1) ID
关节内紊乱
2) TMJ interal derangement
颞颌关节内紊乱
1.
objective To evaluate the short - term effect of intra - articular injections of sodium hyaluronate (SH) and prednisolone (PL) on patient with TMJ interal derangement.
目的 观察颞颌关节内紊乱(TMJID)病例行关节上腔灌洗后留注透明质酸钠的疗效,并与强的松龙作对照。
3) internal derangement in temporomandibular joints
颞下颌关节内紊乱症
4) temporomandibular joint internal derangement
颞下颌关节内紊乱
1.
This article reviews the general situation of temporomandibular joint internal derangement, the relationship between condyle position and disc displacement and the diagnostic value of condyle position in temporomandibular joint internal derangement.
在颞下颌关节内紊乱(TMJID)的患者中髁突位置和关节盘移位之间的关系一直是研究者所关注的问题,许多学者从不同的角度进行了探索,但对TMJID患者髁突在关节窝中的位置及其临床意义存在争议。
2.
Objective To investigate the relationship between joint effusion and temporomandibular joint internal derangement(TMJID).
目的探讨渗出液与颞下颌关节内紊乱(TMJID)的关系,揭示渗出液的成因。
3.
Objective To investigate the relationship between condylar marrow signal abnormalities and temporomandibular joint internal derangement (TMJID).
目的 探讨髁突髓腔信号异常与颞下颌关节内紊乱(TMJID)的关系。
5) joint
关节
1.
Effect of LFA-1 Gene on T Cell Activity in Draining Lymph Nodes and Joints of Mice with Collagen-Induced Rheumatoid Arthrits;
LFA-1基因对胶原诱导小鼠关节炎关节局部引流淋巴结T细胞活性的影响
2.
Problems and strategies in the current treatment of bone and joint injuries;
骨与关节损伤治疗中存在的问题与对策
3.
Biomechanical study of subtalar joint in normal adult s foot during three-dimensional motion;
距下关节在成人足三维运动中的力学研究
6) Joints
关节
1.
Early repair and reconstruction for the wounds of face and joints of mass burn casualties;
成批危重烧伤患者面部和手部等关节部位创面的早期处理
2.
Rehabilitation treatment of cicatrization at joints;
关节部位瘢痕形成后的康复治疗
3.
Diagnosis of trauma of bones and joints with 16-slices spiral CT post-imaging processing;
应用16层螺旋CT三维重建图像诊断骨关节损伤
参考词条
椎关节突关节
髋关节骨关节炎
经关节突关节
肘关节骨关节病
小关节骨关节炎
腰椎关节突关节
颈椎关节突关节
椎骨关节突关节
关节突关节病
关节突关节间距
关节突关节角
参比法
99mTc(V)-二巯基丁二酸钠
补充资料:跟距关节融合和跗中关节离断术
跟距关节融合和跗中关节离断术
Syme amputation
踝部截肢时,胫骨下关节软骨切除、保留软骨下骨质,切除距骨和跟骨,保留跟骨后部骨膜和跟下脂肪垫,将其与胫骨残端骨膜缝合。残端负重性能好,也方便安装假肢。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。