1) tibiofemoral joint
胫股关节
1.
Objective: To determine the overlapping area of the femoral condyle facet on which the patellofemoral and tibiofemoral joint surfaces move and to measure the pressures on such area in order to better design the length of femoral trochlea prosthesis in patellofemoral arthroplasty.
目的 :明确膝关节运动时胫骨、髌骨与股骨髁接触的重叠区域 ,测量并比较分析重叠区域内髌股、胫股关节各自接触压大小及分布特点 ,探讨髌股关节置换术中股骨滑车假体长度的设计。
2) tibio-femoral joint
股胫关节
1.
The biomechanics of the tibio-femoral joint for different gaits is key to understanding the biomechanical behavior of joints and to protecting joints from injury.
步态变化对股胫关节接触生物力学特性影响的量化研究对人们认识关节的力学行为,保护关节减少伤害非常重要。
4) tibiofemoral joint/radiography
胫股关节/放射照相术
5) tibiotalar joint
胫距关节
1.
Biomechanical effects of the different parts of the fibular resection on tibiotalar joint;
腓骨不同部位切除对胫距关节影响的生物力学研究
2.
[Objective]To evaluate the effect of fibula shortening on biomechanical characters of tibiotalar joint and prescribe the most acceptable extent of fibula shortening.
[目的]测定腓骨短缩时,胫距关节的接触特性的变化,探讨腓骨短缩的最大允许程度。
6) tibiofibular joint
胫腓关节
1.
Anatomical basis of reconstructed elbow joint by vascularized tibiofibular joint graft;
吻合血管的胫腓关节移植重建肘关节功能的解剖学基础
2.
The joint inclination of 109 tibiofibular joints were measured with two methods.
人类胫腓关节坡度对关节本身的稳定性有影响。
补充资料：胫胫
1.硁硁。固执貌。
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