Regeneration of segmental diaphyseal defects in sheep tibiae using resorbable polymeric membranes: A preliminary study

Keyphrases

• Altay Sheep 20%
• Anatomically Shaped 20%
• Autogenic 20%
• Autogenous Bone Graft 20%
• Autogenous Cancellous Bone Graft 20%
• Bone Cortex 20%
• Bone Defect 100%
• Bone Graft 80%
• Bone Healing 100%
• Bone Substitutes 20%
• Cancellous Bone Graft 40%
• Cortex 40%
• Critical Size Defect 20%
• Diaphyseal 20%
• Diaphyseal Bone 40%
• Diaphyseal Defect 100%
• Double Tube 20%
• External Membrane 60%
• Graft Survival 20%
• Graft Vascularization 20%
• Grafting from 40%
• Healing 80%
• In-tube 40%
• Inner Membrane 20%
• Lactide 20%
• Long Bone 20%
• Medullary Canal 20%
• Medullary Cavity 40%
• Microporous Membrane 40%
• Muscle Tissue 20%
• Neocortex 40%
• New Bone 60%
• Osteogenic 20%
• Osteogenic Cells 40%
• Outer Membrane 20%
• Perforated Membrane 60%
• Polylactide 20%
• Polymer Implants 20%
• Polymeric Membrane 100%
• Pore Structure 20%
• Primary Function 20%
• Reconstitution 20%
• Regeneration 100%
• Resorbable 100%
• Resorbable Membrane 20%
• Resorption 20%
• Segmental Defect 20%
• Sheep Tibia 100%
• Small Bone 20%
• Soft Tissue 20%
• Soft Tissue Graft 40%
• Surrounding Soft Tissue 20%
• Tibia 60%
• Tubular Membrane 20%
• Vascular Function 20%
• Vascularized 40%
• Well-defined 40%

Medicine and Dentistry

• Bone Defect 62%
• Bone Graft 100%
• Bone Substitutes 12%
• Cancellous Bone 37%
• Graft Survival 12%
• Implant 25%
• Inner Membrane 12%
• Outer Membrane 12%
• Polylactide 12%
• Tibia 100%
• Tissue Graft 25%
• Vascularity 25%

Veterinary Science and Veterinary Medicine

• Bone Healing 83%
• Cancellous Bone 50%
• Medullary Cavity 33%
• Neocortex 33%
• Sheep 100%
• Tibia 100%
• Vascularity 33%