HIGHLIGHTS
SUMMARY
The development of tissue engineering has led to the design of new materials and strategies aiming at bone tissue regeneration instead of bone tissue replacement. with regard to jurisdictional claims in published maps and institutional affiliations. Of the numerous materials and strategies assayed, some printable silicon-containing formulations went through the in_vitro characterization to evaluate their in_vivo bone repair potential. This systematic review proposes to report on the last decade of in_vivo applications based on (bio)printed silicon strategies for bone tissue engineering. Overall, a very limited number of studies investigated the association of . . .
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