Members of the Section of Pediatric Neurosurgery
deal with a wide variety of congenital and acquired lesions
of the brain, spinal cord and peripheral nerves. Approximately
5,500 children are seen in the pediatric neuroscience outpatient
clinic, resulting in over 300 operative cases per year.
Neurosurgical residents usually spend two,
three-month rotations as junior residents on the pediatric
neurosurgery service. During this time, they are encouraged
to undertake a clinical research project for presentation
at a national meeting.
Each chief resident spends six months running
the pediatric neurosurgery service and performing routine
and complex operations. By the end of the year, the chief
resident will have managed most pediatric neurosurgical disorders,
and is encouraged to participate in the annual meeting of
the Pediatric Section of the American Association of Neurological
Surgeons.
The following subspecialty programs comprise
the Cleveland Clinics Section of Pediatric Neurosurgery:
Residents gain extensive intraoperative exposure to microsurgical
techniques and computer-assisted stereotactic neurosurgery.
Cleveland Clinic neurosurgeons operate on approximately 60
patients with pediatric brain and spinal tumors per year.
Cases are
discussed at a weekly brain tumor conference.
The Cleveland Clinic Childrens Hospitals birth
defect program follows children with a wide range of congenital
brain, craniofacial
and spinal anomalies, including spina bifida and myelomeningocele,
hydrocephalus, tethered cord syndrome and other forms of
occult spinal dysraphism.
A multidisciplinary surgical team performs
complete craniofacial reconstructions for craniosynostosis
and other anomalies.
In this program, a pediatric neurosurgeon, a pediatric orthopaedic
surgeon and physical therapists evaluate children with
cerebral palsy to determine their optimal management. Cleveland
Clinic neurosurgeons have an active program in selective
dorsal rhizotomy, a microsurgical procedure that reduces spasticity
in some children. Other children with the disease may benefit
from an implanted device for CSF drug delivery.
The surgical procedures offered include a variety of electrode
placements for monitoring and brain mapping; temporal lobectomy;
extra-temporal focal resection; brain tumor resection using
functional mapping; corpus callosotomy and hemispherectomy
for
hemimegalencephaly.
Residents will learn the work-up required to
localize epileptic foci, as well as techniques for exposure
and removal of epileptic
brain tissue.
Advanced treatments in hydrocephalus are being developed and
used at The Cleveland Clinic. The neuroendoscope is used in
placing shunts, locating hydrocephalus and performing ventriculostomies.
Computer-assisted neuroendoscopic procedures are being developed
here for complex cases.
Basic research in the pathophysiology of hydrocephalus
gives the resident a balanced and thorough exposure to hydrocephalus
and its treatments. Clinical research programs in hydrocephalus
give exposure to treatments in hydrocephalus.
Mark
Luciano, M.D.
William
E. Bingaman, M.D.
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