Functional Neurosurgery Program
About This Program
Care During COVID-19
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Specialized Care from a Multidisciplinary Team
Every year the Functional Neurosurgery Program at Massachusetts General Hospital successfully treats more than 100 patients from across the United States and around the world. Each patient’s treatment is managed by a team of specialists that includes:
- Nurse practitioners
Our neurosurgeons meet regularly to review each patient’s case and, by consensus, recommend the least invasive, most effective surgical treatment. Our goal is to improve each patient's quality of life.
Controlling Epileptic Seizures
For most epilepsy patients, appropriate medicine is sufficient to control seizures. However, in 20-30% of cases surgery may be helpful.
Presurgical evaluation includes a detailed clinical history and physical examination, advanced neuro-imaging, video-EEG monitoring, neuropsychological testing and an assessment of psychosocial functioning. In some cases, implanted intracranial electrodes are used to gather more precise information. After the evaluations our neurosurgeons operate to remove or disconnect the affected areas of the brain using one or more of the following procedures:
- Subpial transection
- Vagal stimulation
In all cases, the goal of epilepsy surgery is to remove the area of the brain from which the seizures originate without causing any significant functional impairment.
Relief of Chronic Pain and Tics
The chronic, intense facial pain of trigeminal neuralgia (tic douloureux) and glossopharyngeal neuralgia can be disabling. Hemifacial spasm, or tic convulsif, is not painful but can still cause uncontrollable facial contractions.
All of these tics are typically the result of an artery or vein compressing a cranial nerve. If medication cannot control the symptoms effectively, our surgeons are often able to relieve the pressure and stop the pain by moving the blood vessel in a procedure called microvascular decompression.
Stereotactic radiofrequency thermal lesioning is a technique, developed at Mass General, that is used to treat pain symptoms. Surgeons make a precise lesion in the affected nerve, causing mild facial numbness.
Hemifacial spasms may also be treated with botulinum toxin (botox) injection. If these treatments do not work, then the spasms can be treated with surgery.
Deep Brain Stimulation for Movement Disorders
Our neurosurgeons use deep brain stimulation (DBS) to treat patients with a wide variety of movement disorders. DBS involves implanting an electrode in the brain to interrupt and stimulate nerve activity. Our program uses the most advanced stereotactic technology, microelectrode recordings, for optimal lead positioning and the best patient outcome. The most common movement disorder we treat is Parkinson's disease. Other disorders that can be treated using deep brain stimulation include Essential tremor and Dystonia.
Mass General was one of the first hospitals to perform DBS and today we also use it to treat many different types of Dystonia which include:
- Genetic dystonia
- Generalized dystonia
- Segmental dystonia
- Focal dystonia, such as Spasmodic torticollis
Surgical Treatment of Psychiatric Disease
The Stereotactic and Functional Neurosurgery Program offers a range of treatments for appropriate patients with severe and medically intractable Obsessive-compulsive disorder (OCD) and Major depression. Patients with severe and medically intractable Major depression or OCD are potential candidates for surgery
Although many procedures have been used in the past, our neurosurgeons perform a broad range of treatment options including:
- Deep brain stimulation for OCD
- Deep brain stimulation for Depression (This is experimental and performed only under protocol)
- Vagal nerve stimulation for Depression
- Subcaudate tractotomy
About this Program
Focus on the Most Effective Treatment
The Functional Neurosurgery Program partners with the Parkinson’s Disease and Movement Disorders Clinic and the Epilepsy Service, both in the Department of Neurology at Mass General.
These programs typically prescribe medication as the first line of defense against Parkinson’s disease and epilepsy. We consider surgery to be appropriate only when medical treatments are no longer effective or the side effects are too severe for the patient.
A High-Volume, Highly Specialized Program
We are one of the largest functional neurosurgery centers in the United States. As a major referral center, we treat approximately 70 to 90 patients per day, and our surgeons perform 2,600 procedures a year.
As a result of this high volume, our surgeons have more experience with rare cases that a smaller hospital might see infrequently, if at all.
Searching for New Treatments
Our physicians are Harvard Medical School faculty who:
- Conduct research to better understand the underlying causes of neurological disorders
- Participate in the research and development of innovative surgical therapies
- Publish extensively in leading academic journals and present their findings at major scientific meetings
Our clinical faculty collaborate with basic researchers who cover a broad spectrum of neurobiology, neurophysiology and neuropathology. Current research projects include studies focused on central nervous system repair, neural precursor / “stem cell” biology, and adult neurogenesis.A major area of clinical research is surgery for epilepsy. Candidates for epilepsy surgery are intensively studied by electrophysiological and imaging techniques. Electrophysiologically, implanted electrodes are used to monitor seizure activity in awake patients. PET imaging is used to localize motor and language areas. New technology allows superimposition of the PET images with MRI scans, providing sharply defined landmarks during surgery. A further area of exploration is the use of virtual imaging in the operating room.
Meet Our Team
- Director, Functional Neurosurgery
- Neurosurgery Faculty, Harvard Medical School
- Visiting Associate Professor of Brain and Cognitive Sciences, Massachusetts Institute of Technology
- Department of Neurosurgery
- Associate Professor in Neurosurgery