Prótesis sobre las que existe un acervo documental más consistente: Bard Composix, Dual Se añade una revisión de los estudios experimentales y clínicos que avalan su utilización, su eficacia, su segurid ad y sus complicaciones. Pueden hacer que parezca al cirujano que se encuentra en un laberinto.

Las numerosas alternativas elegibles en el mercado Prótesis dual o composite para estos materiales y se relacionan las diferentes opciones comerciales disponibles en la actualidad. La prótesis en plano intraperitoneal, para lo cual se han diseñado las llamadas prótesisĮn este artículo se realiza u na precisión terminológica, defendiendo la denominación de Los materiales protésicos de refuerzo o sustitución se emplean cada vez con mayor frePalabras clave:Ĭuencia en el tratamiento de las eventraciones. All rights reserved.Įl laberinto de las prótesis composite en las eventraciones Trials are needed to make stronger recommendations. However, longer term studies and randomised clinical

There is consistent documentary evidence: Bard Composix, Dual Mesh, Parietex Composite, It concludes by recommending the prostheses for which The numerous suitable alternatives on the market can do that theĪ review of the experimental and clinical studies that support their use, efficiency, safetyĪnd complications is included. “composite” prosthesis for these materials, and the different commercial available optionsĪt present are related. Plane, for which the so called «composite» or bilaminar prostheses have been designed.Ī terminological precision is made in this article, defending the denomination of dual or In many occasions it is necessary to place the prosthesis in the intraperitoneal Reinforcement or replacement are increasingly being used in the repair of incisional Servicio de Cirugía General, Hospital General Universitario Morales Meseguer, Murcia, Spain José Luis Aguayo-Albasini,* Alfredo Moreno-Egea, and José Antonio Torralba-Martínez They are referenced by triangles in the same manner that vertices are referenced.The labyrinth of composite prostheses in ventral hernias They consist of two floating point values u,v respectively. UVs are passed by this class using an array of float values. They are referenced by triangles in the same manner that vertices are referenced. They consist of three values x,y,z respectively. Normals are passed by this class using an array of floating point values. The total number of integers in the triangles array is equivalent to three times the number of triangles. The number of triangles is equivalent to the number of integer triplets stored in the triangles array. Indices are to be specified in counter clockwise order relative to the front of their face. Similarly, vertices and vertices return the y and z coordinate respectively. These indices reference a vertex in the vertices array such that vertices returns the x coordinate of the vertex.

A triangle consists of three integer indices. Triangles are passed by this class using an array of integer values. The total number of floats in the vertices array is equivalent to three times the number of vertices. The number of vertices is equivalent to the number of x,y,z triplets stored in the vertices array. Refer to the definition of triangles for a description of the relationship between vertices and triangles. A vertex consists of three values x,y,z respectively. Vertices are passed by this class using an array of floating point values. The following properties are used throughout the mesh class. Data access methods to all properties are provided. This class lets a developer create and manipulate mesh objects. StatusCode setRenderInfo( const AlRenderInfo& ) const ĪlMesh is the interface to meshes and their data in Alias. StatusCode renderInfo( AlRenderInfo& ) const StatusCode nextShaderD( AlShader *) const StatusCode boundingBox( double *min, double *max ) const StatusCode create( int numVertices, const float* vertices,įloat* affectedVertices( const AlTM& tm ) įloat* affectedNormals( const AlTM& tm )

Matilde almesh