Endometriosis is a very prevalent disease worldwide, affecting about 170 million women. It is a medical condition where tissue similar to the lining of the uterus, which should be only located inside the uterus, is found outside the uterine cavity. The most common location of endometriotic implants are organs in the pelvis such as the ovaries, fallopian tubes, bladder, the peritoneum ( lining of the pelvis), occasionally the bowel.
Surgery for Endometriosis
Endometriosis surgery is performed to reduce pelvic and abdominal pain by removing all visible endometriotic lesions and any associated adhesions. Surgical procedures that may be performed during an operative laparoscopy or robotic procedure include:
- removal or destruction of endometriotic implants
- removal or destruction of ovarian cyst (endometriomas)
- removal of adhesions
- removal of the uterus (hysterectomy)
- removal of peritoneum
daVinci (Robotic Surgery)
Endometriotic lesions are more visible using robotic technology because of better visualization and magnification of surgical image; therefore daVinci robotic use became more popular in diagnosis and treatment of endometriosis in recent years. Combination of flexible CO2 laser fiber with robotic platform enables very precise approach to endometriosis treatment. Used together give an excellent opportunity to visualize, fulgurate and excise endometriotic lesions. An additional benefit of the combination of daVinci technology with the flexible CO2 laser fiber is the superb access to most intricate areas in the pelvis. The flexibility of robotic instruments enables lysis of adhesions and excision of pelvic structures. Because of much better visualization more endometriotic lesions are resected giving much better and longer lasting outcomes of treatment. Additional improvement of surgical management includes the use of Firefly technology which provides a good visualization of key anatomical landmarks. Near-infrared technology enables a more accurate approach to lesions of interest during daVinci procedure.