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Keywords Mandibular condyle;Histology;Tidemark; 下颌骨髁状突;组织学;潮标;
Keywords mandibular condyle;cartilage;mastication;apoptosis;proliferation; 下颌髁突;软骨;咀嚼;凋亡;增殖;
Keywords Mandibular condyle Sagittal fracture Three-dimensional CT Diagnosis; 下颌骨髁状突;矢状骨折;三维CT;诊断;
Keywords mandibular condyle;mandibular fracture;fracture fixation;internal; 下颌骨髁状突;下颌骨折;骨折固定术;内;
Keywords Mandibular condyle;Osteoid osteoma;Mandible; 髁突;骨样骨瘤;下颌骨;
Keywords Mandibular condyle;Fractures;bone;Intermaxillary traction;Oral surgical procedures; 下颌骨髁状突;骨折;颌间牵引;口腔外科手术;
Keywords Mandibular condyle Chondrocyte Immortalization Flow cytometry Karyotype; 下颌骨髁突;软骨细胞;永生化;流式细胞术;核型;
Keywords Mandibular condyle;Mandibular fractures;Fracture fixation;internal;Oral approach; 下颌骨髁状突;下颌骨折;骨折固定术;内;口腔入路;
Influence of inserting occlusal splints on the position of mandibular condyle. 咬合板高度对下颌髁突位置的影响。
Keywords Mandibular condylar chondrocytes （MCC）;Mechanical pressure;Mitogen-activated protein kinases （ MAPK）; 髁突软骨细胞;压力;丝裂原活化蛋白激酶;
Keywords Mandibular condylar chondrocytes（MCC）;Pressure;Aggrecan;Transmission electron microscope（TEM）; 关键词髁突软骨细胞;压力;软骨可聚蛋白多糖;透射电镜;
Keywords Mandibular condylar chondrocytes（MCC）;Mechanical pressure;G protein;Protein kinase C （PKC）; 关键词髁突软骨细胞;压力;G蛋白;蛋白激酶C;
Objective:To study the useful value of conventional X ray film,2D CT and 3D CT in the mandibular condyle fracture. 目的 :探索常规X线、二维和三维CT成像 3种影像学检查在下颌骨髁突骨折诊断中的应用价值。
Osteoarthrosis or osteochondral tissue destroy of mandibular condyle are common diseases clinically. 髁突骨关节病和骨-软骨破坏是临床上常遇到的问题。
Stucki-McCormik SU.Reconstruction of the mandibular condyle using transport distraction osteogenesis[J]. 王兴;梁成;伊彪;等.;小下颌畸形伴阻塞性睡眠呼吸暂停综合征的牵引成骨矫治[J]
Objective:To examine the expression of proteoglycans (PGs) in 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。
Keywords Mandibular condyloid process;Fractures of mandible/diagnosis;Mandibular fractures/therapy;Mandibular prosthesis/methods; 下颌骨髁状突;下颌骨折/诊断;下颌骨折/治疗;下颌修补术/方法;
Chondromas are extremely rare in the mandibular condyle and few cases have been reported in the literature. 发生于下颌骨髁突的软骨瘤罕见,临床报道极少。
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。
Keywords mandibular condylar chondrocytes;compressive stress;culture;proliferation;apoptosis;differentiation;dedifferentiation; 髁突软骨细胞;培养;压应力;增殖;凋亡;分化;去分化;