Biomechanics plays a significant yet complex role in osteoarthritis (OA) onset and
progression. Identifying alterations in biomechanical factors and their complex interactions is …

Titanium alloy porous scaffolds possess excellent mechanical properties and
biocompatibility, making them promising for applications in bone tissue engineering. The …

Background Monitoring of gait patterns by insoles is popular to study behavior and activity in
the daily life of people and throughout the rehabilitation process of patients. Live data …

The invention of the surgical robot enabled accurate component implantation during total hip
arthroplasty (THA). However, a preoperative surgical planning methodology is still lacking to …

Resultant hip joint forces can currently only be recorded in situ in a laboratory setting using
instrumented total hip replacements (THRs) equipped with strain gauges. However …

Aseptic loosening is a frequent cause for revision of endoprosthesis. X-ray examinations like
Radio-Stereometry-Analysis (RSA) are among the most widely used in vivo methods for its …

The success of surgical treatment for fractures hinges on various factors, notably accurate
surgical indication. The process of developing and certifying a new osteosynthesis device is …

Estimating the contact forces and moments (CFMs) between exoskeletons' feet and the
ground is a prerequisite for calculating exoskeletons' joint moments. However, comfortable …

Methods Twelve experienced sprinters sprinted 100 m on the straight, the inner and outer
curve of a 400 m track. Kinematics were recorded using full-body motion capture suits. A …

Hip joint reaction forces serve as crucial indicators of underlying hip disorders such as
osteoarthritis, avascular necrosis, and femoro-acetabular impingements. Quantifying hip …