Construction of a 3D Model to Computerized Training Centered in Patient: PerMed & HCI Approach

Castro-Gutierrez, Eveling; Suca, Christian; Vidal, Elizabeth

As a result of the pandemic in less than two months, humanity has managed to understand the importance of using information technologies in different areas and, even more so, the importance of developing software for care, monitoring, and training in the healthcare. Personalized Medicine or Precision Medicine is gaining more and more critical, and its implementation is necessary. Different gaps cannot be covered if the software continues to be developed in isolation without considering the user as the central axis of the conception, design, and implementation of the different solutions. For this reason, in this research work proposes the construction of a 3D model of the bone structure of the pelvis based on X-ray images of a patient and a volumetric template as a model that serves for training and simulation for subsequent use in a surgical. This model based on patient-centered personalized medicine and user-centered software development. As a result, we present the creation of a model that can be adapted to each patient’s reality. Likewise, these results can be used in computerized training systems for future health professionals, either by printing the model in 3D or using the software to perform measurements on each patient.