HISTOLOGICAL STUDY TO COMPARE THE APPROPRIATE PARTICLE SIZE OF BETA TCP FOR SOCKET PRESERVATION

Abstract

Background: One the most used and potent synthetic bone graft substitute which is not only osteoconductive, but also osteoinductive which has been recently discovered and gain popularity is the β-tricalcium phosphate (β-TCP). Along with its cell-mediated resorption propertybeta TCP allow regeneration of full bone defect. Its clinical outcome is sometimes considered to be “unpredictable”, possibly due to a poor understanding of β-TCP physico-chemical properties. Histological evaluation and effects of of bet AIM: a TCP small and large particle at the site of defect in cases of grossly decayed teeth, bone defect and other required areas. Total of 20 cases we Material and Methods: re included in the study (10 cases each of small and large particle). Trephine biopsy was performed and sent for histological evaluation. Histological evaluation depicted the results Results: on the basis of new none formation with residual bone graft material. Vascularity is studied in both the cases with areas of inammation. Conclusion: Production of Mesenchymal stem cells progenitors plays a potent role in elucidating the effects of small Beta TCP particle and is responsible for the production of new bone.