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- epiphyseal synchondroses 骺软骨结合
- Epiphyseal plate was identified carefully. 以长腿石膏托固定。
- Epiphyseal and apophyseal bands were also obsered in some patients. 在有些病人中同样可以看到存在于骨干与骨突部位的区带。
- epiphyseal synchondrosis 骺软骨结合
- The completeness of epiphyseal scar was also recorded as a prognostic factor. 生长疤痕的完整与否也被纪录，作为一个预后因子。
- The proximal femur has been amputated and cut in half to reveal an irregular dark red-black hemorrhagic mass in the epiphyseal region. 近端股骨已被截肢并切成两半而在干骺端显露出一暗红黑色血肿。
- Active ossification is going on along the lower edge of the epiphyseal plate, allowing growth in length of the bone. 软骨成骨的过程依然在骺板的下方面（图中的骺板右侧，初级骨化中心面）进行，使长骨增长。
- Result:Chondrocytes from epiphyseal plate and meniscal fibrochondrocytes in passage 4 were dedifferentiated. 结果：第4代骺板软骨细胞以及半月板软骨细胞出现去分化，似成纤维细胞；
- The risk of AVN progression is not related to the completeness of epiphyseal scar. 至于新并发股骨头坏死和生长疤痕并没有统计上的关连。
- The mechanical testing of the epiphyseal cartilage of isolated fresh femur were performed. 另用幼兔新鲜离体股骨，作力学性质测试。
- Objective:To evaluate the treatment for epiphyseal injuries of distal tibia in child. 目的:探讨儿童胫骨远端骨骺损伤的治疗方法。
- Conclusion The artificial epiphyseal platecan repair the epiphyseal plate injury, and the effect is satisfied. 结论：人工骺板软骨应能够修复骺板软骨损伤，效果满意。
- The ultrastructure of chondrocytes from epiphyseal plate and meniscal fibrochondrocytes in passage 2 and 4 were respectively different. 第2代骺板软骨细胞与第2代半月板软骨细胞以及第4代骺板软骨细胞与第4代半月板软骨细胞都有不同的细胞超微结构。
- This article reviews the current development and prospects for the expression of growth factors in the epiphyseal plate injury. 本文结合国内外最新研究成果对骺板损伤过程中多种生长因子表达规律进行综述。
- Diameter growth occurs when matrix deposition occurs on the outer surface of the bone.Linear growth in long bones occurs at epiphyseal plates. 当骨骼外表面发生基质沉积时，就会发生直径生长，长骨的骨骺板上发生线性生长。
- Abstract: Objective To investigate the possibility of repairing the epiphyseal plate injury using artificial epiphyseal plate. 文章摘要: 目的：探讨人工骺板软骨移植修复骺板损伤。
- From top to bottom with cartilage, is transparent cartilage in the vertebrae on the cover, below the middle of the epiphyseal Central bone surface. 上下有软骨板，是透明软骨覆盖于椎体上，下面骺环中间的骨面。
- When the epiphyseal plate had injuried,the reparative process was controlled by endocrine(including hormone and growth factors)、topo-paracrine and autocrine(growth factors). 骺板损伤后的修复过程受全身内分泌(包括激素、生长因子)、局部旁分泌及自分泌(多种生长因子)的调控。
- Cartilage cultured in centrifuge tube has unique ultrastructure and was similar to articular chondrocyte and epiphyseal plate,but it was markedly different from meniscus. 离心管培养形成的软骨有独特的超微结构，与关节软骨及骺板有一定的相似性，而与半月板有明显区别。
- Chondrocytes from epiphyseal plate formed cartilage 2 weeks after cultivation in centrifuge tube,but meniscal fibrochondrocytes could not generate cartilage. 离心管培养第1代骺板软骨细胞能形成软骨，而半月板软骨细胞则不能。
