The Saudi Dental Journal · 2019 · 18 citations · 26 references
MedicineBioengineeringBiomedical EngineeringBone GraftingRegenerative MedicineTissue EngineeringAutogenous Bone GraftsBone Graft MaterialsBone Graft SubstitutesBone HistomorphometryBone SubstitutesOsteogenesisAllograft Bone MaterialsAlloplast MaterialsAutologous Graft MaterialsBiomaterial-based Cranial ReconstructionBone Mineral DensityBone Mineral Density TestingCranial Bone GraftingNew Bone Formation
BACKGROUND: , indicated to support bone mineral density, as a natural bone graft material. METHODS: -test. Differences between the two groups were considered significant at p ≤ 0.05. RESULTS: " revealed significantly higher levels of osteoid, newly-formed, regularly-arranged bone trabeculae in the center of the defects (47.37% ± 1.12) compared to the control defects (21.6% ± 4.92), which revealed no bone formation. A rapid rate of resorption of the nano-sized eggshell powder and consequently a rapid osteogenic effect was evident. CONCLUSIONS: , is a biocompatible material which has the potential to enhance new bone formation.
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Synthetic bone graft substitutes
William R. Moore, Stephen E. Graves, Gregory I. Bain · ANZ Journal of Surgery · 2001 · 750 citations · Full text
Membranous versus Endochondral Bone
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