ObjectiveTo determine the incidence of long term lymphadenectomy complications in primary surgery for endometrial cancer and to elucidate risk factors for these complications.MethodsA retrospective chart review was carried out for all patients with endometrial cancer managed at Parma University Hospital Unit of Gynecology and Obstetrics between 2010 and 2016. Inclusion criteria were surgical procedure including hysterectomy and lymphadenectomy (pelvic or pelvic and aortic). We identified patients with postoperative lymphocele and lower extremity lymphedema. Logistic regression analysis was used to identify predictive factors for postoperative complications.ResultsOf the 249 patients tested, 198 underwent pelvic lymphadenectomy (79.5%), and 51 (20.5%) of those underwent both pelvic and para-aortic lymphadenectomy. Among the 249 patients, 92 (36.9 %) developed lymphedema while 43 (17.3%) developed lymphocele. Multivariate analysis showed that addition of para-artic lymphadenectomy was an independent predictor for both lymphedema (odds ratio (OR) 2.764, 95% confidence interval (CI) 1.023 to 7.470) and lymphocele (OR 5.066, 95% CI 1.605 to 15.989). Moreover, postoperative adjuvant radiotherapy (OR 2.733, 95% CI 1.149 to 6.505) and identification of any positive lymph node (OR 19.391, 95% CI 1.486 to 253.0) were significantly correlated with lymphedema, while removal of circumflex iliac nodes (OR 8.596, 95% CI 1.144 to 65.591) was associated with lymphoceles occurrence.ConclusionAlthough sentinel lymph node navigation is a promising option, lymphadenectomy represents the primary treatment in many patients with endometrial cancer. However, comprehensive nodal dissection remains associated with a high rate of long term complications, such as lymphedema and lymphocele. Avoiding risk factors that are related to the development of these postoperative complications is often difficult and, therefore, the strategy to assess lymph nodal status in these women must be tailored to obtain the maximum results in terms of oncological and functional outcome.

Our study confirmed that pelvic posterior exenteration associated with retrograde radical hysterectomy represents the safest radical surgical approach to advanced ovarian cancer, which permits preservation of the pelvic autonomic nerve plexus and, therefore, bladder and colorectal functions.

An important correlation between positive MLN, ALN and PLN was detected; these results suggest a lymphatic spread of epithelial AOC similar to that of primary bowel cancer. The absence of residual disease after surgery is an independent prognostic factor; to achieve this result should be recommended a radical bowel resection during debulking surgery for AOC with bowel involvement.

Interstitial pregnancy (IP) occurs within the intramural portion of the tube and accounts for 2% of ectopic pregnancies. Surgery is considered the most definitive treatment for IPs, although there is no clear consensus regarding the optimal approach. In this paper we describe the advantages of cornual resection performed using the Endoloop technique and present three patients who were successfully treated using this approach. IP diagnosis was confirmed at two and three-dimensional ultrasound and laparoscopy in all cases. Fertility sparing surgery with cornuectomy by Endoloop ligature technique demonstrated low mean operating time and blood loss, and allowed the quick recovery and discharge of all patients. Laparoscopy has become the gold standard surgical approach for IP. Cornual resection or excision is the most commonly performed procedure. In our case series, the Endoloop technique showed excellent treatment outcomes in terms of effectiveness, blood loss, operative time, recovery and post-procedure fertility. Because of these features, Endoloop appears to be a suitable option for the laparoscopic management of IPs, both in elective and emergency settings.

The integration of a large and deployable radar antenna of an earth observation satellite (Copernicus Sentinel-1A of ESA) is the opportunity to apply different measurement techniques at different stages, to ensure precise, unstressed fixation and proper alignment. This paper proposes an example of the synergic and successful exploitation of techniques like 3D Virtual, to simulate all integration phases and specially evaluate accessibility, DEA coordinate measuring machine, to establish structural parts accurate interface and finally laser tracker and theodolites tools during the integration process, to allow alignment of different antenna elements and the implementation of precise shimming at the satellite interfaces. In addition special mechanical ground support equipment (MGSE) were manufactured and equipped with load cells and dial gauges, used during antenna integration and deployment, to monitor any flight hardware over-stress or set-up distortions.