Results:After restoration, effectiveness of 29 cases was good and achieved the occlusal function restoration.
结果：29例患者修复后效果良好，合机能恢复。
Angle's classification function of temporomandibular joint, occlusal pattern and occlusal function were examined by clinical diagnosis technique.
采用临床咬合诊断方法进行安氏咬合分类、颞下颌关节功能、牙合的分类、牙合功能情况的检查。
Occlusal force was one of the important standard reflected masticatory function.
力是反映咀嚼功能的重要指标之一。
Conclusion The physiotherapy and occlusal reconstruction with fixed prosthesis were effective for improving the function and movement of mastication and deserve further clinical observation.
结论颌骨骨折错位愈合后的物理治疗和咬合重建治疗的方法对改善张口度、咀嚼功能恢复是有效的，这种治疗方法尚需长期、大量的临床观察。
Following orthodontic treatment and implant placement, the patient regained occlusal harmony and normal masticatory function.
下面的正畸治疗和种植体植入，病人恢复正常的咬合和谐和咀嚼功能。
Conclusions Except for canine protection or group function, there are other lateral occlusal patterns in the natural dentition.
结论自然牙列侧方接触形式除尖牙保护与组牙功能外还存在其它一些型。
The reason for these may be the occlusal relationships of upper and lower molars, dental physiological function of the teeth, and the difference in economic subsistance between the groups.
磨耗速率的组内、组间差异与上下颌牙齿咬合关系、口腔咀嚼生理以及不同经济文化古人群的食物构成等差异有关。
Objective:To study the characteristic of mandibular kinesiography(MKG) of the patients wearing linear occlusal denture or anatomic occlusal denture, and its relation with masticatory function.
目的了解线性总义齿和解剖总义齿修复患者的下颌运动特征及其与咀嚼功能的关系。
New occlusal contact was built, which not only changed face-shape and tooth, but also resumed the function of chew system, tooth surrounding tissue and temporomandibular joint, TMJ.
所建立的新型的咬合接触关系不仅改善了面型及牙齿的美观，并且恢复了咀嚼系统的功能、牙周支持组织和颞下颌关节的组织结构功能。
Tooth is the important constituent of the occlusal support system and tooth missing may cause the occlusal support function subsiding or losing.
牙齿是咬合支持系统的重要组成部分，牙齿的缺失尤其是多数牙齿的缺失必然导致咬合支持状态的改变。
Tooth is the important constituent of the occlusal support system and tooth missing may cause the occlusal support function subsiding or losing.
牙齿是咬合支持系统的重要组成部分，牙齿的缺失尤其是多数牙齿的缺失必然导致咬合支持状态的改变。
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