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Radiographic Position of Impacted Mandibular Third Molars and Their Association with Pathological Conditions

机译:受冲击下颌三臼齿的射线照相位置及其与病理条件的关联

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Objectives . This study aimed to assess the radiographic position of impacted mandibular third molars (IMTMs) and their association with pathological conditions. Materials and Methods . The impaction depth, relationship with ramus, and angulation of 1600 IMTMs and their association with 2 nd molar distal caries and root resorption, pathological conditions, and proximity to the mandibular canal were evaluated on panoramic radiographs. The IMTM position was determined based on the depth of impaction according to the Pell and Gregory classification, relationship with ramus according to the Pell and Gregory classification, and angulation according to the Winter’s classification. The classical and Bayesian logistic regressions were applied to analyze the effect of IMTM position on the associated complications using the odds ratio (OR) and 95% confidence interval (credible interval for Bayesian models). Two-tailed value??0.05 was considered statistically significant. Results . Of 1600 IMTMs evaluated in this study, 195 (12.2%), 252 (15.8%), and 119 (7.4%) had caused second molar distal caries, second?molar root resorption, and pathological lesions, respectively, and 872 (54.5%) had contact with the mandibular canal. Impaction angulation was a risk factor for second?molar distal caries (maximum OR?=?5.01, 95% CI: 3.12–8.18). Changed angulation and greater impaction depth were the risk factors for second?molar root resorption (minimum OR?=?1.64, 95% CI: 0.58–4.02). Decreased distance between the ramus and distal side of the second molar was a risk factor for associated pathological lesions (minimum OR?=?2.73, 95% CI: 1.79–4.25). Mesioangular and horizontal angulations and greater impaction depth were the risk factors for contact with the mandibular canal (maximum OR?=?3.44, 95% CI: 2.6–4.57 and minimum OR?=?1.3, 95% CI: 094–1.8). Conclusions . The frequency of complications associated with IMTMs was low, but considerable. The occurrence of these conditions might be affected by the impaction position. Thus, regular follow-ups are recommended in order to be able to surgically intervene when the first signs of pathologies arise.
机译:目标。本研究旨在评估受影响的下颌第三磨牙(IMTM)的放射线位置及其与病理条件的关系。材料和方法 。在全景Xadopls中评估了全部射线照片的局部射线照片评估了与1600个IMTM的与RAMUS和1600个IMTM的关系及其与2个ND摩尔远端龋齿和根部吸收,病理条件的关系,以及对下颌管的邻近。根据Pell和Gregory分类,根据Pell和Gregory分类的关系,根据Pell和Gregory分类,以及根据冬季分类的角度来确定IMTM位置。应用古典和贝叶斯逻辑回归用于分析使用赔率比(或)和95%置信区间(贝叶斯模型可靠的间隔)对相关并发症的IMTM位置对相​​关并发症的影响。双尾值?<0.05被认为是统计学意义。结果 。在本研究中评估的1600个IMTMS,195(12.2%),252例(15.8%)和119(7.4%)引起了第二磨牙龋,第二摩尔根吸收和病理病变,872(54.5%) )与下颌管接触。 Impaction角度是第二次?摩尔远端龋齿的危险因素(最大或?= 5.01,95%CI:3.12-8.18)。改变的角度和更大的巨型深度是第二次?摩尔根吸收的危险因素(最小或?=Δ1.64,95%CI:0.58-4.02)。第二摩尔的拉姆斯和远端之间的距离减小是相关病理病变的危险因素(最小或?= 2.73,95%CI:1.79-4.25)。模型和水平角度和更大的巨张深度是与下颌管接触的危险因素(最大或?= 3.44,95%CI:2.6-4.57和最小或?=?1.3,95%CI:094-1.8)。结论。与IMTM相关的并发症的频率低,但相当大。这些条件的发生可能受到巨型位置的影响。因此,建议使用常规随访,以便在出现病理学的第一个迹象时能够通过手术进行介入。

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