Robotic Oncology Center
 
 
 
 

Robots redefine cancer surgery

Dr. Thomas E. Ahlering with surgical robot
Steve Zylius / University Communications
Dr. Thomas E. Ahlering battles cancer with the da Vinci Surgical System at UC Irvine Medical Center’s new Robotic Oncology Center.

UC Irvine’s innovative Robotic Oncology Center delivers minimally invasive treatment in multiple disciplines

In the ever-evolving battle against cancer, the surgical robot is gaining ground. UC Irvine Healthcare announced last month that it’s the first medical center on the West Coast and the only one in California to perform robotic thyroidectomies, which remove the diseased gland without leaving a visible scar on the neck.

The da Vinci Surgical System® is facilitating an increasing number of such procedures. To further advance the use of this new technology, UC Irvine Healthcare in July established a Robotic Oncology Center. Dr. Jason H. Kim, associate clinical professor of otolaryngology and a specialist in treating head and neck cancer, has used the robotic system on three patients with thyroid tumors.

“We’re excited to be able to offer this kind of surgery to the Orange County community,” Kim says. “Traditional ‘open’ surgery to remove the thyroid gland requires a 3- to 5-inch incision across the front of the neck, and other minimally invasive surgical techniques can reduce the scar to about 1 inch. But with the robot, we avoid the neck incision altogether by making a small, easily hidden cut in the patient’s armpit. That opening provides access for the robot’s arms, which then are maneuvered by the surgeon to the thyroid.”

At UC Irvine Medical Center, robotic surgery is being used to treat prostate, kidney, ureteral and gynecologic cancers. Use of the da Vinci technology is expanding under the new director of gynecologic oncology, Dr. Robert E. Bristow, who gained extensive experience with robotics at Johns Hopkins University. Soon to follow are robot-assisted surgeries for lung, stomach and colorectal cancers at Orange County's only university hospital center.

“To our knowledge, there isn’t another center in the country specific to robotic oncology,” says urologic oncologist Dr. Thomas E. Ahlering, director of the Robotic Oncology Center and a nationally known expert in robotic prostatectomy. He has performed more than 1,000 robotic surgeries to treat prostate cancer and has developed advanced techniques to reduce postoperative urinary difficulties.

“This center is vitally important to our community,” Ahlering says. “Typically, cancer involves radical procedures. The Robotic Oncology Center emphasizes minimally invasive approaches that achieve equal or better medical outcomes.”

For surgeons, robotics can offer enhanced precision, dexterity, range of motion and imaging during operations. For patients, the technology can mean less injury to nearby healthy tissue, smaller scars, reduced pain, decreased need for medication and faster recovery.

“The Robotic Oncology Center is a prime example of how an academic medical center can pool the talents of its world-renown surgeons to provide the highest quality of robot-assisted cancer care to Orange County and beyond,” says Dr. Ralph V. Clayman, dean of UC Irvine’s School of Medicine and an internationally recognized authority in minimally invasive renal surgery.

“Our new center, which focuses on the specific application of robotic technology to cancer surgery, enables us to continually advance this exciting technology and create university-led innovations, much to the betterment of every patient who seeks our care.”

The Robotic Oncology Center is part of UC Irvine’s Chao Family Comprehensive Cancer Center, one of just 41 National Cancer Institute-designated comprehensive cancer centers in the United States and the only one in Orange County. In 2002, doctors there were the first in Southern California to perform robotic prostate surgery, using the da Vinci system. UC Irvine also houses one of the busiest robotic training facilities for surgeons on the West Coast.

– Marcida Dodson, UC Irvine Healthcare Communications