Bone regeneration is a complex pathophysiological process determined by molecular,
cellular, and biomechanical factors, including immune cells and growth factors. Fracture …

Surgical management of fractures has advanced with the incorporation of advanced
technology, surgical techniques, and regenerative therapies, but delayed bone healing …

The evidence base of surgical fracture care is extremely sparse with only few sound RCTs
available. It is hypothesized that anthropometric factors relevantly influence mechanical …

Introduction: Bone healing can be improved by axial micromovement, as has been shown in
animals and human patients with external fixators. In the development of smart fracture …

Fracture healing is a complex process which sometimes results in non-unions, leading to
prolonged disability and high morbidity. Traditional methods of optimising fracture …

Background: The healing potential of a fracture is determined by mechanical and biological
factors. Simulation-based workflows can help assess these factors to assist in predicting non …

Introduction: The management of fractured bones is a key domain within orthopedic trauma
surgery, with the prevention of delayed healing and non-unions forming a core challenge …

Aims The purpose of this article is to investigate the effects of the fibula on the torsional
stiffness of the lower limb. A comprehensive model of the lower limb was constructed …

The implant material at the fracture site influences fracture healing not only from biological
perspective but also from mechanical perspective. Biodegradable implants such as …

Als Diagnoseinstrumente liefern intelligente Implantate Informationen zur Charakterisierung
der Umgebung im Körper, die auf andere Weise nicht gewonnen werden können. Mithilfe …