Bladder Cancer Surgery

More than 98 percent of all bladder cancer surgeries are performed with robotic assistance. Dr. Guru explains.

What is the Surgery for Bladder Cancer?

Surgery is the primary treatment for bladder cancer with the goal of removing all of the disease. This may be accomplished by one of two approaches:

  • Radical Cystectomy with Urinary Diversion is a surgery that removes your entire bladder and ideally, all of the cancer with it. Because you no longer have a bladder, the surgeon creates an alternate place for your body to store its urine, called a urinary diversion. The surgery is called radical because other nearby organs and tissues, such as the reproductive organs, are removed to eliminate all of the disease and prevent its recurrence. Radical cystectomy is major surgery that permanently changes your body, including how you urinate and preserve sexual function.

The quality of this operation is a key factor in determining survival. Learn more about Roswell Park’s surgical performance and our Quality Cystectomy Score.

Robotic Surgery – Roswell Park Leads the Way

The Robot-Assisted Radical Cystectomy (RARC) program at Roswell Park was initiated in 2005 by Khurshid A. Guru, MD, FABU, who performed one of the world’s first radical cystectomy with robotics. Regarded as one of the top robotic surgeons in the world, Dr. Guru has performed more than 2,500 robot-assisted surgical procedures, including more than 525 robotic radical cystectomies.

Roswell Park now performs 98% of all radical cystectomies with robotic surgery, the highest percentage in all of New York State.

Roswell Park’s Robotic Surgery Program has expanded to offer minimally-invasive robotic surgery for kidney and prostate procedures as well as thoracic, gynecological and gastrointestinal disease. Roswell Park is now a global training center where surgeons from around the world come to learn robotic surgical techniques.

How Robotic Surgery works

Robot-assisted procedures are performed using the da Vinci® Surgical System. Instead of standing and operating over the patient, the surgeon sits at a special console and sees a 3-dimensional (3-D) view of the surgery. This special camera magnifies the image 10 times larger than normal and the miniaturized robotic tools are more flexible and nimble than the surgeon’s fingers. This allows surgeons to complete complex surgeries using only a few tiny incisions or ports. Compared to traditional, “open” surgery with a large incision, robotic surgery offers these benefits:

  • Small incisions that heal faster and with less scarring
  • Less blood loss during surgery and faster recovery
  • Shorter hospital stays and reduced pain