With increased precision in alignment offered by new generations of instrumentation and
customized guides, this study was designed to establish a biomechanically-based target …

Background This study examined the clinical and radiologic mid-term results of patients
treated by Oxford minimally invasive unicompartmental knee arthroplasty. Methods One …

The aim of this study was to evaluate the risk factors for dislocation of the bearing after a
mobile-bearing Oxford medial unicompartmental knee replacement (UKR) and to test the …

Purpose There has been much emphasis on the importance of cam impingement, which is a
cause of pain and knee hyperflexion restriction in unicompartmental knee arthroplasty …

Background Quantification of the in vivo position of the medial condyle throughout flexion is
important for knee replacement design, and understanding knee pathology. The influence of …

A computer graphics based approach is being developed as an aid for orthopedic surgeons
to learn engineering mechanic. As an application of this approach, a planar mathematical …

Human joints are complex in structure and function that allow us a variety of activities with
safe mobility and stability. However, the joints are prone to injuries that can affect life …

研究活动单间室膝关节假体(UKAP) 衬垫在力学环境下的脱位机制. 通过制作髁假体固定工装与
固定平台旋转圆盘工装, 建立活动衬垫脱位的体外模型. 在外载荷作用下, 通过压力测量片测量 …

Cruciate ligaments are main stabilizers of the joint in the sagittal plane. Anterior cruciate
ligament is one of the most injured ligaments, particularly during strenuous activities …

Computer simulation with programming and Matlab graphics was used to analyse effects of
meniscal component thickness on lengths of ligament fibres in partially replaced human …