impacted teeth

英 [ɪmˈpæktɪd tiːθ] 美 [ɪmˈpæktɪd tiːθ]

网络  阻生牙; 阻生齿; 埋伏牙

医学



双语例句

  1. Objective: To evaluate the diagnostic value of MSCT3D construction for the impacted teeth in maxillofacial region.
    目的:探讨多层螺旋CT图像重建技术对颌骨埋伏牙的诊断价值。
  2. Objective: To evaluate the relation between mandibular impacted teeth and distal alveolar bone absorption of the secone mandibular molar.
    目的:探讨下颌阻生智齿与邻牙远中牙槽骨吸收的关系。
  3. Objective: To explore an effective orthodontic method for treating impacted teeth.
    目的:探讨埋伏阻生牙有效的正畸牵引治疗方法。
  4. Application of multi-spiral CT in post processing original image technique to impacted teeth in bone
    多层螺旋CT后处理成像技术在埋伏牙诊断中的应用
  5. Diagnosis and Orthodontic Treatment of Maxilla Impacted Teeth
    上颌尖牙埋伏阻生的临床诊断及正畸治疗
  6. Methods: A total of38 impacted teeth were included in this study.
    方法:本研究共包括38颗埋伏牙,对治疗方法、疗效进行回顾性分析。
  7. Experience introduction of induced eruption on multiple adjacent impacted teeth in anterior maxillary bone
    上前牙区多颗相邻埋伏牙导萌的经验介绍
  8. Application of Spiral CT in Diagnosing Maxillary Anterior Impacted Teeth and Orthodontic Traction
    螺旋CT诊断上颌前牙埋伏齿及正畸牵引治疗
  9. The purpose of this article was to illustrate the surgical technique and orthodontic traction bringing the impacted teeth into proper alignment.
    本文详述如何利用手术及矫正牵引的方法来引导患牙到正常的咬合位置。
  10. Model showsingwedge-shaped defects, dental caries, periapical abscess, periapical granuloma, impacted teeth and nerves, arteries and veins.
    模型显示列楔状缺损、龋齿、根尖脓肿、根尖肉芽肿、阻生牙齿及神经、动脉和静脉等。
  11. Objective To evaluate the advantages of nitrous oxide inhalation as an adjunct to local anaesthesia for the extraction oi impacted teeth in child patients.
    目的观察氧化亚氮(笑气)吸入配合局麻对儿童埋藏牙拔除的效果。
  12. This technique is applied to investigate 9 cases of supernumerary and impacted teeth.
    应用该方法检查9例患者的骨内埋伏多生牙和阻生牙。
  13. PURPOSE: To compare the clinic value between dentomaxillary pantomography and periapical radiographs in localization of the impacted teeth.
    目的:比较颌骨牙列曲面体层技术和根尖定位片在埋伏阻生牙及多生牙定位中的应用价值。
  14. Preoperative designs of impacted teeth extraction could be easily made and the operative accuracy could be improved.
    应用该系统的图像处理功能可方便地进行阻生牙拔除的手术设计,提高了手术的准确率;
  15. Objective: To investigate the measure for avoiding the complication during the process of impacted teeth treatment.
    目的:探讨防止埋伏阻生牙矫治过程中各种并发症的措施。
  16. Objective To study the applied value of SCT MIP in the localization of maxillary impacted teeth.
    目的探讨螺旋CT最大密度投影(MIP)对上颌埋伏牙定位的应用价值。
  17. Objective To observe the effect of reducing bone with implant hand piece on extraction of mandibular impacted teeth of 1246 cases, and to summarize the advantages of this method.
    目的通过对1246例用种植机手机去除骨阻力拔除下颌阻生智齿的临床观察,总结本方法的优点。
  18. The main factor lead to impacted teeth was insufficient interdentium.
    发生阻生的局部因素主要是牙间隙不足。
  19. The Relation between Mandibular Impacted Teeth and the Distal Caries of the Second Mandibular Molar
    下颌阻生智齿与第二磨牙远中邻面龋关系的研究
  20. The morphologic analysis and the clinical value of mandibular impacted teeth
    下颌阻生齿形态分析及其临床意义
  21. The Application of Three-dimensional Surface Reconstruction Image of Spiral CT for Orthodontic Treatment of Impacted Teeth
    螺旋CT牙体表面成像技术在正畸治疗骨内埋伏牙中应用
  22. Roots of impacted teeth normally developed.
    埋伏牙被引导至正常的位置,牙根发育正常;
  23. The shape, size, location, eruption orientation and the angle of all impacted teeth were displayed.
    埋伏牙的形态、大小、位置、方向和与周围牙齿的关系观察明确。
  24. The impacted teeth are often with malformation of the root.
    埋伏同时常伴有牙根畸形。
  25. Clinical Application and Evaluation of Spiral CT in Location with Impacted Teeth
    螺旋CT对上颌前部埋伏牙定位的应用及评价
  26. Objective: To evaluate the effect of dexamethasone on prevention of postsurgical complication of mandibular impacted teeth removal.
    目的:探讨地塞米松对下颌阻生智齿拔除术后并发症的预防。
  27. Methods: The clinical treatment for 86 cases of impacted teeth and its complication were analysed.
    方法:对86例埋伏阻生牙的临床矫治过程进行分析并对其出现的并发症进行临床研究。
  28. Results Of the four techniques, MIP had the highest displaying rate and was the best in displaying inner density difference of impacted teeth.
    结果4种重建图像中,MIP图像对上颌埋伏牙定位的显示率最高,对埋伏内部结构的密度差异显示最好。