V-039 Combination of Botox & eTEP & hemi-TAR for giant hernia repair in an obese patient

Abstract

Objective The possibility of new approaches allows dissecting wide retroperitoneal spaces with minimal tissue damage, make the laparoscopic approach a developing technique. Our purpose is to show how the extended-view totally extraperitoneal (eTEP) approach can be used for giant hernia repair in obese patients. Material and Methods 34-year-old man, with a history of laparotomy due to traumatic perforation of the colon and BMI: 39.18, presented hernia M2–5W3. Preoperative botox is performed 1 month before. Results laparoscopic approach was performed: dissector balloon in the left hypochondrium, 5mm trocars in the right hypochondrium and flank. And 10mm trocar on the right flank. Dissection of the left retrorectal space. Crossover in upper third. Dissection of the right retrorectal space. Hernial sac opening during dissection. Section of the right transverse muscle is completed and that space is released. Plication of the anterior fascia and hernial sac. Closure of the posterior fascia. Measurement and placement of 37×25 cm CICAT mesh fixed with tissucol. Conclusion Minimally invasive surgery allows more and more extensive surgeries to be performed, with less aggression to patients and faster recovery. With the technical improvements and the combinations of different tools, we're capable of performing laparoscopic repair of giant hernias. In our case, the preoperative application of botox, eTEP technique, and the combination of one-sided TAR allowed safe and uncomplicated repair of an M2-5W3 hernia defect. eTEP is a safe and reproducible technique that can be used in association with hemi TAR or bilateral TAR for the solution of giant hernias.