A modified Rives–Stoppa technique with composite mesh (FLaPp) in large incisional hernia: a multicentric retrospective cohort study

Abstract

Summary Background Large incisional hernias (LIH) are challenging conditions, often necessitating complex surgical procedures such as transversus abdominis muscle release (TAR). We evaluated the feasibility and effectiveness of tension-free abdominal wall repair of LIH with an innovative modified Rives–Stoppa procedure employing a composite free lateral polypropylene (FLaPp) prosthesis. Methods Symptomatic patients affected by LIH and treated with FLaPp composite prosthesis between April 2010 and December 2016 were retrospectively analyzed. The FLaPp prosthesis is made up of two layers: an internal layer based on a polypropylene film that can be used in contact with the intestinal loops to address the posterior peritoneal defect, and an external layer based on a macroporous lightweight mesh, with which a classic repair according to Rives–Stoppa is carried out. Results Forty-three patients were enrolled in the study. All hernias were W3. Early complications were seroma (16.3%), hematoma (11.6%), wound infection (7.0%), and bowel injury (2.3%). Late complications were sinus tract (4.7%), occasional pain (2.3%), and stiff abdomen (9.3%). The median operative time was 126 min and median hospitalization was 8 days. At the median follow-up of 40 months (range 37.5–117), the recurrence rate was 9.3% (4/43). Conclusion Use of FLaPp mesh with a tension-free surgical approach is an effective strategy for managing LIH in selected cases with the presence of a posterior defect, with low rates of complications and recurrences.