Interventional OncologyInterventional Radiology Treatments for Cancer
Kindney Cancer Treatments Surgical removal of tumors confined to the kidney offers the best chance for a cure. Unfortunately, some patients may not tolerate surgery due to underlying medical conditions. In this group of patients, minimally invasive image-guided therapies performed by interventional radiologists offer a less invasive option. These treatments also offer valuable benefits to those patients with advanced or metastatic renal cell carcinoma. Chemotherapy drugs and radiation are generally ineffective at curing kidney cancer. Lung Cancer Treatments The lung is the most common site for primary cancer worldwide, and smoking tobacco is the leading risk factor. The lung is also a common site of metastases for various malignancies. Metastases occur when a single tumor cell or clump of cells gain access to the blood stream or lymphatic system, travel to a new organ such as the lung, begin to multiply, and then regrow their vascular structure to obtain food. Interventional radiologists can deliver treatments for lung cancer directly to the cancer without significant side effects or damage to nearby normal tissue. There are two main methods by which interventional radiologists can treat cancer. The first is to use the vascular system to deliver chemotherapy medicine directly to the cancer's vascular supply. This limits damage and toxicity to the rest of the body while delivering the highest dose of the chemotherapy to the cancer. The second method interventional radiologists use to treat cancer is to "cook" or "freeze" the cancer by sticking a small, energy-delivering needle directly into the cancer that heats or freezes the cancer without significant damage to nearby normal tissue. Since these techniques are delivered at the cancer specifically, patients have fewer overall side effects making this especially useful in patients with other significant medical problems. According to the National Cancer Institute, "targeted cancer therapies will give doctors a better way to tailor cancer treatment." |