The European Ceramic Society
News
Sep 11, 2020
Additive manufacturing of novel bioactive metalloid-bioceramic composites for bone tissue engineering by Nikhil Kamboj
YCN Research in Spot - September 2020

Although, osseous tissue is bestowed with self-repairing mechanism from micro-cracks and miniature damages, bone defects surpassing the critical size defects demands biomimetic scaffold which can henceforth be introduced to the bone defect.
The goal of our research is to fabricate novel bioactive porous metalloid–bioceramic composites for bone tissue engineering (BTE). Herein, for the first time silicon (pseudo¬–metal or metalloid) element have been introduced in the scaffolds taking advantage of its osteostimulatory properties. The selective laser melting (SLM) have been used to fabricate the metalloid–bioceramic composites which offers several benefits when compared with the other counterpart techniques for additive manufacturing since SLM offers wide range of the pore sizes of the scaffolds required for BTE.

These findings suggests that the as-fabricated scaffolds can be used for assorted bone types like long and flat bones based on the biomimetic design.
Nikhil Kamboj
Department of Mechanical and Industrial Engineering
Tallinn University of Technology,
Ehitajate 5, 19086, Tallinn, Estonia
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Oct 6, 2023
YCN Newsletter 18 - New YCN Representative call
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