Articular cartilage and subchondral bone damage is a common orthopedic disease.
关节软骨以及软骨下骨的损伤是骨科临床的常见疾病。
The reconstructed tissue of subchondral bone drilling is insufficient for bigger defects.
软骨下骨钻孔法修复组织的?。
For all patients, residual fibrotic tissue of subchondral bone was removed from the defect.
清理掉所有病灶软骨下骨的残余纤维组织。
Osteochondrosis can also present as cracks in the cartilage and cysts in the underlying subchondral bone.
骨软骨病，也可出现深层软骨的裂缝或囊肿。
The left femoral head has irregular contour, patchy sclerosis, and subchondral lucency, with collapse and fragmentation.
左股骨头塌陷，形态不规则，可见斑片状硬化区及软骨下透光区。
Objective to observe the effect of Tougu Xiaotong granula (TGXT) on subchondral bone remodeling and investigate the mechanism.
目的观察透骨消痛胶囊干预骨性关节炎软骨下骨重塑的作用及机制。
This results in uneven distribution of stress transmission to deeper layers of cartilage and to the underlying subchondral bone.
这导致应力分布不均匀地传导至深层软骨及其下面的软骨下骨。
The results showed that COL-HA scaffolds were more suitable for the subchondral bone or bone defects repair than the COL scaffolds.
比较结果显示，COL - HA生物支架材料相对于COL生物支架材料更适合用于软骨下骨或骨组织缺损的修复。
Its feature symptom is limitations of joint cartilage degeneration and new bones forming among joint edge and subchondral osteophyte.
其特征表现是关节软骨局限性蜕变以及关节边缘或软骨下骨赘等新生骨形成。
Fracture plane in subchondral medullary bone along the articular surface of the femoral condyles, with serpiginous low signal band on all sequences.
骨质线沿股骨髁关节面走行于软骨下髓质骨内，所有序列均表现为匐行低信号。
Objective To explore the shape and structure of calcified cartilage zone and its interface between the non-calcified articular cartilage and subchondral bone plate.
目的探索关节软骨钙化层的结构形态及其与软骨非钙化层和软骨下骨之间的界面连接方式。
Objective To observe the process of articular cartilage defect repairing and compare the long-term effects after subchondral drilling with different number of holes.
目的观察软骨缺损的修复过程，比较不同数目钻孔术对软骨缺损修复的远期效果。
Then, on this basis, the bone marrow stromal cells were cultured with the scaffold biomaterials, and the engineering cartilage and subchondral bone restorations were constructed in vitro.
并在这基础上，把骨髓基质干细胞与生物支架材料复合培养，在体外构建工程软骨和软骨下骨修复体。
Then, on this basis, the bone marrow stromal cells were cultured with the scaffold biomaterials, and the engineering cartilage and subchondral bone restorations were constructed in vitro.
并在这基础上，把骨髓基质干细胞与生物支架材料复合培养，在体外构建工程软骨和软骨下骨修复体。
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