Aim Abdominal wall hernia surgery is the frequent surgical operation. Incarceration and strangulation are the complications for patients going to emergency surgery clinics.Laparoscopic approach in emergency is controversial. IPOM treatment permits safe hernia reduction, accurate abdominal exploration,diagnosis and treatment of unknown hernia. Material and Methods in one year,we operated 12 urgent ventral hernia patients with IPOM technique. All patientsshowed hemodynamic stability. We evaluated safety of hernia reduction, conversion rate,operative time,hospital stay, and prosthesis infection. Results Nine patients underwent surgery for incarcerated incisional hernia, 3 patients for primary incarcerated ventral hernia. We used a laparoscopic approach. In 10 cases,we placed an intraperitoneal mesh. In two cases, we converted to open surgery, because of small bowel injury. It was never necessary to perform Intestinal resection for strangulated hernia.Contents of hernia sacs were omentum (7 patients), large bowel (1 patients), 4 omentum and small bowel (4 patients). Patients presented signs of small bowel obstruction. Average size of the defect was 6cm.Average operative time was 91 min, the mean post-operative hospital stay was 3.5 days. Post-operative complications weren't recorded. There wasn't mortality. During the follow-up none patients had mesh infection or hernia recurrence. Conclusion In emergency the Intraperitoneal Onlay Mesh Repair of Incarcerated Ventral and Incisional Hernia allowed safe adesiolysis, bowel reduction. Laparoscopic approach was associated to low post-operative complications even in emergency setting.

Aim Ventral hernias including incisional ones are very common in our population. Mesh reinforcement options for ventral/incisional hernia repair continue to evolve with advances in polymer science and better understanding of the extracellular matrix. Consensus on the safety and efficacy of these various types of synthetic and biologic mesh has yet to be reached. Intraperitoneal onlay mesh (IPOM) is the laparoscopic technique most frequently used in our center to treat umbilical and abdominal ventral defects sized 3 cm to 8 cm. Our equipe built an expertise with Gore DualMesh prosthesis (2% recurrence ratio in our center); we used the Gore Sinecor Intraperitoneal Biomaterial for the first time here. Methods Symptomatic supraumbilical incisional hernia in a 74 years old man; parietal defect sized 7×8 cm. We performed an Ipom repair procedure using a 20×25 cm Gore Sinecor Intraperitoneal Biomaterial, trimmed to 18×20 cm. Follow-up at one and six months from surgery. Results The patient was discharged the day after surgery. He did not complain severe pain in the first week after surgery and he only use Paracetamolo 1g die as antalgic therapy. After seven days he resumed his daily activities. He did not experience any short-term sieroma nor long-term complication at follow up. Conclusions The Gore Sinecor Intraperitoneal Biomaterial, while maintaining a firm peritoneal adhesivity, has a better handling and feels lighter than the Gore DualMesh we routinely use. The transparency makes it possible to visualize the overlying abdominal wall, allowing a safer tacs positioning.