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Acquiring Anatomical Representation of Human Maxilla for Rapid Maxillary Expansion

机译:获取人类上颌的解剖学表示,用于快速上颌扩张

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The purpose of the study is to model and provide a better understanding of maxilla bone involved in the treatment for rapid maxillary expander (RME) for dento-facial applications. The treatment is recommended for patients presented with an arch width deficiency named cross bites. Cross bites often cause abnormal physical forces that disrupt the balance of the occlusal relationship. More commonly, the maxilla or the upper jaw appears to be narrow and contributes to significant degree of crowding in the mouth. Early investigators [1-4] discovered that rapid maxillary expansion resulted in a splitting of the median palatal suture. The expansion is possible with the process of bone resorption and new bone deposition thus maintaining the expansion achieved [10]. This preliminary study shows that the FE model has the potential to be a valuable tool for further analysis of dental simulation and the understanding of orthodontic treatment.
机译:该研究的目的是模拟并更好地了解涉及用于软体面应用的快速上颌扩张器(RME)的颌骨骨骼。推荐治疗,适用于患有名为Cross Bites的拱形宽度缺陷的患者。交叉咬伤通常会导致异常的物理力,破坏咬合关系的平衡。更常见的是,上颌或上颚似乎是狭窄的并且有助于口腔中的显着程度。早期调查人员[1-4]发现,快速上颌膨胀导致中位腭缝合线分裂。骨吸收过程和新的骨沉积的过程是可能的,因此保持膨胀[10]。这项初步研究表明,Fe模型有可能成为进一步分析牙科仿真和对正畸治疗的理解的有价值的工具。

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