With a single incision hidden in the navel, surgeons at the University of California, San Diego Medical Center have successfully removed a cancerous kidney tumor while saving the patient's kidney.
The surgical team extracted the tumor through the 3.5 centimeter port then completed the complex task of preserving and reconstructing the kidney. UC San Diego Medical Center is the second hospital in the world to perform this procedure.
"This highly-involved, minimally invasive surgery allowed us to save more than 90 percent of the patient's kidney," said Ithaar H. Derweesh, MD, lead surgeon and associate professor of surgery in the Division of Urology at UC San Diego Medical Center and Moores UCSD Cancer Center. "Through a small incision, we passed specialized instruments that allowed us to remove the entire tumor while preserving the healthy portion of the kidney through a delicate reconstruction."
"The first doctor I saw said the surgery would require a long incision, a two week hospital stay, and that I would be out of work for more than six months," said Emilio Camacho, 55, a warehouse supervisor for PepsiCo Inc. "With this procedure I will be in the hospital for a few days and recuperating for six weeks. That's a huge difference. I am grateful that UCSD Medical Center allows its doctors to break new barriers in medicine."
"This clinical trial surgery is the next step in developing safe, effective, and less-invasive surgical procedures that truly benefit kidney cancer patients," said Christopher Kane, MD, FACS, chief of urology at UC San Diego Medical Center. "As we advance and perfect this type of surgery, we maintain a commitment to preserving kidney function to the greatest extent possible. This procedure may be a new option for many of the 50,000 patients who are diagnosed with kidney cancer each year."
According to the American Cancer Society, kidney cancer is increasing at a rate of two to three percent each year in the United States. Risk factors for developing kidney cancer include smoking, obesity and hypertension.