Although the best results in bone grafting have been achieved with autogeneuos bone tissue, allografts and xenografts have been widely used either in mineralized, demineralized, or calcined forms. Demineralized bone has been proven to stimulate new bone formation by exposing, proteins and growth factors necessary for osteoinduction. On the other hand, calcined bone offers a natural architectural mineralized matrix, not present in synthetic apatite materials, as well as an excellent source of calcium. Despite the extensive use and importance of these materials, systematic works regarding their characterization are relatively scarce
Observation of heat-deproteinized cortical bone specimens in incident light enabled the high definit...
Dados recentes apontam que a desmineralização óssea pode promover a consolidação de enxertos e a pro...
Objectives: To compare cortical (AL-C) and corticocancellous (AL-CC) fresh-frozen block bone allogra...
Although the best results in bone grafting have been achieved with autogeneuos bone tissue, allograf...
Although demineralized bone matrix has been considered a successful grafting material, combining bot...
Calcination and decalcification are basic procedures useful to a morphological approach of a biologi...
The present work focuses on the physicochemical characterization of selected mineral-based biomateri...
The present work focus the study of cortical bone samples of different origins (human and animal) su...
The in vitro demineralization of bone tissue is used for simulating the osteoporosis related bone lo...
Background: While various biomaterials are used for bone regeneration, the relative comparative effi...
Repair of large bone defects represents a challenge to orthopedic surgery since autogenous graft is ...
The objective of the current study was to compare the three-dimensional (3D) morphometric microstruc...
International audienceAllogenic demineralized bone matrix has been developed as a reliable alternati...
Bone is a hierarchically structured natural composite material, consisting of organic phase (type-I ...
Autologous bone is the gold standard in regeneration processes. However, there is an endless search ...
Observation of heat-deproteinized cortical bone specimens in incident light enabled the high definit...
Dados recentes apontam que a desmineralização óssea pode promover a consolidação de enxertos e a pro...
Objectives: To compare cortical (AL-C) and corticocancellous (AL-CC) fresh-frozen block bone allogra...
Although the best results in bone grafting have been achieved with autogeneuos bone tissue, allograf...
Although demineralized bone matrix has been considered a successful grafting material, combining bot...
Calcination and decalcification are basic procedures useful to a morphological approach of a biologi...
The present work focuses on the physicochemical characterization of selected mineral-based biomateri...
The present work focus the study of cortical bone samples of different origins (human and animal) su...
The in vitro demineralization of bone tissue is used for simulating the osteoporosis related bone lo...
Background: While various biomaterials are used for bone regeneration, the relative comparative effi...
Repair of large bone defects represents a challenge to orthopedic surgery since autogenous graft is ...
The objective of the current study was to compare the three-dimensional (3D) morphometric microstruc...
International audienceAllogenic demineralized bone matrix has been developed as a reliable alternati...
Bone is a hierarchically structured natural composite material, consisting of organic phase (type-I ...
Autologous bone is the gold standard in regeneration processes. However, there is an endless search ...
Observation of heat-deproteinized cortical bone specimens in incident light enabled the high definit...
Dados recentes apontam que a desmineralização óssea pode promover a consolidação de enxertos e a pro...
Objectives: To compare cortical (AL-C) and corticocancellous (AL-CC) fresh-frozen block bone allogra...