Authors : Sagar Sarje, Sagar Sarje, Rahul Despande, Rahul Despande, Srinivas Ashtekar, Srinivas Ashtekar, Jagadeesh Gajapurada, Jagadeesh Gajapurada, Alok Ranjan, Alok Ranjan, Rohit Kulshrestha, Rohit Kulshrestha, Krina Shah, Krina Shah
DOI : 10.18231/j.ijodr.2021.024
Volume : 7
Issue : 2
Year : 2021
Page No : 137-143
Aim: To measure the inter-radicular spaces in both arches for miniscrew implant placement and to determine the most reliable sites using CBCT.
Materials and Methods: A CBCT radiograph was taken for 75 subjects that met with inclusion criteria. They were divided into 3 categories- Hypodivergent, average, and hyperdivergent group. Images were calibrated by using software and printed as a film. Interradicular space on the right side of the jaw was measured in the sagittal plane after assuming the jaw to be symmetrical. Bucco-lingual and mesiodistal width were measured up to desired bone levels.
Results: In vertical growth pattern, in posterior maxilla highest mesiodistal width between 2nd premolar and 1st molar at 7mm. In the mandible, it was between the 1st and 2nd molar at 11mm. In horizontal growth pattern, in posterior maxilla highest mesiodistal width between 1st and 2nd premolar, and mandible it was between 1st and 2nd molar at 11mm. In average growth pattern, in posterior maxilla highest mesiodistal width between 2nd premolar and 1st molar and 1st molar at 7mm. In the mandible, it was between the 1st and 2nd molar at 11mm.
Conclusion: The importance of the relationship between the growth pattern and the availability of inter radicular space may aid the clinician in planning appropriate surgical sites for miniscrew implant placement.
Keywords: Miniscrew, Implants, Interradicular bone anchorage