首页> 外文期刊>Padjadjaran Journal of Dentistry >The difference of canine, first and second premolar tooth size resulted from cone beam computed tomography imaging with Moyers Prediction Table on the working study model
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The difference of canine, first and second premolar tooth size resulted from cone beam computed tomography imaging with Moyers Prediction Table on the working study model

机译:在工作研究模型上使用Moyers预测表通过锥形束计算机断层扫描成像得出的犬齿,第一和第二前磨牙的大小差异

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Model study is one of the standard orthodontic components which is important for diagnosis and treatment plan, but in some patients with the high gag reflex, it will be difficult to get this kind of study models. The existence of a new device which is able to show the condition of patients' mouth in three space areas (axial, sagittal, and coronal) is expected to be an alternative when a study model is difficult to get. The purpose of this study is to find out whether or not there are any differences on the size of canine's mesiodistal, first and second premolar resulted from CBCT imaging with Moyers analysis on the study models. The method of the research is comparative descriptive. Measurements are made on 10 CBCT imaging results and 10 study models. The mesiodistal size, the result of CBCT imaging is measured by the available computer program and also the mesiodistal size of the study models is measured using a sliding compass, and then the size of canines, first and second premolar teeth resulted from CBCT imaging are compared to the result of Moyers method analysis on the study models. The t-test is used to find out if there is a difference between teeth size value between the CBCT imaging with the study models. The significance is determined based on the p-value 0,05. The statistical test result shows a significant difference between the size of canines mesiodistal, first and second premolar teeth, the result of CBCT imaging and the Moyers analysis result in the study models in which t count t table.
机译:模型研究是标准的正畸组件之一,对诊断和治疗计划很重要,但是对于某些反射率较高的患者,很难获得这种研究模型。当难以获得研究模型时,预计将存在能够在三个空间区域(轴向,矢状和冠状)显示患者口腔状况的新设备。这项研究的目的是通过对CBCT影像进行Moyers分析,找出犬的近中,第一和第二前磨牙的大小是否存在差异。研究方法是比较描述性的。根据10个CBCT成像结果和10个研究模型进行测量。通过可用的计算机程序测量近中颌骨尺寸,CBCT成像结果,并使用滑动罗盘测量研究模型的近中颌骨尺寸,然后比较犬齿,CBCT成像产生的犬齿,第一和第二磨牙的大小对研究模型进行Moyers方法分析的结果。 t检验用于确定CBCT成像与研究模型之间的牙齿尺寸值之间是否存在差异。显着性是根据p值<0.05来确定的。统计检验结果表明,在t计数> t表的研究模型中,犬近牙,前磨牙和第二磨牙的大小,CBCT成像结果和Moyers分析结果之间存在显着差异。

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