epiphyseal plate

骺板

医学



双语例句

  1. Imaging features of tumor and tumorous lesions involving epiphyseal plate
    侵袭骺板的肿瘤及肿瘤样变影像分析
  2. Objective To investigate the possibility of constructing artificial epiphyseal plate using combined scaffold.
    目的:探讨采用复合支架材料构建人工骺板软骨的可行性。
  3. Experiment study the effect of penetrating injury at different regions of physis on the development of epiphyseal plate
    不同部位贯穿伤对骺板生长发育影响的实验研究
  4. Experimental Study on the Growth and Development of Epiphyseal Plate and Its Control Mechanism under the Influence of CGRP
    CGRP对骺板生长发育影响及其调控机制的实验研究
  5. There were collagen-ⅱ-positive cells in transplanted epiphyseal plate cartilage.
    移植的骺板软骨Ⅱ型胶原染色阳性。
  6. Results The expression of BMP-2, BMP-7 and TGF-β 1 mRNA remained at high level in rats treated with sodium fluoride and these proteins mainly appeared in hyperplastic zone and hypertrophic zone of epiphyseal plate cartilages, articular cartilage cells, osteoblasts and ligament cells.
    结果氟中毒大鼠骨组织中BMP-2、BMP-7、TGF-β1mRNA表达持续高于对照组,蛋白主要表达在骺板软骨增生期和肥大期细胞、关节软骨细胞、成骨细胞以及韧带细胞等部位。
  7. Methods The left tibial epiphyseal plate of rabbit was resected about 1/ 3 to 1/ 2, then the artificial epiphyseal plate were transplanted;
    方法:切除家兔左侧胫骨上端骺板软骨约1/3~1/2,制备人工骺板软骨构件移植入该骺板损伤处;
  8. The Epiphyseal Plate Closure of Male Mink and Castration Affected on It
    雄水貂骺软骨板闭合时间及去势对其影响的研究
  9. Objective This experiment was designed to investigate the expression of Bax in the chondrocytes of the epiphyseal plate cartilage.
    目的研究凋亡相关基因Bax在正常骺板软骨细胞中的表达。
  10. In vitro culture and identification of chondrocytes from the epiphyseal plate
    骺板软骨细胞的体外培养及鉴定
  11. No avascular necrosis of femoral head, none-union of bone, epiphyseal plate's early closure or limb shortening was founds.
    无1例发生股骨头缺血性坏死、骨不连、骺板早闭和肢体短缩。
  12. Expression of substances P in chondrocyte of rat's tibia epiphyseal plate
    大鼠胫骨骺板软骨细胞P物质的表达
  13. Conclusion The artificial epiphyseal plate can 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。
  14. Conclusion: Using the distraction of the epiphyseal plate and bony bridge resection and implanting auto-epiphyseal cartilage under arthroscopy can prevent bony bridge formation.
    结论:采用牵拉骺分离、关节镜下切除骨桥、填充自体骺软骨,可以防止骨桥形成。
  15. There was no CGRP gene expression in various chondrocytes of the epiphyseal plate.
    CGRP基因在软骨细胞内呈阴性表达。
  16. Expression of Bax Protein in the Cartilage Cells of Epiphyseal Plate
    Bax蛋白在骺板软骨细胞中的表达
  17. Histological observation on the effect of mechanical compression force on epiphyseal plate in rabbits
    机械性压力作用于兔骨骺板后的组织学观察
  18. Effect of different length of injury time on growth of epiphyseal plate
    不同损伤时间对骺板软骨生长的影响
  19. Repair of artificial epiphyseal plate cartilage on epiphyseal plate injury of rabbits
    人工骺板软骨对家兔骺板损伤的修复作用
  20. AIM: To establish a method for the culture and identification of the epiphyseal plate chondrocytes.
    目的:建立体外培养及鉴定骺板软骨细胞的方法。
  21. Objective To study frozen reservation method of epiphyseal plate chondrocyte.
    目的研究骺板软骨细胞冻存的方法。
  22. To investigate the expression of substance P ( SP) in chondrocytes of rat's epiphyseal plate.
    研究P物质(SubstanceP,SP)在不同年龄大鼠骺板软骨细胞中的表达。
  23. Moreover, the high phosphorus diets appeared the tendency of epiphyseal plate thickness and bone cortical thickness decreasing.
    高磷日粮呈现降低生长板和骨皮质厚度的趋势。
  24. Effect of partial excision of perichondrium of epiphyseal plate on the growth of long bone
    骺板软骨膜部分切除对长骨生长的影响
  25. Expression of bax and bcl-2 in the Chondrocytes of the Epiphyseal Plate Cartilage by Excised the Groove of Ranvier
    切除部分Ranvier区对骺板软骨细胞bcl-2和bax表达的影响
  26. Effect of estrogen on AgNORs in epiphyseal plate of mouse
    雌激素对小鼠骺板AgNORs的影响
  27. Results In group A, the typical histological structure of epiphyseal plate derived from the engineered cartilage with a fine integration between host and donor tissues after 2 weeks.
    结果A组术后2周组织工程化软骨在骺板缺损区即衍生为典型的骺板组织结构,并与受区骺板组织很好融合;
  28. Objective To investigate the possibility of repairing the epiphyseal plate injury using artificial epiphyseal plate.
    目的:探讨人工骺板软骨移植修复骺板损伤。
  29. In the process of the development of epiphyseal plate, the distribution of CGRP is concerned with the capability of bone metabolism, so, CGRP plays an important role in the growth and development of epiphyseal plate. 2.
    结论:1周围神经系统对骨骼生长发育起重要调节作用,骺板生长发育过程中CGRP的分布与骨代谢能力密切相关,表明,CGRP在骺板发育过程中发挥重要作用。