mandibular condyle

Conclusion The positon of the mandibular condyle had no significant change after maxillary anterior distraction with extraoral bow and facial mask.

结论应用口外弓加面具作上颌骨前牵引后，未发现髁突位置的明显改变。

Objective : To examine the expression of proteoglycans mandibular condyle cartilage following abnormal loading.

目的: 研究负荷变化对髁突软骨细胞蛋白多糖合成的影响.

Objective : To observe the ultrastructure changes of the supraosseous tissues of mandibular condyle following load change.

〔摘要〕目的: 检测髁状突骨上组织细胞及细胞外基质超微结构在负荷改变后的变化特点.

Objective To summarize the surgical treatment effects of dislocation sagittal fracture mandibular condyle ( DSFMC ).

目的总结脱位性髁突矢状骨折 ( DSFMC ) 的手术治疗经验.

Origins of the temporal and zygomatic branches was observed, their body surface location was demonstrated, the size of each branche and it relation to mandibular condyle were measured.

同时还观察了颞支、颧文的起点，确定其体表位置，并观测了其直径以及与下颌骨髁状突的关系。

D-CT is very useful in showing the interior structure of tumours of the mandibular condyle.

对髁状突肿瘤内部结构的显示二 维 CT最为理想.

Conclusion: The synthesis of PG in chondrocyte in mandibular condyle may be affected by abnormal stress.

结论: 异常负荷可导致软骨细胞蛋白多糖合成的减少及其构成的变化,从而使髁突纤维软骨的粘弹性降低.

Recording of mandibular movements is one important mean of functional examination of the stomatognathic system, The main purpose of recording mandibular movements is to study the functional status of mandibular movement guided by the condyle.

下颌运动研究是口腔功能检查的重要手段之一。