Processing of microCT implant-bone systems images using Fuzzy Mathematical Morphology.

AGUSTINA BOUCHET; LUCAS COLABELLA; SHEILA OMAR; JOSEFINA BALLARRE; JUAN IGNACIO PASTORE

San Nicolás de los Arroyos

Congreso; XX Congreso de la Sociedad Argentina de Bioingeniería; 2015

Sociedad Argentina de Bioingeniería

The relationship between a metallic implant and the existing bone in a surgical permanent prosthesis is of great importance since the fixation and osseointegration of the system leads to the failure or success of the surgery. Micro Computed Tomography is a technique that helps to visualize the structure of the bone. In this study, the microCT is used to analyze implant-bone systems images. However, one of the problems presented in the reconstruction of these images is the effect of the iron based implants, with a halo or fluorescence scattering distorting the micro CT image and leading to bad 3D reconstructions. In this work we introduce an automatic method for eliminate the effect of AISI 316L iron materials in the implant-bone system based on the application of Compensatory Fuzzy Mathematical Morphology for future investigate about the structural and mechanical properties of bone and cancellous materials.