The idea of reinforcing staple lines by using a material with the purpose of diminishing suture morbidity is not new. Over the last decades many strategies have been adopted, in both gastrointestinal and thoracic surgery. The first bolsters used for staple lines were nonabsorbable (e.g., expanded polytetrafluoroethylene, ePTFE), semi-absorbable (bovine pericardial and collagen strips), and bioabsorbable materials (L-lactic acid-co-epsilon-caprolactone) [1,2]. The problem has always been to find the optimal material that yields the greatest advantages in terms of reduced incidence of leakage, stricture, and bleeding of the staple line. Gore Seamguard Ò is a bioabsorbable membrane of polyester braided suture, a random-fiber web of a copolymer glycolide (PGA) and trimethylene carbonate (TMC) microporous structure. The advent of Seamguard Ò in reinforcement of linear sutures yielded good results, reducing the rate of clinical leaks and anastomotic bleeding, and offering satisfactory anastomoses [3][4][5]. The application of Seamguard Ò to circular staplers ensued and yielded the same good results [6]. Further applications in the strategy of reinforcement of linear sutures have been use of Seamguard Ò for lung resections [7], appendectomy [8], bariatric surgery [9], and gastric surgery [10,