About the research topic
The 3D Bone Analysis Project is focusing on the development of innovative morphological measurements on 3D bone models to improve surgical interventions for fractures as well as deformities like malunions. Utilizing sophisticated computational algorithms, our team is creating a suite of novel metrics that are unattainable through manual evaluation methods. These measurements aim to provide surgeons with a nuanced understanding of the structural complications they are addressing, thereby aiding in more informed and effective decision-making. In addition to supporting immediate surgical choices, the data collected—including patient-specific outcomes and details—will be used to train machine learning algorithms. The ultimate goal is to build an automated decision-support system that can further assist medical professionals in delivering precise, timely, and high-quality care.
