MMP-3 plays an important role in the condylar cartilage injury and degeneration.
MMP - 3在髁状突软骨发生退行性病变中起着重要作用。
AIM: To analyze the stress distribution of the condylar cartilage during mandibular distraction osteogenesis in goats.
目的：分析山羊下颌骨牵张成骨中下颌骨牵张延长后髁突软骨表面的应力分布规律。
Methods: Luminescent histochemical method was used to detect the ER in the condylar cartilage in young growing SD rats.
方法：应用荧光组织化学方法对青春期大鼠髁突软骨中的ER进行检测分析。
Objective: to study the distribution pattern of estrogen receptors (er) in the condylar cartilage and its location in the chondrocytes.
目的：了解髁突软骨中雌激素受体(ER)的分布特点及细胞内定位，探讨er与髁突软骨增生、分化的关系。
Condylar cartilage layers of cells into cartilage cells stained the strongest layer, followed by the film and the hypertrophic cartilage layer.
髁软骨各层细胞中成软骨细胞层染色最强，其次是软骨膜层和肥大层。
The primary MCC separated from the mandibular condylar cartilage of six neonatal SD rats were cultured and a finite cell line was established in vitro.
选用新生SD大鼠的髁状突软骨作为原代细胞培养的组织来源，建立髁状突软骨细胞有限细胞系；
Objective:To analyze the mechanism of the different chincup forces through the stress distribution of the mandible and the mandibular condylar cartilage.
目的：用三维有限元法分析不同大小颏兜后上牵引力作用下髁突软骨和下颌骨的应力分布和位移，探讨颏兜的作用机制。
In oral orthopedic treatment, the compressive stress is one of the key and sensitive strength which results in the functional remodeling of the condylar cartilage.
在口腔功能矫形治疗中，压应力是导致髁突软骨改建的关键而敏感的力量之一。
The maximal compressive stress distributed at the posterior-lateral condylar cartilage and the maximal tensile stress distributed at the anterior- lateral condylar cartilage of the TMJ loading.
加力侧TMJ内最大压应力部位在踝突软骨的外后区，最大拉应力部位在踝突软骨的外前区；
The maximal compressive stress distributed at the posterior-lateral condylar cartilage and the maximal tensile stress distributed at the anterior- lateral condylar cartilage of the TMJ loading.
加力侧TMJ内最大压应力部位在踝突软骨的外后区，最大拉应力部位在踝突软骨的外前区；
应用推荐