Brain Tumor Services
There are 120 different types of benign and malignant tumors that
can affect the brain. The possibility of any kind of a tumor is
understandably frightening. However, new technologies, medications and
procedures developed to eliminate these growths are greatly improving
patient outcomes. UC Irvine Medical Center is equipped with leading-edge
diagnostic and treatment resources that offer patients the best therapies
available.
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Team approach
Named as one of “America’s Best Hospitals” by
U.S. News & World Report® for the specialty of Cancer
in 2006, UC Irvine Medical Center treats both adult and pediatric patients
with brain and spinal cord tumors. In addition to skilled neurosurgeons,
our interdisciplinary team includes specialists in neuro-oncology,
neuroradiology, neuro-opthalmology, radiation oncology, otolaryngology
(ear, nose and throat) psychology, rehabilitation and social work.
Treatment services for patients with malignant tumors are provided
at the Chao Family Comprehensive Cancer Center, one of only 39 National
Cancer Institute (NCI) designated comprehensive cancer centers in the
United States, and the only one in Orange County.
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Advanced surgical technologies
Treating brain tumors can involve radiation therapy, chemotherapy,
surgery, or all three. Patients undergoing surgery at UC Irvine
Medical Center benefit from our advanced systems, including:
- Cyberknife™ and Gamma Knife® stereotactic radiosurgery.
High doses of radiation are precisely targeted to destroy tumors and other
problematic structures with minimal damage to surrounding tissues. No
surgical incision is needed. Stereotactic refers to a precise positioning
of the target in three-dimensional space.
- Intraoperative Magnetic Resonance Imaging (iMRI). This state-of-the-art
procedure gives surgeons detailed, three-dimensional images of the brain
in real time during an operation. Because brain tissue shifts once the
skull is opened, tumors and other target structures can move during surgery,
compromising accuracy. iMRI increases surgical precision, reduces the
need for follow-up surgeries, minimizes complications and potentially
shortens recovery time. UC Irvine Medical Center was the first in Orange
and San Diego counties to offer this technology.
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