Objective: The aim of this study was to evaluate which mesh type yields lower recurrence
and complication rates after ventral hernia repair. Summary Background Data: More than …

Biomaterials have long been used to repair defects in the clinical setting, which has led to
the development of a wide variety of new materials tailored to specific therapeutic purposes …

Purpose We conducted a network meta-analysis to evaluate potential differences in patient
outcomes when different meshes, especially biological meshes, were used for ventral hernia …

Complex abdominal wall defects (CAWDs) can be difficult to repair and using a conventional
synthetic mesh is often unsuitable. A biological mesh might offer a solution for CAWD repair …

In abdominal wall defect repair, surgical site infection (SSI) remains the primary cause of
failure, while complications like visceral adhesions present significant challenges following …

Repair and reconstruction of the myopectineal orifice area using meshes is the mainstay of
surgical treatment of inguinal hernias. However, the limitations of existing meshes are …

Background The use of synthetic mesh in potentially contaminated and contaminated
incisional hernias may lead to a higher morbidity and mortality. Biological meshes may …

Les hernies abdominales sont fré quentes en dialyse pé ritoné ale, repré sentant jusqu'a60,
4% des complications anatomiques. Leur pré valence est estimé e entre 7 et 27, 5%. Les …

Purpose Complex abdominal wall hernia repair (CAWHR) is a challenging procedure. Mesh
prosthesis is indicated, but the use of synthetic mesh in a contaminated area may add to …

Background The surgical treatment of patients with complex ventral hernias is challenging.
The aim of this study was to present an international overview of expert opinions on current …