Miriam Oldhoff

Miriam Oldhoff is an active academic researcher specializing in orthopedic trauma surgery with a focus on advanced implant technologies. Her work centers on 3D-printed solutions for complex fractures across multiple anatomical sites including the acetabulum, distal radius, and tibial plateau.

Her primary research interests involve:

• Development and mechanical evaluation of patient-specific implants
• 3D-printed surgical drilling guide systems for osteotomies
• Comparative analysis of conventional versus personalized fracture fixation
• Survivorship studies in hip preservation after acetabular fractures
• Accuracy metrics for multiplanar deformity correction

Analysis of her recent publications reveals a strong trend toward personalized surgical solutions using additive manufacturing, with particular emphasis on improving accuracy in complex fracture management. Her work bridges biomechanical engineering with clinical orthopedics, consistently targeting precision in corrective procedures.

Miriam collaborates extensively within a specialized orthopedic research network, frequently co-authoring with clinicians and engineers including IJpma, de Vries, and Meesters. Her research outputs demonstrate significant translational impact through direct clinical application of engineered solutions.