Laparoscopic Extracorporeal Oophorectomy and Ovarian Cystectomy in Second Trimester Pregnant Obese Patients

Objectives: To determine whether a modified technique for laparoscopic extracorporal oophorectomy is less complicated and safer than traditional laparoscopic oophorectomy. Methods: Four obese patients in their second trimester underwent open laparoscopy for treatment of large ovarian cysts. A Cook Ob/Gyn special cyst aspirator with a 14-gauge aspirating needle was inserted into the abdomen to drain the ovary through a separate 10-mm port; the site of insertion depends on the location of the ovary. After the cyst was decompressed, the 10-mm incision was enlarged to 3 cm, and either extracorporal oophorectomy or cystectomy was performed. Results: No complications occurred. Average blood loss was less than 15 cc; average carbon dioxide insufflation time was less than 20 minutes. Average operating time was 40 minutes, which was significantly less than traditional laparoscopic oophorectomy. The patients were discharged in less than 23 hours. Patient A had a 500-cc dermoid cyst, and subsequently had a normal vaginal delivery at term. Patient B had a 1600-cc cyst removed. She had a cesarian delivery due to cephalopelvic disproportion. Pathological analysis of the specimen identified the mass as a dermoid cyst and serous cystadenoma. Patient C had a 3200-cc ovarian cyst. Currently, she is in her 24th week of gestation. Patient D had a 700-cc simple ovarian cyst removed at her 16th week of gestation. Conclusions: Laparoscopic extracorporal oophorectomy requires significantly less CO 2 insufflation time and a shorter operation time, hence, decreasing the adverse effects on the fetus. The enlarged second trimester uterus made traditional laparoscopy more complicated. Per-