Abstract Purpose of Review Augmented reality (AR) is becoming increasingly popular in
modern-day medicine. Computer-driven tools are progressively integrated into clinical and …

The emergence of 4D printing has revolutionised tissue engineering technology by
integrating dynamic and adaptive properties to previously static 3D-printed structures. This …

Purpose High tibial osteotomy (HTO) is an effective treatment option in early osteoarthritis.
However, preoperative planning and surgical execution can be challenging. Computer …

Purposes Surgical reduction of pelvic fracture is a challenging procedure, and accurate
restoration of natural morphology is essential to obtaining positive functional outcome. The …

Background Deformity assessment and preoperative planning of realignment surgery are
conventionally based on weight-bearing (WB) radiographs. However, newer technologies …

Purpose Patellofemoral instability can be caused by tibial or femoral torsional deformity.
Established surgical treatment options are rotational osteotomies, but the transfer from pre …

Background: Preoperative planning of lower-limb realignment surgical procedures
necessitates the quantification of alignment parameters by using landmarks placed on …

Background Corrective osteotomies of malunited fractures of the proximal and distal
humerus are among the most demanding orthopedic procedures. Whereas the restoration of …

Purpose To investigate the reduction accuracy of 3-dimensional planned single-cut
osteotomies (SCOTs) of the forearm that were performed using patient-specific guides …

Corrective osteotomy allows to improve joint loading, pain and function. In complex
deformities, the biggest challenge is to define the optimal surgical solution, while …