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Our
Clinical Staff
Seizure
Surgery
Recent
and continuing research has shown that electrical impulses sent to the
brain can interfere with the development of seizure activity. This "overdrive
pacing" is very similar to techniques used in the heart with cardiac
pacemakers to prevent electrical disturbances of the heart rhythm.
Stimulation
of the vagus nerve (the 10th cranial nerve), in particular, has shown
promise in this regard. The
vagus nerve is a nerve that carries messages to and from the brain - connected
to internal organs such as the heart and stomach. Nerve fibers within
the vagus nerve are connected to the part of the brain that may be responsible
for producing seizures. Stimulating the vagus nerve has been shown to
reduce the frequency and intensity of seizures in some patients.
A
vagal nerve stimulator is a device like a cardiac pacemaker that stimulates
the vagus nerve. A small electric stimulator is surgically placed in the
neck around the vagus nerve. A power source is placed near the armpit
or chest. The nerve stimulator automatically sends intermittent electrical
signals to the brain. It also can be manually activated to attempt to
interrupt a seizure that's just starting.
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Michael
S. Turner , MD (click
here for more details)
MEDICAL
SCHOOL:
Medical College of Wisconsin, Milwaukee, WI - 1976
INTERNSHIP:
Indiana University Medical Center, Indianapolis, IN -
1977
RESIDENCY:
Neurological Surgery, IUMC, Indianapolis, IN - 1981
BOARD CERTIFIED:
American Board Neurological Surgery
American Board of Pediatric Neurosurgery |
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Ronald
L. Young, MD (click
here for more details)
MEDICAL SCHOOL:
University of Oklahoma College of Medicine, Norman, OK
-1990
INTERNSHIP:
Graduate Hospital, Philadelphia, PA - 1991
RESIDENCY:
University of Massachusetts, Worcester, MA - 1996
BOARD ELIGIBLE:
American Board of Neurological Surgery |
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