No abstract

This study assessed perioperative complications in abdominal sacrocolpopexy and vaginal sacrospinous ligament fixation procedures. Perioperative complications were defined as any complication occurring during surgery or the first 6 weeks postoperatively. Forty-five patients underwent abdominal procedures (20 sacrohysteropexy and 25 sacrocolpopexy) and 60 patients underwent vaginal sacrospinous fixation. Of the 105 patients, 13 had vaginal vault prolapse. In the abdominal group, one bladder injury, four hemorrhages, and three wound dehiscences occurred. In the vaginal group, one rectal injury and one postoperative vaginal vault infection occurred. Major and minor complications were more frequent in the abdominal group than in the vaginal group. Blood loss was not significantly different. The operating time and hospital stay in the abdominal group were significantly longer than in the vaginal group. In conclusion, abdominal sacrocolpopexy had a higher rate of perioperative complications and longer hospital stay and operating time.

DNA methylation of polycomb group target (PCGT) genes is an early step in carcinogenesis and could potentially be assayed to determine cancer risk prediction. To assess whether methylation changes in PCGT genes in normal tissue is able to predict the presence of cancer, we studied HOXA gene methylation in normal endometrium from premenopausal ovarian cancer patients and age‐matched healthy controls without ovarian cancer. DNA methylation of HOXA9 and HOXA11 genes in normal endometrium was associated with ovarian cancer in an initial test set and this was subsequently confirmed in independent validation sample sets. The overall risk of ovarian cancer was increased 12.3‐fold by high HOXA9 methylation for all stages, and 14.8‐fold for early stage ovarian cancers, independent of age, phase of the menstrual cycle and histology of the cancer. The results of this proof of principle study demonstrate the potential to detect ovarian cancer via analysis of normal endometrial cells and provide insight into the possible contribution of this novel approach in ovarian cancer risk prediction and prevention. © 2009 UICC

The present study revealed that PET/CT is similar to conventional MRI for the detection of recurrent ovarian cancer. PET/CT has greater accuracy in the detection of small-to-medium-sized (<2 cm) peritoneal implants compared with MRI. This may affect surgical decision making.

The most common primary sites for ovarian metastasis are gastrointestinal tract. Metastasectomy may have beneficial effects on survival, especially if the residual disease is less than 5 mm. Prospective studies warranted to evaluate the value of metastasectomy in patients with ovarian metastasis.