A couple of weeks ago, we were disappointed to learn that Jim was not going to be a candidate for surgery on his cancerous lung because of extenuating health problems that would have probably made removal of the lung life-threatening for him.
We were resigned to the fact that he would have to undergo a grueling daily regimen of radiation every day for three months while also taking chemo at the same time. Â
My other brother went through that with the end result being that the radiation destroyed his esophagus, which led to his having to have a feeding tube. In addition, the radiation and chemo just burned his lungs to a crisp.
However, Jimmie's situation is somewhat different from Larry's. For one thing, Larry had non-small cell carcinoma while JIm has small cell carcinoma. Non-small cell carcinoma is much more aggressive than small cell.
In addition, Larry was already in Stage IV when he was diagnosed. Jimmie is still, the doctors believe, in either Stage I or possibly Stage IIA.
So, when Jimmie went Monday for his first radiation treatment, the radiologist told him that he would really like to use a new protocol with him, provided his tumor still had not grown beyond two centimeters and that there still did not appear to be involvement in his lymph system.Â
So, he had another PET scan Tuesday. Yesterday, the doctor called him to report that he could come in Thursday for the first of only five radiation treatments that he will receive. He will not need any chemo.
Since he is being treated at OU Medical Center, which is a teaching and research hospital, he can receive this treatment even though it is not yet approved by the FDA for widespread use on lung cancer.
I am enclosing an article that appeared March 10, 2010, on webmd.com about this new protocol and the early success rates that researchers are having with it.
March 16, 2010 -- An experimental type of highly focused radiation therapy may control inoperable lung cancer tumors and help people with the deadly disease live longer.
A new study shows stereotactic body radiation therapy (SBRT) effectively controlled more than 87% of early-stage inoperable non-small-cell lung cancer tumors for up to three years. Researchers say that rate of tumor control is more than double that found with conventional radiation treatment for inoperable lung cancer.
Researchers say surgical removal of tumors is the standard treatment for early-stage lung cancer, but some people are not candidates for surgery due to other coexisting illnesses such as emphysema and heart disease.
In these situations, the lung cancer tumor is deemed inoperable and conventional radiation therapy or observation without cancer treatment is offered. Neither option is considered ideal.
"Conventional radiotherapy fails to durably control the primary lung tumor in 60 percent to 70 percent of patients. More than half of patients ultimately die specifically from progressive lung cancer with observation, and 2-year survival is less than 40 percent with either approach," write researcher Robert Timmerman, MD, of the University of Texas Southwestern Medical Center, Dallas, and colleagues in the Journal of the American Medical Association.
In the study, researchers evaluated the safety and effectiveness of SBRT in treating 55 people with early-stage but medically inoperable lung cancer.
SBRT is a noninvasive type of cancer treatment in which many small, highly focused radiation beams are used to deliver concentrated doses of radiation to tumor targets over a series of one to five treatments.
Three years after the treatment, the study showed that 28 participants had a complete response to the therapy and 21 had a partial response. Fourteen participants had recurrence of cancer.
Overall, the rate of complete plus partial response after therapy was 89%. Disease-free survival and overall survival three years after treatment were 48.3% and 55.8%, respectively.
Nineteen participants (16.3%) experienced significant but not deadly treatment-related side effects.
This type of radiation therapy has not yet been approved by the FDA as a lung cancer treatment, but this study brings it one step closer. The next step is a clinical trial to evaluate the therapy in a larger number of patients and determine the proper dosage for maximum benefit and minimal risk. (https://www.webmd.com/lung-cancer/news/20100316/new-way-to-treat-inoperable-lung-cancer)
If you believe in prayer, I ask that you add Jim to your prayer list. If not, then please hold good thoughts for him.