In the summer of 2013, Russell was blindsided when she learned what she thought was an exceptionally tenacious intestinal bug was actually stage 3 ovarian cancer.
After multiple trips to the doctor, including a gynecological exam, her misery led to an emergency room visit, a CT scan and, at last, a diagnosis.
“I would never have believed I have cancer,” Russell says. “I lead a pretty healthy lifestyle. It was a surprise.”
Russell came to MD Anderson, where she benefited from an early treatment innovation developed under the Moon Shots Program, the institution’s ambitious effort to dramatically reduce cancer deaths.
About the time Russell first met with Kathleen Schmeler, M.D., an associate professor of Gynecologic Oncology and Reproductive Medicine, the 21 oncologists in the department who treat ovarian cancer had agreed to follow a new algorithm to guide treatment.
Previously, most new patients had surgery to explore the extent of their disease and remove as much of it as possible. Worldwide, this practice results in 20 to 30% of patients achieving “complete gross resection,” or removal, of all visible tumor. At MD Anderson, the rate was about 25%.
Using the new algorithm, all patients receive a minimally invasive laparoscopic evaluation during which two surgeons independently rank the distribution and spread of the disease to other organs. If the score is less than 8, patients proceed to surgery. If it’s greater, they receive chemotherapy before surgery.
The predictive index used in the algorithm was developed by Anna Fagotti, M.D., and colleagues at Catholic University of the Sacred Heart in Rome, based on the extent of disease observed in seven other organs via laparoscopy. A score of below 8 indicates for surgery first, while a score of 8 or above indicates presurgical chemotherapy.
Ovarian cancer is hard to assess with imaging alone, Schmeler explains. “Ovarian cancer spreads almost like a coating across the organs, so it’s hard to see on CT scans. Laparoscopy really helps assess how much disease there is and where it is.”
In the first 155 cases that used the algorithm, complete resection was achieved 89% of the time, whether the patient had surgery or chemo first. Achieving that surgical milestone is strongly tied to improved long-term survival.
“Our algorithm allows us to take a more personalized approach to surgery with better results for our patients,” says Anil Sood, M.D., professor of Gynecological Oncology and Reproductive Medicine and co-leader of the Breast and Ovarian Cancer Moon Shot.
Russell’s score indicated a need for chemo first. “I had sprinklings of tumors all over my abdominal cavity,” she says.
Nine weeks of a chemo-drug combination of carboplatin and taxol greatly reduced the tumor burden, and the surgery that followed achieved complete removal of all visible cancer. Russell then had nine more weeks of chemo as a precaution.
The chemo slowed her a bit — she still worked out and ran, but didn’t enter races. “I also continued to teach, and being able to work with my students was hugely beneficial,” she says.
There was also fatigue and her hair thinned enough to make a baseball cap part of her daily wardrobe, but now she’s back on the bike, and running and swimming competitively.
“I was fortunate how well I responded. I feel really blessed,” she says.