- Brain metastases
- Acoustic neuromas
- Pituitary adenomas
- Arteriovenous malformations
- Trigeminal neuralgia
- Uncommon skull base tumors
Radiosurgery has been especially helpful for the localized, highly precise treatment of brain tumors. Due to the steep fall off of the irradiation fields (isodoses) from the center of the target to be ablated, normal structures such as the brain, and other vascular and neural structures around it, are relatively spared. This is achieved through the high mechanical precision of the radiation source, and the assured reproducibility of the target. The precision in the positioning of the patient, in the calculation of dosages, and in the safety of the patient, are all extremely high.At UCSF, we use a team approach to care for our Gamma Knife patients. The Gamma Knife team includes radiation oncologists, neurosurgeons, physicists, radiation therapists, and nurses. Gamma Knife Radiosurgery Conference is held every Thursday afternoon. Each patient being considered for Gamma Knife treatment is discussed, and follow-up scans for treated patients are reviewed to ensure quality care. We treat five to eight patients with the Gamma Knife each week. Gamma Knife FAQ.
UCSF's Gamma Knife Perfexion unit, installed in 2007, includes an automated positioning system that offers even faster and more efficient treatments.
In 2011, we acquired the Extend Frame for the Gamma Knife that enables fractionated treatments for larger lesions or those in more sensitive locations.
For more information please see: http://www.elekta.com
Gamma Knife referals should be sent to email@example.com