Role of Computed Axial Tomography in Determination of Bone Depth Density in Dental Implants

Introduction: Primary stability is a key factor in implant success. This study used computed axial tomography to determine the bone depth in implant candidate sites and its correlation with radio frequency findings. Materials and Methods: This study was included a total of 85 dental implants in 24 patients; 11 males and 13 females. Surgical guides were made from stereolithography 3D designing. Electronic surgery was performed on patient-selected implant sites based on computed axial tomography data entered into surgical guide software. Bone depth value determined bone depth. After osteotomy, the manufacturer-recommended implant was placed. Primary implant stability was determined by installing relevant stability. P. value was significant (<0.05). Results: In this particular research, the mean value of the scale was found to be 433.3 with a standard deviation of 198.4, and the implant stability was measured at 55.7 with a standard deviation of 5.6. The Pearson correlation test was used to evaluate the correlation between the dental stability and bone depth density. Respectively the results indicated that there is a significant relation between the dental stability and bone depth density. Conclusion: Both the dental stability followed by a density, and they were significantly correlated. In other words, the bone depth density is determined by the tomography methods of dental implants.