fibrocartilage

1. Of or relating to fibrocartilage.
   属于或关于纤维软骨。
2. The combination of chondrocytes, matrix, and visible wispy collagenic strands or fibers identifies this as fibrocartilage.
   软骨细胞，基质，丝一样的胶原纤维，这些证明其为纤维软骨。
3. Fibrocartilage, with wispy, broad collagenic fibers predominating in the matrix.
   纤维软骨，基质中大量的胶原纤维。
4. Chondroblasts then begin to produce a type of cartilage called fibrocartilage.
   软骨原细胞随后开始产生纤维软骨。
5. Effects of different training methods on the fibrocartilage of achilles tendon insertion: An experimental study
   不同训练模式对跟腱末端纤维软骨细胞影响的实验研究
6. Conclusion The newly formed fibrocartilage and the involved perichondrium must be totally removed to achieve the good results.
   结论手术治疗菜花耳，对新形成的纤维软骨层及受累的软骨膜必须彻底切除，才能获得良好疗效。
7. Applied Anatomy of Triangular Fibrocartilage Complex in the Distal Radioulnar Joint
   桡尺远侧关节内三角纤维复合体的应用解剖学研究
8. Perioperative Nursing Care for Patients with Wrist Triangular Fibrocartilage Injury Treated by Arthroscopy
   关节镜下治疗腕三角纤维软骨损伤患者围术期护理
9. The triangular fibrocartilage complex of ulnolunate ligament, ulnotriquetral ligament and lunatotriquetral ligament is an important structture for stabilizing the ulna-wrist joint.
   尺月韧带、尺三角韧带和月三角骨间韧带共同在维持尺腕关节的稳定性中发挥重要作用。
10. Biocompatibility of meniscal fibrocartilage cells with small intestinal submucosa
    半月板纤维软骨细胞与小肠黏膜下层的组织相容性
11. Purpose To study the correlation of the consequence and injuries of the triangular fibrocartilage complex ( TFCC).
    目的利用MRI技术显示三角纤维软骨复合体（TFCC）结构的损伤与后遗症的相关性。
12. Objective To investigate the image characteristic of MRI in acute traumatic lesion of triangular fibrocartilage ( TFC).
    目的利用MRI技术，探讨创伤性三角软骨（TFC）损伤急性期的特征，为早期治疗提供依据。
13. No obvious change in apoptosis could be seen in bursa synoriale and mineralized fibrocartilage.
    滑膜囊和钙化软骨区的细胞凋亡无明显变化。
14. AIM: To evaluate the feasibility and application value of small intestinal submucosa ( SIS) as scaffold for meniscus tissue engineering after observing the biocompatibility of SIS and meniscal fibrocartilage cells.
    目的：观察小肠黏膜下层与半月板纤维软骨细胞的组织相容性，评价其作为组织工程半月板支架材料的可行性及应用价值。
15. All of these structures showed low intensity in MRI because their components were fibril tissue and/ or fibrocartilage.
    这些结构由于其成分为纤维结缔组织或者纤维软骨，在MRI所有序列均表现为均匀低信号。
16. Objective: To provide detail anatomical information of the triangular fibrocartilage complex ( TFCC) and anatomical foundation for clinical application and future biomechanical experiments.
    目的：研究三角纤维软骨复合体（TFCC）的形态结构特点，为临床和进一步的生物力学研究提供解剖学基础。
17. Fibrocartilage distributes to the intervertebral disc, articular disc, and pubis symphysis. Elastic cartilage distributes to auricle and epiglottis.
    一般认为，透明软骨主要分布于关节软骨、肋软骨，纤维软骨分布于椎间盘、关节盘及耻骨联合等处，弹性软骨分布于耳廓及会厌等处。
18. The surface of the lunate cartilage just opposite to the distal end of the radius is covered by fibrocartilage.
    月骨的桡月关节软骨表面有纤维软骨覆盖。
19. No positive signal was found in the central area of Achilles tendon, mineralized fibrocartilage, calcaneus and cartilage island.
    而在跟腱中央部的腱细胞、钙化软骨区、跟骨区以及跟骨内软骨岛等部位无阳性信号。
20. The fibrocartilage of wrist joint is a weaker structure in the wrist joint, which is frequently injured in sports and daily life.
    腕关节软骨板是腕关节中较为薄弱的结构，在体育运动和日常生活中，该软骨板的损伤较为多见。
21. Some mild signal at unmineralized fibrocartilage and fat pad;
    在纤维软骨区和脂肪垫区有中等强度的阳性信号；
22. The anatomical study of triangular fibrocartilage complex
    三角纤维软骨复合体的解剖学研究
23. Results After resection of anterior half segment in the horizontal part of the triangular fibrocartilage complex ( TFCC), DRUJ was unstable in supination position.
    结果三角纤维软骨复合体（triangularfibrocartilagecomplex，TFCC）水平部分前半段切除后，DRUJ于旋后位时不稳定；
24. Fibrocartilage and fibrious tissues were seen under SEM.
    扫描电镜下多为纤维软骨和纤维组织。
25. Results After 24 weeks, healing rate of experimental groups was 100%. Repairing tissues were fibrocartilage.
    结果24周时，实验组半月板裂伤100%愈合，为纤维软骨组织修复。
26. The content set hexosamine and 18 kinds of mainly amino acid of two kinds of newly formed cartilage, normal hyaline cartilage and fibrocartilage were measured 12 weeks after operation.
    2周后测定两种再生软骨及正常纤维软骨、透明软骨中氨基己糖及18种主要氨基酸的含量。
27. Self-healing cartilage tissue after injury in adult is fibrocartilage, but not hyaline cartilage which has function, thus inevitably appears progressive degeneration, eventually leading to the occurrence of osteoarthritis.
    成年人发生软骨损伤后，由于自然修复的软骨组织为纤维软骨而非功能性的透明软骨，因而不可避免出现渐进性退变，最终导致骨关节炎的发生。
28. Observed by Histological: 2 weeks: Achilles tendon fibers are straighter, during which the cells structure are still complete, fibrocartilage zone cartilage cells increased, distal part of the zone calcification.
    结果：第一部分：1组织学观察：第2周时：跟腱腱纤维较平直，其间的细胞结构尚完整，纤维软骨区软骨细胞增多，远侧部分钙化。
29. Fibrocartilage zone is significantly thicker, especially the ventral surface, distal portion of its obvious calcification, while the proximal parts of expansion to the tendon area.
    纤维软骨区明显增厚，特别是腹侧面，其远侧端部分出现了明显的钙化，而近侧端部分，向腱区扩张。
30. PAS staining showed no calcification of fibrocartilage zone cartilage cells PAS-positive particles increased, calcified fibrocartilage zone of the cartilage cells not contain PAS positive granules.
    PAS染色可见未钙化纤维软骨区的软骨细胞内PAS阳性颗粒增多，钙化纤维软骨区的软骨细胞不含PAS阳性颗粒。

noun

1. cartilage that is largely composed of fibers like those in ordinary connective tissue