02149nam a2200289uu 4500001000800000005001700008007001000025008004100035035001200076040001300088041000800101080000800109100004200117245012000159260004000279300001700319520127800336650002001614650002801634650001801662650002001680650007601700700003401776700002901810502001201839526000801851109963820260507084009.0cr|||||||080826s2008 fre  a1099638 ccomduadb afre aPBI10aCardona Ochoa, Aura María4auteaut10aEtude du remodelage osseux aplication au cas d'un eprothese dentaire complete implanto-portee de type "all on four" aFrancia :b[sin publicador],c2008. a39 páginas3 aThe study of the remaking osseous whit an application to the case of a complete dental prosthesis implant fixed " All on Four " is important because we want to propose a new remaking anisotropic model, that consist in admit the evolution of the bone¿s properties between two extreme conditions: The cortical bone and the cancellous bone. The measure parameter is the osseous density, and the evolution is ruled by energetic stimulus. The study of the remaking osseous develops interest because is considerate like a good way for predict the behavior of the bone after the implantation procedure and also is practical and secure. This study it¿s continuing the analysis that was made the last year about the occlusion of the same kind of prosthesis and it¿s going to do an more detailed the study of the remaking osseous process, and for this was necessary to design a routine using the FORTRAN¿s programming language, that contains the rema King osseous laws information that rules the phenomenon in the interface bone-implant of the " all on four " system. This routine has been carried to the simulation program ABAQUS where there is a jaw design whit the implants and the muscles involved in the mandibular movement and proved under simulated physiologic conditions. aImplantología 7aImplantes dentales2dcs aBiomateriales aPrótesis fija aUniversidad de Antioquia. Facultad de Ingeniería - Doble Titulación10aBonnet, Anne Sophie4thseths10aLipinski, Paul4thseths b168c17 a170