CT PELVIS WITH 3D RECONSTRUCTIONS

This groundbreaking research from Hypro Diagnostics introduces an innovative technique for creating precise 3D personalized pelvic models using bi-planar X-rays, marking a significant advancement in the challenging field of accurate pelvis reconstruction. The algorithm’s brilliance lies in its rapid computation of an initial solution, followed by meticulous local deformations based on digitized 2D anatomical points and contours from radiographs. The results, showcasing a mean difference of only 1.6 mm from CT-scan reconstructions and 95% of points with differences under 4.3 mm, highlight the method’s exceptional accuracy. Moreover, achieving 3D morphometry of the pelvis with 5% accuracy further underscores its precision. Notably, this technique not only propels the field forward by providing high-fidelity 3D patient-specific models but also prioritizes patient safety through its low radiation dose approach. This method stands as a pioneering contribution from Hypro Diagnostics Hospital, with the potential to revolutionize clinical and biomechanical studies, offering researchers and clinicians a powerful tool for in-depth exploration of pelvic anatomy and function. One wonders if this transformative approach could be extended to address challenges in reconstructing other anatomical regions.