stimulation Performed?
Patients who are having stimulators placed on both sides of the brain will have their surgery divided into two parts. Most people with Parkinson's disease will require the surgery be done on both sides of the brain. During the first surgery, the electrodes are placed into the brain, but left unconnected.
There are several ways in which the electrodes are placed into the target areas of the brain. First these areas must be located. One way to locate the target areas is to rely only on a computed tomography (CT) or magnetic resonance imaging (MRI) scan. While some surgeons stop there, others use an electrode recording technique to map and target the specific areas that they will need to reach.
Once the correct location is identified, the permanent electrodes are implanted. The loose ends are placed underneath the skin of the head and the incision is closed with sutures. The patient receives general anesthesia for the placement of the impulse generator in the chest and the positioning of extension wires that connect the electrodes to the impulse generators. It may take a few weeks until the simulators and medications are adjusted sufficiently for patients receive adequate symptom relief. But, overall, DBS causes very few side effects.
What Is Subthalamic Nucleus Deep Brain Stimulation?
Subthalamic nucleus stimulation is a new application of the original deep brain stimulation technique. After extensive clinical trials, stimulation of the part of the brain called the subthalamic nucleus has been recognized as the most effective surgical treatment for Parkinson's disease, addressing not only tremors, but the full range of the disease's symptoms, including: rigidity, slowness of movement, stiffness, and walking concerns.
Successful stimulation of the subthalamic nucleus allows patients to consistently reduce their medication while improving all of their other disease-related symptoms. In addition, the surgery to place the stimulator in the subthalamic nucleus is generally easier than surgeries for the thalamus or globus pallidus.