MC3C3-E1cell response to zirconium (Zr) implants with different surface characteristic by digital image processing analysis

M.R. KATUNAR; A BOUCHET; J BALLARRE; J I PASTORE

Congreso; VII CONGRESO DE INGENIERÍA BIOMÉDICA; 2016

In this work we propose investigate attachment and proliferation behavior of the osteoblastic cell line MC3T3-E1 on Zr implants with different anodization treatments as surface modifications. To achieve the objective it is important count the number of cell nucleus three and five days after the cells were seeded over control and anodized samples. We pre-sented an automatically method that combines different tech-niques for image processing. The algorithms used for analysis were implemented in a toolbox for Matlab, to facilitate reuse and distribution. The results showed an interesting relation-ship between cell differentiation and material surface.