This study compares the in-vivo bone-forming performance of different calcium-phosphate substitutes versus autologous bone in a 3D-printed four-chamber periosteal bioreactor, guiding future mandibular defect repair strategies.
This study compares the in-vivo bone-forming performance of different calcium-phosphate substitutes versus autologous bone in a 3D-printed four-chamber periosteal bioreactor, guiding future mandibular defect repair strategies.