Background. Periodontitis can be treated by regenerating periodontal tissue using a bone
graft. Several natural materials such as chitosan and minerals such as hydroxyapatite can …

Tooth extraction can cause 1.5-2 mm (vertical) and 40-50%(horizontal) alveolar bone
resorption to occur for 6 months after extraction and will continue if it is not treated. Alveolar …

Periodontal tissue damage due to periodontitis is irreversible damage resulting in tooth loss.
Regenerative treatments using graft materials have now developed very rapidly. Collagen …

Objectives: Bone defects following tumor resection and osteolysis due to dental and bone
lesions and periodentium tissue disorders are serious challenges. One of these materials …

With an aim of improving bone regeneration, chitosan sponge containing platelet-derived
growth factor-BB (PDGF-BB) were developed. For fabrication of chitosan sponge, chitosan …

Bone graft materials have been used extensively in periodontics support the success of the
periodontal tissue treatment. By merely applying Carbonate hydroxyapatite for the treatment …

Biomaterial innovation is needed for bone substitute which can help the osteogenesis
process on periodontal tissue regeneration. This study is an experimental in-vitro study of …

Regeneration therapy in periodontal defects and requires a material that is biocompatible,
especially in the form of bone graft material, to reduce pocket depth, restore attachment, fill …

Alveolar bone regeneration has aroused worldwide attention and plays an important role in
oral clinics. In recent years, the application of biomaterials to induce osteogenic …

Periodontal regeneration is a complex healing pattern of soft and hard periodontal tissues.
Recent approaches in reconstructive biology utilize mechanical, cellular or biologic …