CONE BEAM COMPUTED TOMOGRAPHY AS A TOOL FOR THE ANALYSIS OF BONE FILL IN INTRABONY DEFECTS WITH USE OF NANOGENTM BONE GRAFT

Aims and Objectives-The aim of the present study was to evaluate regenerative potential synthetic nanocrystalline calcium sulphate bone graft (NANOGENTM) in treatment intrabony defect both clinically radiographically. Materials Methods- Study conducted 10 patients with sites probing pocket depth >5mm radiographs at base line were selected. All defects treated NanogenTM follow up done for 3 months 6 respectively. Clinical parameters included are plaque index, (PD), clinical attachment level (CAL), Sulcus bleeding index (SBI). Radiographic include fill. Results-In study, mean loss, sulcus baseline 9.11±1.054, 1.5278±1.9543, 8.44±1.130, 3.7222±.77504 respectively, reduced 5.7±1.093,.6389±.37731,3.67±.500,1.2222±.75462 respectively end months.5.00±.707, .4167±.39528, 2.78±.667, .4167±.46771 months. The fill 9.11 ± 1.054 mm which 5.78 1.093 5.00 0.707 months, showing a 3.933 0.3640 by three 4.256 0.3678 six statistically significant (P=0.002). Conclusion- Present evidenced that reduction depths, gain Improvement radiographic NanogenTM.