Effect of Allogeneic, Freeze-Dried, Demineralized Bone Matrix on Guided Bone Regeneration in Supra-alveolar Peri-implant Defects in Dogs

Keyphrases

• Adjunctive Effect 28%
• Allogeneic 100%
• Alveolar Crest 14%
• Alveolar Regeneration 14%
• Autologous Blood 14%
• Beagle Dog 14%
• Bone Matrix 14%
• Close Contact 14%
• Connective Tissue Matrix 14%
• Defect Model 28%
• Demineralized Bone 57%
• Demineralized Bone Matrix 100%
• Demineralized Bone Particle 14%
• Dense Connective Tissue 14%
• Design Study 14%
• Expanded Polytetrafluoroethylene Membrane 14%
• Guided Bone Regeneration 100%
• Healing 28%
• Histometric Analysis 14%
• Osseointegration 42%
• Paired T-test 14%
• Peri-implant Defects 100%
• Regenerated Bone 14%
• Remineralization 14%
• Resorption 14%
• Space-making 14%
• Split-mouth Design 14%
• Tissue Block 14%
• Titanium Implant 14%
• Vertical Bone Regeneration 14%

Medicine and Dentistry

• Base 12%
• Bone Matrix 12%
• Bone Regeneration 100%
• Contralateral 12%
• Demineralized Bone Matrix 100%
• Dense Connective Tissue 12%
• Implant 100%
• Jaw 12%
• Maturation 12%
• Mouth 12%
• Osseointegration 37%
• Politef 12%
• Student T Test 12%
• Titanium Implant 12%