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Although, the chemical composition of dentin is similar to bone, extracted teeth are still considered a clinical waste andtherefore being discarded. With successful extraction of growth factors and bone morphogenic proteins (BMPs) from mammalian teeth, manyresearchers have supported development of a bone substitute using tooth-derived substances.OBJECTIVES: To evaluate clinical, radiological and histological efficiency of autogenous fresh demineralized tooth (AFDT) graft preparedat the chairside for alveolar bone grafting in fresh extracted sockets for dental implant surgeryMATERIALS AND METHODS: Ten patients requiring tooth extraction and alveolar bone regeneration for dental implant placement wereincluded in the study. Within 45 minutes the extracted teeth were mechanicaly prepared, grinded, sieved, defatted, demineralized and sterilized.In the same setting, the graft material was used to reconstruct defects at the extraction. After 3 months of uninterrupted healing at time ofimplant placement bone samples were collected for histological analysis. CBCT were taken preoperative, 3months after grafting and 3 and 6months after implant placement.RESULTS: Histologically the osteoconductive, Osteoinductive and Biodegradation of (AFDT) graft was evident. Clinically 100 % successrate of implants was achieved, with no adverse tissue reaction. CBCT have shown increase of bone density at the graft site and stability ofmarginal bone level around implants.CONCLUSIONS: (AFDT) graft should be considered as an option given its autogenous origin and favorable clinical, radiographical andhistological outcomes when teeth extraction is necessary

EVALUATION OF AUTOGENOUS FRESH DEMINERALIZED TOOTH GRAFT PREPARED AT CHAIRSIDE FOR DENTAL IMPLANT (CLINICAL AND HISTOLOGICAL STUDY)