Interventional Radiology and Radioembolization Y-90 Farmington

Is cancer in your body threatening to spread? In some cases, radioembolization with Y-90 may be used to treat cancer that’s inoperable or has spread beyond the primary tumor site. Here, we’ll explore how this type of therapy works and why it can be an effective way to slow the progression of cancer in patients who are at risk for metastasis. Read on to learn more about radioembolization with Y-90.

Treatment of Liver Cancer
The use of Interventional Radiology to treat liver cancer is a technique called radioembolization. The objective is to inject radioactive material, such as Y-90, into the hepatic artery which supplies blood to the tumor. A catheter (a long, thin tube) is inserted through an artery in the groin or arm and advanced into the artery supplying blood to the tumor.

Treatments for Benign Brain Tumors
Radioembolization is a procedure in which a radioactive substance called yttrium-90, or y-90, is injected into the blood vessels that supply an area of the brain where there is a benign tumor. The y-90 kills cells feeding the tumor’s growth, with minimal damage to other cells in the surrounding tissue.

Treatment of Lung Cancer
Lung cancer is the leading cause of cancer death for both men and women in the United States. Interventional Radiologists at Yale New Haven Health System offer treatments that are specific to each patient, including
radioembolization y-90 Farmington.
Radioembolization y-90 Farmington is an FDA-approved procedure where radioactive beads (yttrium) are introduced into the bloodstream by means of a catheter system. This treatment allows us to treat some lung cancers with minimal side effects.

Thyroid, Breast, Uterine, Prostate, Pelvic, and Gynaecological Tumors
The popularity of interventional radiologists has grown exponentially as the success rates of procedures rise. One such procedure is radioembolization, minimally invasive treatment for diseases in all organ systems. Radioembolization Y-90 Farmington consists of a particle accelerator that shoots radioactive pellets into tumors to stop their growth, shrink them, or kill them off completely.

Embolization Devices
Radioembolization is done by injecting tiny particles of a radioactive substance, such as yttrium-90 (Y-90), into the bloodstream to stop the growth of small tumors. A catheter is inserted through an artery in the groin area and threaded up to the area where the tumor is located. Once in position, the doctor injects a small amount of Y-90, which has been rendered inert so that it can’t harm cells in any way.

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