Combined approach with negative pressure wound therapy and biological mesh for treatment of enterocutaneous fistula after synthetic mesh repair of incisional hernia


COD: 12_04_2021_3503_ep Categorie: ,

Marino Di Furia, Andrea Della Penna, Ilaria Puccica, Derna Stifini, Andrea Salvatorelli, Federico Sista, Stefano Guadagni, Marco Clementi

Ann Ital Chir, 2021; 10 – April 12
Online Epub

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AIM: Enterocutaneous fistula is a rare but severe complication of prosthetic incisional hernia repair. Management requires re-exploration with intestinal repair/resection and mesh removal. Repair of the parietal defect in this contaminated field is challenging.
MATERIAL OF STUDY: A 58-years male patient presented to our department one year after synthetic mesh repair of large incisional hernia with mesh infection and enterocutaneous fistula. The diagnosis was confirmed by ultrasound guided drainage and CT scans with oral contrast. A multiple-step surgical approach has been adopted: first, the mesh was removed, intestinal resection performed and posterior fascial closure obtained by bilateral transversus abdominis release (TAR) and supra-fascial NPWT (negative pressure wound therapy) was positioned and maintained for one week; second, a definitive repair was obtained by a biological prothesis fixed to posterior fascia and covered by anterior fascia closure. Then, new NPWT was positioned and maintained for 6 days on the skin closure. At 18-months follow-up, the patient showed no clinical or radiological signs of recurrence or reinfection.
DISCUSSION: Surgical strategies to face enterocutaneous fistula after prosthesis ventral hernia repair are not standardized. After bowel fistula treatment and mesh removal, the challenge of abdominal wall closure stay unsolved because of the high rate of complication and failure of a new prosthetic repair. A case-by-case management plan, often with the use of a multi-step strategy, may be an option.
CONCLUSION: This is a single recovery multiple-step strategy combined approach using NPWT and biological prothesis to manage a case of mesh infection by an enterocutaneous fistula. This unique approach has revealed safe and effective for the treatment of parietal defect in infected field resulting from a mesh removing procedure.