Hospital News

2005 Press Releases

CONTACT:  Kristine A. Brown
                 Director of Public Relations
                 (732) 557-7167

Middletown Resident Undergoes Pioneering Radiologic Technique To Treat Lung Cancer Without Surgery.

LONG BRANCH, NJ, June 20, 2005 — During the past 15 years, David Finch has survived prostate cancer, then lung cancer, followed by head and neck cancer — only to discover last year that the disease had reappeared in his remaining right lung.

The news turned even more sobering when he learned from Monmouth Medical Center radiation oncologist Sang Sim, M.D., that he could no longer receive radiotherapy since he had reached his allowable dosage of radiation during previous rounds of the cancer treatment. Surgically removing the malignant tumor in his only lung was ruled out as well.

That left the 78-year-old Middletown resident with making what would become one of the most important decisions in his lifetime: Following the expert advice of his Monmouth physicians, he underwent radiofrequency ablation (RFA), a trailblazing procedure performed by interventional radiologist Peter Park, M.D., who specializes in minimally invasive, image-guided techniques for cancer and other diseases.

Finch became the first patient at Monmouth Medical Center — and is believed to be the first person in New Jersey —to undergo RFA for the treatment of lung tumors that have resurfaced after radiation therapy and cannot be surgically removed.

“It was my only option — either go with the RFA or not. I decided to have the procedure, and I am very happy that I did,” says Finch, who has completed two imaging studies since the procedure, which have revealed no return of tumor growth.

“This is a great sign in Mr. Finch’s recovery and shows much promise for RFA as an effective treatment for lung cancer when radiation therapy has not achieved successful results and surgery is not an option,” says Dr. Sim, a member of the medical team at Monmouth’s Institute for Advanced Radiation Oncology.

The minimally invasive technique involves the delivery of monitored and controlled levels of radiofrequency energy into the cancerous tissue through an array of thin electrodes that heat and destroy the targeted tissue.
In Finch’s case, the former smoker was first diagnosed with prostate cancer 15 years ago and learned he had lung cancer three years later. Six years after his left lung was removed, the cancer reappeared in his right lung. He received radiation treatment at that point and subsequently underwent a second successful round of radiation treatments for a head and neck cancer. However, more recently, he was noted to have a recurrence of his radiated lung tumor.

“When it recurred once again, I discussed with Mr. Finch he was no longer a candidate for radiation therapy and explained the RFA option with him and how it was very new for the treatment of lung cancer,” Dr. Sim says.
Dr. Park says that Finch was the “perfect candidate” for RFA based on his medical history and current condition, including the fact he has only one lung. “Under CT guidance, we’re able to get the needle to the location of the tumor and then deliver the high-energy radiofrequency waves to cook it — that is heat the molecules to a high enough temperature to cause the tissue to ablate, which results in cell death.”

Another benefit of RFA is that it can be performed repeatedly if follow-up CT scans show residual tumor, explains Dr. Park, who has since successfully performed the procedure on a second lung cancer patient.

“RFA is the current buzz in interventional radiology, and there will be many studies released that will document its success — not only for lung cancer but for other applications, including breast cancer,”” he says, adding that it currently is being performed for the treatment of liver and bone tumors.
Today, Finch says he’s as busy as ever, having just undergone surgery at Monmouth Medical Center to have a pacemaker inserted to help stabilize his heart rhythm. “Everything has worked out beautifully,” says the grandfather of three, adding that he’s able to breathe on his own without the assistance of oxygen for several hours each day. “I’ll be undergoing another CT (computed tomography) scan very soon to make sure it stays that way.”

For more information on radiofrequency ablation, call Monmouth Medical Center, an affiliate of the Saint Barnabas Health Care System, at 732-923-6800.

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