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The Class II Carriere Motion appliance:

机译:II类Carriere Motion Appliance:

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ABSTRACT Objectives To determine three-dimensional treatment changes produced by the Class II Carriere Motion appliance (CMA) in Class II adolescent patients with Class I and Class II skeletal relationships. Materials and Methods The sample included 59 adolescents (16 boys and 43 girls) with unilateral or bilateral Class II molar and bilateral Class II canine relationship. They were divided into group 1 with skeletal Class I (N = 27; ANB 2.90° ± 1.40°; 13.30 ± 1.53 years) and group 2 with skeletal Class II (N = 32; ANB 6.06° ± 1.64°; 13.26 ± 1.76 years). Cone beam computed tomography images were traced with Invivo software pretreatment (T1) and post-CMA usage (T2). The treatment changes in 36 measurements were calculated in each group, and the changes in 16 measurements were compared between them. Results In group 1 and 2, maxillary first molars underwent significant distal movement (1.92 mm ± 0.80 mm and 1.67 mm ± 1.56 mm, respectively) with distal tipping and rotation, maxillary canines underwent significant distal movement (2.34 mm ± 1.07 mm and 2.24 mm ± 1.91 mm, respectively) with distal tipping and rotation, and mandibular molars underwent significant mesial movement (–1.37 mm ± 1.23 mm and –2.51 mm ± 1.51 mm, respectively) with mesial tipping. Between the groups, there were significant differences in mandibular molar mesial movement and the U1-SN changes (P .05). Conclusions The CMA corrected Class II malocclusion through distal tipping and rotational movement of maxillary canines and molars and corrected mesial tipping of mandibular molars. Significantly more mandibular molar mesial movement and maxillary incisor flaring were observed in patients with skeletal Class II.
机译:摘要:目的为确定由II级青少年患者与I类和II类骨骼关系的II类卡里尔运动器具(CMA)生产的三维治疗的变化。材料和方法样本包括59名青少年(男16 43名女孩)与单侧或双侧II类摩尔和双边II类犬关系。他们被分为组1骨骼I类(N = 27; ANB 2.90°±1.40°; 13.30±1.53岁)和组2与骨架II类(N = 32; ANB 6.06°±1.64°; 13.26±1.76年)。锥形束计算机断层摄影图像用INVIVO软件预处理(T1)和后使用CMA(T2)跟踪。在36次测量的治疗改变各组分别计算,并在16次测量的变化在它们之间进行比较。结果在组1和2,上颌骨第一磨牙进行显著远侧运动(分别为1.92毫米±0.80毫米,1.67毫米±1.56毫米,)与远端倾翻和旋转,上颌骨犬齿经历显著远侧移动(2.34毫米±1.07毫米,2.24毫米±1.91毫米,分别地)与远端倾翻和旋转和磨牙进行显著近中移动(-1.37毫米±1.23毫米并用近中倾翻-2.51毫米±1.51毫米,分别地)。各组之间,有在下颌臼齿近中移动和显著差异U1-SN的变化(P <0.05)。结论CMA校正II类咬合不正通过远端倾翻和上颌犬齿和臼齿的旋转运动和下颌臼齿的近中校正倾翻。显著更下颌磨牙近中移动和上颌切牙燃烧是在患者的骨骼类II观察。

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