Rives-Stoppa Repair Technique
What is the Rives-Stoppa Technique?
The Rives-Stoppa repair is a retromuscular mesh placement technique for ventral and incisional hernias where a large prosthetic mesh is positioned between the rectus abdominis muscles and the posterior rectus sheath (preperitoneal space), followed by primary closure of the anterior fascia over the mesh. This creates a tension-free repair with the mesh protected by the overlying muscle and fascia 1, 2.
Technical Principles
The technique is based on several key anatomical and surgical principles:
Mesh placement in the retromuscular/preperitoneal space - The prosthesis sits between the rectus muscle anteriorly and the posterior sheath/peritoneum posteriorly, avoiding direct contact with bowel 2, 3
Large mesh coverage - Prostheses typically range from 8x8 cm to 20x28 cm (mean area ~200 cm²), extending well beyond the defect margins 2
Primary fascial closure - The anterior rectus sheath is closed over the mesh, providing an additional protective layer and reducing infection risk 4
Tension-free repair - The retromuscular position allows for wide mesh overlap without creating tension on the fascial closure 1
Clinical Outcomes
The Rives-Stoppa technique demonstrates excellent long-term results:
- Recurrence rates of 0-8% in most series, with some reporting as low as 1.1% 1, 5, 2
- Minimal serious morbidity with seroma rates around 12% and wound infection rates of 3.5-14% 1, 2
- No gastrointestinal complications or fistulas when properly performed 2
- Mean follow-up extending beyond 30 months in multiple studies 1, 5, 2
Important Caveats
Prosthetic infection requiring mesh explantation is the primary risk factor for hernia recurrence 1. When infection necessitates mesh removal, recurrence is nearly inevitable.
Patients with chronic pulmonary disease have unacceptably high recurrence rates (50% vs. 12%) and should not be considered candidates for elective Rives-Stoppa repair 5.
Wound infection and abscess formation significantly increase recurrence risk (60% vs. 8%), making aggressive early identification and treatment of infection critical 5.
Technical Modifications
For large defects where anterior fascial closure is difficult, the technique can be augmented with laparoscopic component separation, which facilitates fascial closure without creating skin flaps and their associated complications of devascularization and denervation 4.
A rare but serious complication is interparietal hernia from posterior rectus sheath dehiscence, where bowel becomes incarcerated between the posterior sheath and mesh without external signs of recurrence. This requires high clinical suspicion and low threshold for CT imaging in patients with non-specific symptoms post-operatively 6.