Robotic Pyeloplasty

Renal artery stenosis, i.e. renal artery stenosis, which is one of the most common acute kidney diseases, is a serious disease that must be treated with suitable methods. The kidneys are the cleansing points of our body and one of their main functions is to remove waste and toxins from our body. Slags and toxins are eliminated from the body through the urinary tract via the kidneys on both sides of the body. Many different diseases can develop in the kidneys, and renal duct stenosis is one of these diseases. Renal artery stenosis can be mild or severe, completely blocking the kidney canal. Renal artery stenosis, which is usually caused by hereditary vascular pressure, can be detected with the help of the physical examination, the medical history and various imaging methods. Renal artery stenosis surgery with robotic-assisted laparoscopic pyeloplasty gives very successful results.

Renal artery stenosis surgeries performed with the Da Vinci Robotic Surgery System provide very effective results compared to traditional methods. In the surgery, which is performed under general anesthesia, very small incisions are made and the surgical field is entered by passing through the membranes that surround the intestines in the abdomen. With the help of 3D and high-resolution images provided by the Da Vinci robotic-assisted surgery system, 95% successful results are achieved. In Robotic Assisted Laparoscopic Pyeloplasty, the operation point is reached at the renal outlet, the operation is performed at millimeter level, and the operation is completed with millimeter level sutures. One of the advantages of Robotic Assisted Laparoscopic Pyeloplasty is that it can be performed with very small incisions. After the operation, patients get a more aesthetic appearance compared to traditional methods, the operation time is shorter, and the recovery process is more comfortable. Another benefit of robotic pyeloplasty is that the presence of cross veins can be clearly displayed with the clear images provided by the Da Vinci robotic assisted surgery system.