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Fracture Management

From treatment planning to rehabilitation management:
Patient-specific prediction of the healing progress

  • Holistic approach to surgical planning: Influence of the implant, patient biology and loading patterns on healing

  • Testing of different implant configurations to assist and empower clinicians in making informed treatment decisions

  • Risk assessment for delayed healing or non-union

  • Quantify optimal individual exercise capacity in the rehabilitation process

  • Schedule individual check-ups with adaptive control intervals, so that each patient receives the amount of care he or she needs

Coming soon

Education & Training

Hone your skills in the OSORA virtual test site for fracture care - continuous learning for optimal treatment results

Augmented reality facilitates easy access to the complex interplay of biomechanics and bone healing: introducing the OSORA fracture treatment sandbox

  • Immerse yourself in various fracture types and therapy options
  • Experiment with treatment approaches, risk free & off-the-patient
  • Simulation of treatment results on virtual cases, based on real clinical patient cases
  • Train anywhere & anytime - with the OSORA webapp

Tailor-made teaching blocks, covering fundamentals of bone healing up to advanced clinical challenges, for example:

  • Differences of primary & secondary bone healing
  • Shaft fractures of femur and tibia
  • Characteristics of subtrochanteric fractures
  • Principles of common implant types, e.g. nails, plates, screw configurations
  • Analysis and treatment of pseudarthrosis
Get in touch with us for more information

References & Development Partners

AO Trauma Deutschland
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UFB

In Silico Trials

Accelerate your development process with virtual physiological testing

  • Bone healing is a highly dynamic process: We simulate stages of haematoma formation, callus formation, ossification and bone remodelling
  • Test implant behavior in virtual patients with a broad variety of conditions over the whole healing process
  • Simulation of the development of load sharing of the implant-bone-construct
  • Failure analysis: Quantify implant loading over healing time to detect potential mechanical failure of both implant or bone
  • Give engineers and regulatory experts the capability to include bone healing biomechanics into the product development process
Get in touch with us for more information
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