Abstract
The most appropriate method of reconstructing the abdominal wall at the site of a simultaneous stoma takedown is controversial. The contaminatedfield, concomitant GI procedure being performed and presence of aherniaallcomplicate decision-making. We sought to describe the surgical approaches, mesh type and outcomes of concomitant abdominal wall reconstruction during stoma takedown in a large hernia registry. All patients who underwent stoma takedown with simultaneous hernia repair with retromuscular mesh placement from January 2014 to May 2022 were identified within the Abdominal Core Health Quality Collaborative (ACHQC). Patients were stratified by mesh type including permanent synthetic (PS), resorbable synthetic (RS) and biologic mesh. Association of mesh type with 30-day wound events and other complications and1-year outcomes were evaluated. There were 368 patients who met inclusion criteria.Eighty-nine patients had ileostomies, 276 colostomies and 3hadboth. Two hundred and seventy-nine (75.8%) patients received PS mesh, 46 (12.5%)biologic, and 43 (11.7%)RS. Seventy percent (259/368)had a parastomal hernia,75% (285/368) had a midline incisional hernia, and 48% (178/368) had both. All groups had similar preoperative comorbidities and the majority had atransversus abdominus release. All mesh groups had similar thirty-day SSI (13.2-14.3%), SSO (10.5-17.8%) and SSOPI (7.9-14.1%), p = 0.6. Three patients with PS mesh developed infected synthetic mesh and one PS mesh required excision. Four patients with PS developed an enterocutaneous fistula. Of these, only one patient was recorded as having both an enterocutaneous fistula and mesh infection. Thirty-day reoperation and readmission weresimilar across all mesh groups.Recurrence at 1-year was similar betweenmesh groups. Quality of life measured using HerQLes scores were higher at one year compared to baseline in all groups indicating improvement in hernia-specific quality of life. Early complication rates associated with simultaneous stoma takedown and abdominal wall reconstruction are significant, regardless of mesh type utilized. Concomitant surgery should be weighed heavily and tailored to individual patients.
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