Cancer Treatment Centers of America

We're available 24/7
(800) 615-3055

Chat online with us

Chat now

Other ways to contact us

Video
chat
(800) 615-3055

Have questions? Call (800) 615-3055 to speak to a cancer information specialist.
Or we can call you.

Breakthrough Ablation Procedure uses Electricity to Target Tumors with Minimal Side-Effects to patients

Cancer Treatment Centers of America® at Midwestern Regional Medical Center is the first cancer hospital in Illinois to perform a NanoKnife® Procedure

CHICAGO, IL – Interventional radiologists at Cancer Treatment Centers of America® (CTCA) at Midwestern Regional Medical Center (Midwestern) performed the first Nanoknife procedure in Illinois, using electricity to target hard to access tumors. The technology, called NanoKnife®, uses electrical impulses to effectively break up tumors and destroy cancer cells that may otherwise be inoperable or allow for few treatment options due to their proximity to major arteries, airways and other vulnerable tissues. The NanoKnife procedure is commonly used to treat tumors located in the liver or pancreas.

“This is an innovative procedure that is specifically made for treating patients with cancerous tumors in high-risk locations,” said Kenny Yoo, MD, interventional radiologist at CTCA at Midwestern. “Despite the name, there is no cutting involved. The minimally invasive treatment uses needles to supply an electrical current to the tumor’s cancerous cells, which disbands the tumor.”

Interventional radiologists use guided imagery to assist in locating the cancer and strategically place up to six needles around the exterior of the tumor. A generator device is then turned on to deliver a low, direct current of energy to the tissue, which punctures several nanometer-sized holes in the tumor, causing the cells to be unbalanced and die. Depending on the complexity of the tumor, the procedure takes approximately two to four hours to complete, at which time the patient is under general anesthesia.

“The NanoKnife technology allows us to pinpoint the exact location of the tumor and deliver energy to that specific area only, thus sparing healthy tissue and delicate areas of the body nearby,” said Yoo.

Because of the precision it offers, NanoKnife is safe to perform near critical structures such as the gallbladder, diaphragm, bile ducts, bowel, and major blood vessels. It can be used to treat tumors in or near the liver, pancreas, kidney, retroperitoneum, adrenal glands, lymph nodes, pelvic or other soft tissue masses. The procedure offers an array of benefits to the patient, including minimal pain, few side effects and a short hospital stay since it is a minimally invasive procedure as opposed to open surgery. Additionally, the procedure can also be repeated if new tumors develop.

“This is an exciting advance that allows us to wage a better war against cancers that previously have had few options for treatment,” said Yoo. “As a cancer hospital, we are committed to offering a wide range of treatment options so we can offer patients individual treatment plans based on their unique cancers.”

Video: NanoKnifeforWeb

NanoKnifeforWeb
About NanoKnife

The NanoKnife was approved by the U.S. Food and Drug Administration of surgical ablation of soft tissue and is made by AngioDynamics, a company based in Queensbury, New York. For More information at cancercenter.com

About Cancer Treatment Centers of America

Cancer Treatment Centers of America, Inc. (CTCA) is a national network of hospitals focusing on complex and advanced stage cancer. CTCA offers a comprehensive, fully integrated approach to cancer treatment and serves patients from all 50 states at facilities located in Atlanta, Chicago, Philadelphia, Phoenix and Tulsa. Known for delivering the Mother Standard® of care and Patient Empowerment Medicine®, CTCA provides patients with information about cancer and their treatment options so they can control their treatment decisions. For more information about CTCA, go to www.cancercenter.com.

Your browser (Internet Explorer 7) is out of date. Learn how to update your browser.