Minimally invasive gynecologic surgery
The term Minimally Invasive Gynecologic Surgery (MIGS) is used more and more by gynecologists and can be somewhat confusing. In general MIGS involves one of two approaches. One approach involves entering a body cavity through a natural orifice. Just as a general surgeon may access the stomach through the mouth a gynecologic surgeon may enter the pelvis through the vagina. Most gynecologic surgeries can be performed through the vagina thus no abdominal incisions are required. Vaginal surgery therefore is often the least invasive of gynecologic surgery. The second approach used by gynecologists to access the abdominal or pelvic cavity is through the use of laparoscopy. Laparoscopy entails introducing small instruments, including a camera, through the abdomen. Dr. Minaglia can use laparoscopy to remove ovaries or cysts, endometriosis, uterine fibroids (laparoscopic myomectomy), the uterus and cervix (laparoscopic hysterectomy), and to perform many pelvic reconstructive procedures. All gynecologic procedures that are performed laparoscopically can alternatively be performed with robotic assistance.
Over the last several years, the rate of abdominal hysterectomy (hysterectomy performed through a large incision in your abdomen) in Hawaii has been decreasing. As of 2011, roughly half of all hysterectomies performed in Hawaii were still performed through a large abdominal incision. Consider a second opinion if your doctor is recommending an abdominal hysterectomy. There are many gynecologists available in Hawaii that can perform the surgery either vaginally, laparoscopically, and with robotic assistance. Mini-laparoscopic*gynecologic surgery is also now available in Hawaii.
Potential benefits of laparoscopic, mini-laparoscopic, and robotically assisted laparoscopic surgery:
Less blood loss
Shorter hospital stay
Less postoperative pain
Less risk of abdominal infection
Quicker return to activity
New trends in pelvic organ prolapse surgery:
Some pelvic organ prolapse surgeries were traditionally performed through large abdominal incisions. The abdominal sacrocolpopexy, for example, is one such procedure. A generous abdominal incision is made and the tissues of the pelvic floor are supported and suspended by attaching mesh to the tailbone (sacrum). Historically, this procedure has been regarded as the most effective procedure for providing a durable and effective cure to certain types of pelvic organ prolapse. Many surgeons however use the procedure as a last resort to other pelvic surgeries due to the invasive nature of the procedure. This results at times in patients receiving less effective procedures in order to improve overall recovery.
Application of laparoscopy, and more recently robotics, to pelvic organ prolapse surgery has changed the way we treat certain disorders. A sacrocolpopexy, performed either laparoscopically, mini-laparoscopically, or with robotic assistance, offers the success and durability of the open abdominal procedure but with significantly less burden on postoperative recovery. Mini-laparoscopic* sacrocolpopexy was introduced in Hawaii in 2014.
Dr. Minaglia was the first surgeon in Hawaii to perform the following procedures:
Robotically-assisted laparoscopic sacrocolpopexy
Robotically-assisted laparoscopic sacrocolpopexy combined with total laparoscopic hysterectomy
Robotically-assisted laparoscopic sacrohysteropexy
Mini-laparoscopic sacrocolpopexy combined with supracervical hysterectomy*
*The term ‘mini-laparoscopy’ refers to the use of 3 mm laparoscopic instruments. 3 mm instruments are the smallest-sized laparoscopic instruments available worldwide and therefore result in the smallest skin incisions possible. There is much less tissue injury and scar tissue using 3 mm instruments compared to single-site laparoscopic surgery (28-36 mm incisions or more), traditional laparoscopic surgery (6-12 mm incisions), and robotically-assisted laparoscopic surgery (6-12 mm incisions).
For a complete list of minimally invasive gynecologic and pelvic reconstructive surgical procedures please contact us.