The treatment of prostate cancer with robotic surgery was the first procedure through which the implementation of robotic surgery began in developed countries around the world. Among oncological diseases in men, prostate (or the prostate gland) cancer holds the leading position. The prostate produces fluid that helps to thin the semen and facilitates the movement of sperm, which is one of the essential conditions for fertilization. Prostate cancer is a malignant process that develops within the prostate.
Prostate cancer symptoms are almost unnoticeable in the early stages, as the disease typically progresses without symptoms at this stage. It was once considered a condition affecting older men, but recent statistical data indicate a significant increase in the number of 40-50-year-old men diagnosed with prostate cancer. This is precisely why robotic surgery offers the advantage of performing the operation with maximum precision while preserving vital functions.
In Georgia, the renowned innovator in the field of oncology, Professor Guram Karazanishvili’s Robotic Center, offers prostate cancer treatment through robotic surgery for the first time in the country! The modern treatment standard from Europe and America (USA) is now available in Georgia at a price 2-3 times more affordable.
What does robotic prostatectomy mean? (Complete removal of the prostate in prostate cancer)
There are various methods for treating prostate cancer. Radical prostatectomy is the most effective among these methods, as the survival rate of patients exceeds 90%. Traditional open radical prostatectomy involves a large surgical incision, leading to a prolonged postoperative recovery period, extended hospital stay, a higher risk of local infections, and a larger scar on the patient’s body. This is exactly why we offer patients a less traumatic, minimally invasive treatment alternative. This approach results in the complete removal of the cancer in almost 95% of patients.
What are the advantages of robotic prostatectomy?
- Smaller incisions (minimal invasion)
- Less blood loss and lower need for blood transfusions
- Fewer complications
- Reduced risk of infection
- Less pain
- Preservation of potency
- Prevention of issues such as urinary incontinence from the start
- Smaller scars, better cosmetic results
- Faster rehabilitation, quicker return to daily life
What is special and innovative about the robotic surgical system?
Prostate cancer treatment with robotic surgery is the most advanced platform on the market for minimally invasive surgery. The integration of high-definition 3D vision with EndoWrist and intuitive instrument control overcomes the limitations of traditional surgery, enabling the surgeon to perform complex operations. The system uses three main components: the surgical console, the patient console, and the visualization module.
- Surgical Console: This is the control center of the robotic system. The console is located outside the sterile field, and the surgeon controls the endoscope in 3D and the instruments with EndoWrist, using two manipulators and pedals. The instrument tips are tailored to the surgeon’s hands, and by gripping the manipulators, the surgeon achieves a natural alignment of the eyes, hands, and instruments, simulating the tools used in “open surgery,” while utilizing a minimally invasive procedure. The scaling of movements and tremor reduction provide additional control, minimizing the effects of the surgeon’s physiological tremor or unintended movements.
- Patient Console: A component of the robotic system that primarily supports the “instrument arm” and the “camera arm.” The device uses technology in a remote center, a fixed point in space around which the patient’s hands move on a wagon. This technology allows the robotic apparatus to manipulate instruments and endoscopes inside the surgical site, while minimizing force on the patient’s body wall. This ensures maximum safety for the patient.
- Visualization Module: The central processing unit and video equipment. It includes a 24-inch touch screen and adjustable shelves for optional auxiliary surgical equipment, such as electrosurgical devices and insufflators. The robotic system uses high-definition video. Since its introduction to the market, the system has been successfully used in thousands of procedures. Its safety, effectiveness, and advantages are demonstrated through excellent clinical outcomes.
Thus, robotic surgery was a futuristic dream decades ago. But today, the advancements in medical science have made it possible. Better precision, trouble-free surgery, shorter hospital stays, fewer incisions, and a 3D view of the surgical area—all of this is possible with robotic surgery and its achievements.
Save time and, most importantly, address your health issues in a timely and effective manner at Guram Karazanishvili’s Robotic Center.
