1) cartilage injury
软骨损伤
1.
Role of 0.5T MRI in diagnosis of articular cartilage injury of knee;
0.5T磁共振诊断膝关节软骨损伤的评价
2.
Observation on treatment of cartilage injury of knee by arthroscope microfracture in 28 cases
关节镜下微骨折术治疗28例膝关节软骨损伤疗效观察
3.
In this article,we will expound the fabrication of tissue engineered cartilage and its application in the cartilage injury and repairing by referring to the results of our research.
本文结合我们近年的研究成果,着重论述组织工程化软骨的构建及其在软骨损伤和修复研究中的应用。
2) cartilage damage
软骨损伤
1.
Infrared radiation and magnetic field therapy ameliorates cartilage damage in rabbits with knee osteoarthritis;
红外线及磁场对兔膝骨关节炎软骨损伤的影响
3) articular cartilage lesions
软骨损伤
1.
[Objective]To analyze the characteristics of articular cartilage lesions in knees and evaluate the therapeutic efficacy of microfracture technique under arthroscopy for articular carrtilage lesions.
[目的]分析关节镜下膝关节软骨损伤的特点并探讨采用微骨折术治疗的手术方法和疗效。
2.
To evaluate preliminary results of extracorporeal shock wave therapy (ESWT) and endoscopic-assisted surgical technique for patients suffering from tendinosis and analysis the therapeutic efficacy of microfracture technique under arthroscopy for patients with articular cartilage lesions.
目的：探讨部队官兵和运动员训练伤的发生和分布规律，观察采用体外冲击波和关节镜监视下等离子刀治疗肌腱末端病以及关节镜下微骨折术治疗创伤性关节软骨损伤的疗效，为训练伤的治疗提供更佳方案。
5) bone and cartilage injury
骨与软骨损伤
1.
The pathogenesis of collagen pathway and the metabolic level of collagen on bone and cartilage injury induced by chronic aluminium exposure were studied.
探讨慢性铝暴露致大鼠骨与软骨损伤胶原途径的机制及胶原代谢水平,将100只4周龄Wistar大鼠随机均分成染铝组(430mg/L,Al~(3+))与对照组(蒸馏水),饮水染铝,每隔30d处死染铝大鼠和对照大鼠各10只,设立5个观测点,最长染铝时间为150d。
6) articular cartilage injury
关节软骨损伤
1.
The appearances of MRI in degenerative knee articular cartilage injury;
退行性膝关节炎关节软骨损伤的MRI表现
补充资料：单纯股骨滑车软骨损伤
单纯股骨滑车软骨损伤
simple chondral fracture of femoral trochlea
当屈膝跪倒或者膝外翻位屈伸突然剧烈研磨时，可使股骨滑车被顶撞或捻转损伤，引起软骨龟裂、开窗样骨折或缺损，晚期继发软骨软化、溃疡缺损或软骨下囊泡形成。受伤时出现患膝酸痛，稍后痛减轻或消失，数周或数月后逐渐出现半蹲痛，可伴有关节肿胀。推髌伸膝抗阻试验阳性。膝于全屈位时可在滑车上触到压痛点。关节镜检查有助于明确诊断。早期可使用护具、股四头肌等张等长肌力锻炼和理疗。严重影响跳跃或下蹲者，可手术切除软骨病灶、软骨下骨质钻孔，术后不负重屈伸练习膝关节。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条