G Damiano1, V D Palumbo2, S Fazzotta2, S Buscemi2, S Ficarella2, A Maffongelli2, G Buscemi2, A I Lo Monte2. 1. Department of Surgical, Oncological and Oral Sciences, Università degli Studi di Palermo, Palermo, Italy. Electronic address: giuse.damiano@gmail.com. 2. Department of Surgical, Oncological and Oral Sciences, Università degli Studi di Palermo, Palermo, Italy.
Abstract
BACKGROUND: Incisional hernia in renal transplant patients is a complication that negatively affects the global outcome of transplant and quality of life. The repair of this condition was classically made by open repair with mesh. Increasing evidence suggests that laparoscopic repair could be advocated as the technique of choice in these patients with optimal results. However, the fixation of mesh should be performed by a mixed combination of fibrin sealant (lateral margin of wall defect) and tacks (medial margin). The tacks fixation of the mesh along the lateral margin of the wall defect, close to the graft, is generally difficult for the small size of the remaining aponeurotic plane and dangerous for the underlying presence of the graft. MATERIALS AND METHODS: A case of incisional hernia in a kidney transplant recipient was repaired by laparoscopic mesh technique. The polypropylene-polyglycolic acid composite mesh was fastened with a mixed technique of absorbable tacks for medial margin of the defect and fibrin sealant for the lateral side in contiguity with graft surface. RESULTS: The patient was discharged after 4 days. The 6-month follow-up did not show mesh displacement or recurrence of hernia. CONCLUSIONS: The laparoscopic mesh repair may become the criterion standard for kidney transplant patients affected by incisional hernia. The difficulties of mesh fixation close to the graft can be overcome by the combination of fibrin sealant glue and absorbable tacks at different margins of the wall defect. This technique may offer advantages for this population of patients.
BACKGROUND: Incisional hernia in renal transplantpatients is a complication that negatively affects the global outcome of transplant and quality of life. The repair of this condition was classically made by open repair with mesh. Increasing evidence suggests that laparoscopic repair could be advocated as the technique of choice in these patients with optimal results. However, the fixation of mesh should be performed by a mixed combination of fibrin sealant (lateral margin of wall defect) and tacks (medial margin). The tacks fixation of the mesh along the lateral margin of the wall defect, close to the graft, is generally difficult for the small size of the remaining aponeurotic plane and dangerous for the underlying presence of the graft. MATERIALS AND METHODS: A case of incisional hernia in a kidney transplant recipient was repaired by laparoscopic mesh technique. The polypropylene-polyglycolic acid composite mesh was fastened with a mixed technique of absorbable tacks for medial margin of the defect and fibrin sealant for the lateral side in contiguity with graft surface. RESULTS: The patient was discharged after 4 days. The 6-month follow-up did not show mesh displacement or recurrence of hernia. CONCLUSIONS: The laparoscopic mesh repair may become the criterion standard for kidney transplantpatients affected by incisional hernia. The difficulties of mesh fixation close to the graft can be overcome by the combination of fibrin sealant glue and absorbable tacks at different margins of the wall defect. This technique may offer advantages for this population of patients.
Authors: I Vasilikos; J Beck; S Ghanaati; J Grauvogel; T Nisyrios; K Grapatsas; U Hubbe Journal: Acta Neurochir (Wien) Date: 2020-02-07 Impact factor: 2.216