软骨

ruǎn gǔ
  • cartilage;gristle;basibranchial;basibranchial bone
软骨软骨
软骨 [ruǎn gǔ]
  • [cartilage] 一种半透明的有弹性的组织,构成脊椎动物胚胎和很小的幼体的骨骼,高等的脊椎动物的大部分转化为骨,但原始的种类(如鲟鱼和板鳃鱼类)则终生保留,为骨骼的主要成分

软骨[ruǎn gǔ]
  1. 鲨鱼不会得癌症的谣传挥之不去,一部分原因是有人试图将鲨鱼软骨作为抗癌药物来售卖,尽管事实已证明,鲨鱼软骨对于治疗癌症是无效的。

    The myth that they cannot is perpetuated6 partly by people trying to sell shark cartilage as a cancer treatment , even though it 's been proven to be ineffective .

  2. 结论螺旋CT扫描对肋软骨骨折的诊断有重要价值。

    Conclusion Spiral CT has important value in the diagnosis of costal cartilage fracture .

  3. 软骨发育不全女性盆腔器官脱垂的手术治疗。

    Surgical management of pelvic organ prolapse in a woman with achondroplasia .

  4. 外部1/3为软骨性骨骼。

    The outer one third has a cartilaginous skeleton .

  5. 像大多数患有软骨发育不全症的侏儒一样,我的父母身高正常,我的兄弟也很正常。

    Like most achondroplasia dwarfs , I have two average-height parents , as well as an average-height brother .

  6. 方法将人的股骨头软骨制成圆柱形标本,分A、B、C、D四组。

    Methods 40 cylinder specimens were divided into A B C D groups randomly .

  7. 膝关节软骨MRI梯度回波序列的参数优化

    Optimal parameters of MRI different FE sequences of knee articular cartilage

  8. 髌股关节软骨退变的临床MRI研究

    MRI of Patellofemoral Articular Cartilage Degeneration ─ A Clinical Study

  9. 膝关节剥脱性骨软骨炎MRI分期膝剥脱性骨软骨炎的X线平片与MRI诊断

    The X-ray and MRI diagnosis of osteochondritis dissecans in the knee joint

  10. 创伤性三角纤维软骨损伤急性期的MRI诊断

    MRI diagnosis of acute traumatic lesion of triangular fibrocartilage

  11. 目的:探讨膝关节剥脱性骨软骨炎MRI分期方法。

    Purpose : To discuss the stage method of osteochondritis dissecans by MRI .

  12. 目的探讨关节表面骨软骨骨折MRI表现。

    Objective To investigate the MRI features of osteochondral fracture in the joint surface .

  13. 正常人膝关节软骨MRI显示的分层现象分析

    The Sign of Layers of the Articular Cartilage on MRI in the Normal Knees

  14. 1例CT检查显示滑膜软骨瘤病向上经颞骨关节面侵犯颅内(大脑颞叶脑膜)。

    One lesion with intracranial involvement through the dura of temporal lobe of cerebrum was noticed by CT .

  15. Bid蛋白在骨关节病关节软骨细胞中的表达及意义

    Expression of Bid Protein in Osteoarthrosis Articular Chondrocytes and Its Possible Significance

  16. 关节软骨的实验MRI研究

    Experimental MRI Research on Articular Cartilage

  17. 研究P物质(SubstanceP,SP)在不同年龄大鼠骺板软骨细胞中的表达。

    To investigate the expression of substance P ( SP ) in chondrocytes of rat 's epiphyseal plate .

  18. 犁鼻软骨的横切面呈J形。

    The vomeronasal cartilage is J - shaped in cross - section .

  19. 目的评价CT诊断孤立性骨软骨瘤恶变的价值,探讨该疾病的影像学检查技术路线。

    Objective to Evaluate the value of CT on diagnosis of canceration isolated osteochondroma and to investigate the imaging technique line of the disease .

  20. 目的观察软骨细胞在松质骨骨基质明胶(bonematrixgelatin,BMG)上生长分化的状况。

    Objective To observe growth and differentiation of chondrocytes cultured in cancellous bone matrix gelatin ( BMG ) .

  21. 大骨节病患者关节软骨细胞凋亡及相关调控因子Bcl-2表达分布的特点

    The distributed characteristics of chondrocyte apoptosis and the expression of Bcl-2 in articular cartilage with Kashin-Beck disease

  22. c-fos基因的表达与软骨的增殖及分化

    Expression of c-fos gene associated with the proliferation and differentiation of cartilage

  23. 抑癌基因Rb在正常骺板软骨组织中的表达

    Expression of tumor suppressor gene Rb in normal cartilage tissues of epiphysis

  24. 另外,多孔HA在修复过程中充当了软骨下骨的临时替代。

    Meanwhile , the porous HA was the temporary substitute of subchondral bone in the period of repairing .

  25. 1,25(OH)2D3激动髁突软骨细胞内Ca~(2+)释放及其机制的研究

    Study of intracellular calcium ion release and its channel stimulated by 1,25 ( OH ) _2D_3 in rabbit mandibular condylar chondrocytes

  26. TGFβ分子可以促进软骨细胞细胞外基质合成,抑制软骨细胞的肥大分化和矿化。

    TGF - β can promote chondrocytes to synthesize extracellular matrix , inhibit hypertrophic differentiation and mineralization of chondrocytes .

  27. TGF-β、IGF对软骨组织的作用

    Function of tgf - β、 igf in cartilage tissue

  28. 成骨细胞、软骨细胞以及脂肪细胞特异相关或标志基因的表达用RT-PCR检测。

    Expression of osteoblast specific genes , chondrocyte specific genes , and adipocyte specific genes were confirmed by RT-PCR .

  29. T-2毒素刺激软骨细胞分泌NO和表达iNOS蛋白。

    Over-expression of iNOS was detected in T-2 toxin treated cells .

  30. 以组织化学、免疫组织化学和RTPCR,检测成骨细胞、软骨细胞的特异性标志物。

    The specific markers of the osteoblasts and chondrocytes were detected by histochemical staining , immunohistochemical staining , and RT PCR .