A robotically assisted laparoscopic radical prostatectomy utilizes the da VinciSurgical System. The da VinciSystem is a computer enhanced, minimally invasive surgical tool controlled by the surgeon.
The patient side cart sits at the bedside and holds the 4 robotic arms. The console is an ergonomically designed device that allows the surgeon’s movements to be translated into action utilizing the robotic arms. The robotic arms utilize EndoWristinstruments that have more degrees of freedom and precision than the human wrist.
The da VinciSurgical System is the first operative surgical robot approved for surgical use by the Food and Drug Administration.
A robotic prostatectomy is performed through small laparoscopic ports. Typically, five ½ to 1 inch keyhole incisions are made in the abdomen for introduction of the laparoscopic ports. The traditional surgical approach uses a larger incision from just below the umbilicus to the pubic bone. The abdomen is inflated with carbon dioxide gas to create a surgical working space. The surgeon operating the robot controls the camera and 3 separate mechanical arms inserted through the laparoscopic ports. The surgeon at the bedside works through the 5th port providing exposure and introducing and removing suture and surgical clips.
The surgical team then removes the lymph nodes and the prostate and reconstructs the urinary tract in a manner similar to the traditional open approach.
The traditional open prostatectomy was associated with significant morbidity in years past. High volumes of blood loss, significant pain for the patient, long hospital stays, high rates of urinary incontinence (urine leakage) and high rates of erectile dysfunction used to be the norm. Advances in surgical technique and a better understanding of anatomy have decreased these risks into a more acceptable range.
The robotic prostatectomy may be the most important technologic advance in the surgical treatment of prostate cancer. The advantages of the robotic system combined with proven surgical techniques aim to achieve even better patient results.
The da VinciSurgical System offers improved visualization, magnification and surgical precision over open surgery. The specially designed InSiteVision System offers magnification and a 3-D visualization of vital anatomy such as blood vessels and nerves. The mechanical arms provide precision and freedom of wrist movement greater than that achieved by traditional laparoscopic instruments and even the human hand. They also act to reduce the fatigue associated with long procedures and eliminate tremor.
These advances should allow the surgeon to separate critical nerves, blood vessels and muscles from the prostate to improve the side effects of erectile dysfunction and incontinence while reducing blood loss and still completely removing the cancer. The smaller incisions may reduce post-operative pain, reduce scarring, shorten the hospital stay and lead to faster recovery and return to normal activity.
Patients can expect a 2 or 3 night hospital stay in single-patient hospital rooms where a family member may also stay. A post-operative pathway ensures safe and efficient patient care. Both written and verbal post-operative instructions are provided prior to discharge.
Patients can typically expect their catheter to remain in for 10 – 14 days after surgery at which point they will return for removal and a discussion of their pathology report.
Robotic Prostatectomy Surgery is successfully done at our globally recognised hospitals in Chennai at India. Our hospital is equipped with latest urology techniques. Uro care chennai provides best robotic Prostate surgery in India with latest advanced facilities.
Our Surgeon Dr. Dr Nitesh Jain trained in robotic surgery at Roswell Park Cancer Hospital, Buffalo, New York, USA, Team member of over successful 400 robotic surgeries done and Apollo Hospital, Chennai. Our urologist is one of the experienced robotic prostate surgeons in Chennai at India.