Gamma Knife : A Beam Of Intensely Focused Gamma Rays Used To Precisely Remove Tumours Or Damaged Cells

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Gamma Knife : A Beam Of Intensely Focused Gamma Rays Used To Precisely Remove Tumours Or Damaged Cells

Brain lesions are treated with enough radiation during a Gamma Knife surgery so that they vanish, diminish, or cease expanding. Without subjecting healthy, normal brain tissue to significant radiation doses, it can be utilised to treat targets even in the most important, challenging areas of the brain. The Gamma Knife operation, also known as "surgery without a scalpel," does not call for the physician to make a head or scalp incision.

Vascular malformations, tumours, and other abnormalities of the brain are treated using gamma knife radiosurgery, a type of radiation therapy. Due to the lack of an incision required during Gamma Knife surgery, it varies from other stereotactic radiosurgery (SRS). When a patient requires less invasive therapy and has abnormalities or tumours in the brain that develop in complex parts of the brain and are challenging to access by regular neurosurgery, stereotactic radiosurgery is frequently used.

Both adults and children with cancer can be treated with advanced radiation therapy like the gamma knife. A Gamma Knife is a beam of intensely focused gamma rays that is used to precisely remove tumours or damaged cells, typically in the brain, with minimal harm and no harm to the healthy cells in that particular area. Gamma knife technology is used to treat neurological illnesses such as medium brain tumours, trigeminal neuralgia, epilepsy, chronic pain-causing nerve issues, arteriovenous malformations, and other neurological conditions.