We create simulation-driven preventive analytics for the treatment of musculoskeletal disorders - to improve treatment results and patient well-being
- Adjusted post-operative care reduces overall duration of treatment
- Improved transparency of the healing process through comprehensible visualization
- Evaluation of implant-bone-connection & load bearing capacity
- Visualization & quantification of healing process
Our motivation
5-10 % of patients suffer from complications in the course of bone healing. Delayed union or non-union of the bone segments can lead to prolonged immobilization, protracted treatment and the risk of permanent disability.
In complex and high-risk environments, simulations can support clinicians with the identification of treatment paths and early detection of complications. Digital twins enable clinicians to test treatment approaches before they are applied on patients.
OSORA offers a wide range of possible applications
The relationship between biomechanics and bone healing is crucial for the understanding of fracture treatment. Take advantage of our fracture playground and immerse yourself in treatment possibilities in risk-free testing off the patient.
We augment doctors’ decision making with patient-specific planning for early mobilization & complication prevention. We enhance surgical planning with the fourth dimension: prediction of the healing process & success over time.
Streamline & accelerate the development of products from idea to launch through virtual physiological testing. Stress-testing in various loading scenarios allows for cost-effective quality optimization.
Based on over 20 years of scientific research we build on the extensive groundwork done at Ulm University and a worldwide community. Our team covers state-of-the-art know-how in fracture healing simulations, with a proven track-record in scientific publications.
Contact us
If you have any questions, please reach out.
Visiting Address
Ulm University
Helmholtzstraße 20, Room 1.46, 89081 Ulm
Postal Address
Industriestraße 10, 89231 Neu-Ulm
Biomechanical Simulation Computation Center
Technische Hochschule Ulm, Standort Albert-Einstein-Allee
Albert-Einstein-Allee 55, 89081 Ulm