by Enozia Vakil on  March 31, 2013 at 5:58 PM Medical Gadgets
 Robot Performs Laparoscopy, First In US
A surgeon at Galvenston performed groundbreaking robotic laparoscopy on a 35 year old patient whose cervix was too small to sustain a pregnancy.

Dr. Sami Kilic, chief of minimally invasive gynecology and research at UTMB, is the first surgeon in the world reported to have used robotically assisted, ultrasound-guided laparoscopic surgery to successfully tighten a pregnant patient's incompetent cervix.

Kilic performed the surgery in December 2011 at UTMB's John Sealy Hospital.

When performed traditionally, abdominal cerclage surgery requires a large incision and a long period of recovery.

Kilic's new procedure left the patient with only three tiny abdominal scars.

"The recovery was amazing. Two days later I was able to sit on the floor at home and play with my toddler," new mum Leonora Orejuela said.

Stitches to the cervix during surgery must be precise; a suture placed a hair's breadth the wrong way can puncture either the amniotic sac or a major blood vessel in the mother.

With the dual visualization screen of the da Vinci Si robotic surgical system, Kilic was able to view a real-time ultrasound image on one screen and the operative field via scope camera on another screen, side by side, at the same time he performed the surgery.

This two-screen system offers unsurpassed visualization in a laparoscopic surgical situation.

Kilic is an international pioneer in gynecologic robotic surgical techniques and training protocols who was hired by UTMB five years ago to spearhead a state-of-the-art robotic surgery training program.

Orejuela, the patient, was discharged home the next day after a one-night stay in the hospital.

Orejuela proceeded to have an otherwise uncomplicated pregnancy, going into labor at 36 weeks.

She delivered a healthy baby girl, Lucia Munoz, 6 pounds, 11.5 ounces, by Caesarean section.

The procedure is published online in the Journal of Minimally Invasive Gynecology.

Most Popular on Medindia