mandibular bone

  • 下颌骨
mandibular bonemandibular bone

noun

1
the jaw in vertebrates that is hinged to open the mouth
Synonym: lower jaw mandible mandibula submaxilla lower jawbone jawbone jowl

数据来源:WordNet

  1. The clinical analysis of 92 cases of fracture of mandibular bone

    92例下颌骨骨折临床分析

  2. The opposite mandibular bone without implants served as a control group .

    对侧下颌骨不种植为对照组。

  3. Effect of Mandible Forward Resulted from Functional Therapy on Mandibular Bone

    功能集成化;功能矫治引导下颌前伸对下颌骨的影响

  4. Analysis of mandibular bone mineral density about patients with trigeminal neuralgia

    三叉神经痛患者下颌骨骨密度分析

  5. Reverse Engineering and Rapid Prototyping Technique for Restoration of Mandibular Bone Defect

    应用反求与快速成型技术整复下颌骨缺损

  6. The study of relationship between mandibular bone mineral density and vertical craniofacial morphology

    下颌骨骨密度与颅面形态关系的研究

  7. The X-ray analyses of the relation between mandibular bone losing and osteoporosis

    下颌骨骨质丧失与骨质疏松症关系的X线分析

  8. Reconstruction of mandibular bone defects by using the techniques of reverse engineering and rapid prototyping

    基于反求工程和快速原型的下颌骨缺损的修复

  9. Clinical study of mandibular bone necrosis after using an arsenical endodontic preparation

    根管治疗中使用砷剂导致下颌骨坏死的临床研究

  10. The lower jaw is called the mandible or mandibular bone .

    下颌关节被称为下颌或下颌骨。

  11. Mandibular bone mineral density in patients with periodontitis

    牙周炎患者下颌骨骨密度的分析研究

  12. Results The survival of mandibular bone grafts were seen in all of the 30 cases .

    结果30例移植骨均成活;

  13. Expression of fibronectin in fractured mandibular bone studied by immunohistochemistry

    颌骨骨折愈合过程中纤维粘连蛋白表达的免疫组化分析

  14. Five-year Changes in Skeletal and Mandibular Bone Mass in Edentulous

    全身骨密度和下颌骨骨密度5年变化的初步研究

  15. Objective To investigate the changes about mandibular bone mineral density of patients with trigeminal neuralgia .

    目的研究三叉神经痛患者颌骨骨代谢的变化情况。

  16. Effects of plaster-of-Paris particulate implants in mandibular bone cavity : an experimental study

    下颌骨骨腔煅石膏颗粒植入效果的实验研究

  17. Objective To evaluate the protecting effects of 1 α( OH ) - D 3 on mandibular bone loss .

    目的评价防治骨质疏松症药物1α(OH)-D3如何影响下颌骨的骨量变化。

  18. The effect of low calcium intake during pregnancy in rats on development of mandibular bone fetuses and infants

    孕期低钙饲养对胎鼠和幼鼠下颌骨发育的影响

  19. Restoration of mandibular bone defects and planning of implants insertion based on reverse engineering and rapid prototyping

    用反求工程和快速原型技术进行下颌骨缺损整复与种植修复的设计

  20. Conclusion : There exists an intimate relationship between mandibular bone mineral density and vertical craniofacial morphology .

    结论:下颌骨骨密度与颅面垂直形态之间存在着密切的关系;

  21. Objective : To inquire into the relationship between the mandibular bone mineral density and vertical craniofacial morphology .

    目的:探索不同垂直面型与下颌骨骨密度之间的关系。

  22. Group O : OVX ( ovariectomy ) + mandibular bone defect , 27 );

    去势+下颌骨骨缺损组(OVX+mandibularbonedefect,简称O组,27只);

  23. The value of dynamic 99 Tc m MDP bone imaging in monitoring the survival of mandibular bone grafts

    ~(99)Tc~m-MDP骨显像判断下颌骨植骨成活的价值

  24. Experiment of fabricating titanium implant individually by using the techniques of SLS way to reconstruct mandibular bone defects

    用SLS法定制修复下颌骨缺损的钛植入体的实验研究

  25. Objective : To evaluate the feasibility of individual reconstruction of mandibular bone defects by Selective Laser Sintering ( SLS ) .

    目的:探讨应用SLS法定制钛植入体修复下颌骨缺损的可行性。

  26. Objective To detect the prominence of the use of pure titanium plate of internal immobilization in treating mandibular bone fractures .

    目的探讨钛板内固定在治疗下颌骨骨折中的优异性。

  27. The Linear Regressive Eguation of Mandibular Bone

    下颔骨的线性回归分析

  28. Methods The ovariectomized ( OVX ) rats were used as a model of postmenopausal osteoporosis to induce mandibular bone loss .

    方法以去势大鼠作为绝经后骨质疏松症模型以诱发下颌骨骨丢失。

  29. Conclusion : Reverse Engineering combining with Rapid Prototyping could accomplish the design and manufacture of implant for the restoration of mandibular bone defects .

    结论:反求结合快速成型技术可用于下颁骨缺损修复体的设计和制造,提高了修复精度,节省了手术时间,在领骨缺损的个体化修复中具有独特优势。

  30. An Experimental Study on the Effects of Bone Formation and Repair of Rats Mandibular Bone Defects Using ADSCs Transferred with BMP-2 Gene Combined with CTCP

    BMP-2基因转染ADSCs复合CTCP成骨及修复颌骨缺损的实验研究