1) impacted teeth
埋伏牙
1.
Clinical analysis of the orthodontic treatment of impacted teeth;
埋伏牙正畸牵引治疗临床分析
2.
Objective To evaluate the value of three_dimensional surface reconstruction of spiral CT_shaded surface display(SSD) to examine the impacted teeth before orthodontic treatment.
目的评价CT三维重建在正畸埋伏牙中的诊断价值。
3.
Objective: To evaluate the effect of distraction and guided eruption technique on the impacted teeth of anterior maxilla which were located and diagnosed by CT, and find an effective method for the orthodontic treatment of impacted teeth.
目的 通过观察借助CT辅助定位诊断后进行的牵引导萌矫治上前牙的疗效 ,探寻一种行之有效的埋伏牙正畸方法。
2) Impacted tooth
埋伏牙
1.
Objective To analyze stress around the impacted tooth by constituting a 3-dimensional finite element model of impacted tooth, consequently offer reference basis for clinic traction treatment.
目的通过建立埋伏牙的三维有限元模型,分析不同加载力下埋伏牙的牙周应力,从而为临床上正畸牵引治疗埋伏牙提供基础实验依据。
2.
Objective To explore a new method of fabricating individualized attachment bonded to impacted tooth using rapid prototyping.
目的快速成形技术应用于埋伏牙个体化牵引装置的设计与制作。
3.
Impacted tooth is a common disease in dental clinics.
确定埋伏阻生牙的三维位置是制定治疗计划的关键,因此对埋伏牙准确定位至关重要。
3) embedded tooth
埋伏牙
1.
Objective To investigate the nursing experience of guide-erupt operation of maxillary embedded tooth.
目的探讨上颌埋伏牙开窗导萌术的护理经验。
2.
Objective: To discuss clinical symptom and therapy for the anterior embedded tooth.
目的:探讨前牙区埋伏牙的临床特点及治疗。
4) embedded teeth
骨埋伏牙
6) embedded canine
埋伏尖牙
1.
Purpose: For simulation of the stress distribution of periodontaltissues the three dimensional finite element model of a maxillary embedded canine was established according to the anatomical configuration of a human embedded maxillary canine.
目的:针对埋伏牙及其支持组织的解剖学特点,利用螺旋CT技术与三维有限元方法建立统一坐标系下上颌埋伏尖牙及其支持组织的三维有限元模型。
补充资料：交交牙牙
1.错杂貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条