ObjectivesWe describe the first application of intrauterine negative-pressure therapy (IU-NPT) for an early rupture of a uterine suture after a third caesarean section with consecutive peritonitis and sepsis. Because all four quadrants were affected by peritonitis, a laparotomy was performed on the 15th day after caesarean section. Abdominal negative-pressure wound therapy (A-NPWT) of the open abdomen was initiated. During the planned relaparotomy, a suture defect of the anterior uterine wall was identified and sutured. In the second relaparotomy, the suture appeared once more insufficient.Case presentationFor subsequent IU-NPT, we used an open-pore film drainage (OFD) consisting of a drainage tube wrapped in the double-layered film. The OFD was inserted into the uterine cavity via the uterine defect and IU-NPT was established together with A-NPT. With the next relaparotomy, local inflammation and peritonitis had been resolved completely. IU-NPT was continued transvaginally, the uterine defect was sutured, and the abdomen was closed. Vaginal IU-NPT was also discontinued after another eight days.ConclusionsBy using IU-NPT, local infection control of the septic focus was achieved. The infectious uterine secretions were completely evacuated and no longer discharged into the abdominal cavity. As a result of the applied suction, the uterine cavity collapsed around the inlaid OFD. The total duration of IU-NPT was 11 days. The uterine defect was completely closed, and a hysterectomy was avoided. The patient was discharged four days after the end of IU-NPT. IU-NPT follows the same principles as those described for endoscopic negative-pressure wound therapy of the gastrointestinal tract.

Objectives: to evaluate the effect of oral ginkgo biloba extract (GB)) on asymmetrical intrauterine growth restriction (IUGR).

e17080 Background: Presence of circulating tumor cells (CTCs) in peripheral blood is associated with impaired clinical outcome in a variety of cancers. So far, limited data are available on the significance of CTCs in gynaecological malignancies. Aims of the present study were to evaluate the dynamics of CTCs in patients with ovarian, fallopian tube and peritoneal cancer during chemotherapy and to assess the clinical relevance of these changes. Methods: 38 patients with ovarian (n=31), fallopian tube (n=4) and peritoneal (n=3) cancer were included into the study. All patients received chemotherapy in the first-line setting (n=19) or tumor recurrence (n=19). CTC analysis was performed prior to systemic treatment, after three and six cycles of chemotherapy and analysed using CellSearch system (Veridex). A tumor cell was defined as EpCAM+, cytokeratin+, CD45-, and positive for the nuclear stain DAPI. CTC positivity was defined as detection of at least one CTC per 7.5 ml blood. Results: 11 out of 38 (29%) patients were CTC positive at baseline. Positivity rate was 20% in patients with first-line setting and 37% in those with tumor recurrence. 1of the 4 patients with fallopian tube cancer presented with CTCs in contrast to 1 out of 3 patients with peritoneal cancer and 10 out of 31 ovarian cancer patients. Presence of CTCs was not correlated with other prognostic factors, such as the FIGO stage, nodal status, or grading. CTC positivity declined to 8% after three cycles of cytotoxic therapy and no patient was CTC positive after 6 cycles of chemotherapy. 12 patients died during follow-up. Patients with CTCs at baseline had significantly shorter overall survival compared with CTC negative patients (p = 0.002; mean OS 5.8 [95%-CI 2.7-8.9] vs. 15.2 [10.5-19.8] months, median OS 3.0 [1.4-4.6] vs. not reached). In the subgroup of patients with primary cancer, CTC positivity was significantly associated with overall survival in the univariate analysis (p = 0.008). Conclusions: Hematogenous dissemination of single tumor cells is a common phenomenon in ovarian, fallopian tube and peritoneal cancer. Patients with CTCs in the peripheral blood at time of diagnosis are more likely to die than those who are CTC-negative at baseline.

OBJECTIVE: Postpartum hemorrhage is a leading cause of maternal death in developing countries. Mechanical compression techniques as bakri balloon and the recently introduced chitosan gauze (celox) were used in the management of primary atonic postpartum hemorrhage in cases where medical uterotonic agents failed. This study was designed to show the effectiveness of intrauterine insertion of celox in comparison to the standard application of the Bakri Balloon. STUDY DESIGN: Un-blinded randomized parallel prospective study. Primary endpoint was any need for further surgical interventions (e.g. peripartum hysterectomy) as a failure of the mechanical method. Secondary endpoints (e.g. post insertion fever, admission to the intensive care unit) were also recorded. RESULTS: Preliminary data showed failure rate which lead to peripartum hysterectomies were 9.7 % (3/31) in the celox group compared to 40 % (12/30) in the bakri balloon group. Low grade fever (38-38.5 C) was recorded in 19.35 % (6/31) in the celox group compared with none in the bakri balloon group. Admission to the intensive care unit (ICU) was 41.9 % (13/31) (average stay 5 days) in the celox group compared to 33.3 % (10/30) (average stay 7 days) in the bakri balloon group. CONCLUSION: Celox appears to be a potentially effective method in the management of atonic PPH. It further is inexpensive, easy to use and has well manageable side effects compared to the standard intrauterine bakri balloon.

No abstract