Objective: The experiments were carried out to certify whether the transport disc with tooth extraction wound can reconstruct the segmental mandibular defects by Transport Distraction Osteogenesis in dogs.

Research of mandibular segmental defect and its functional rehabilitation;

Methods: Individualized three-dimensional titanium mesh implant was designed by CAD/CAM and used to reconstruct mandibular segmental defect of dogs combined with bone marrow and beta-tricalcium phosphate transplantations.

Objective The main purpose of this study was to probe into the new approach to realize individualized function regeneration and reconstruction of mandibular segmental defect.

Clinical application of sternocleidomastoid flap and titanium plate in mandibular defects after tumor resection

Methods Two hundred and three cases with various mandibular defects were used in this study.

METHODS One hundred and thirty -five cases with various mandibular defects were used in this study.

The application of free fibula flap in reconstruction of mandible defects;

Clinical application of titanium mesh shaped with autogenous iliac marrow-cancellous bone grafting to reconstructing severe mandible defects;

Conclusion RP is of great importance in construction of mandible defect.

Analyses of the infected cases of non-vascularization free iliac bone graft in reconstruction of mandibular defects;

Regeneration of rabbit mandibular defects with composite scaffold materials of SIS and nm β-TCP;

Bio-oss combined with fibrin glue in reconstruction of canine mandibular defects;