Chabert M, Lopez A, Hagry O, Balique J G
Laboratoire d'Anatomie de Saint-Etienne, Service du Pr Balique, Hôpital Bellevue, Saint-Etienne.
Ann Chir. 1998;52(4):379-86.
From an experimental study on fresh corpses, using a system which allows reproductible measures, we evaluated the physical strain to which prosthetic meshes are subjected during the initial phase of repair of abdominal eventrations treated by mesh. We also studied the various systems of staple fixation. The adhesivity or resistance-to-tear of the mesh is minimally dependent on the texture of the plaque; additionall, we also demonstrated the role of the size of the mesh. Stapling may compensate for the lack in size and increase the resistance-to-slip with larger values for radial stapling as compared to tangential stapling. Other fields of applications are possible. The use of glue or absorbable staples is considered.
通过对新鲜尸体的实验研究,使用一个能够进行可重复测量的系统,我们评估了在使用补片修复腹部疝修补术初始阶段补片所承受的物理应变。我们还研究了各种钉合固定系统。补片的粘附性或抗撕裂性在最小程度上取决于斑块的质地;此外,我们还证明了补片尺寸的作用。钉合可以弥补尺寸不足,并增加抗滑动性,与切线钉合相比,径向钉合的值更大。其他应用领域也是可能的。考虑使用胶水或可吸收钉合器。