Using TDM lower energy to exploring knee tumor morphology; a novel anatomical perspective by 3D imagery

Abstract

This study focused on three-dimensional modeling of a specific tumoral process affecting the knee of a 30-year-old patient obtained by CT (computed tomography) using lower energy. To this end, we utilized the advanced digital software HOROS in conjunction with CT lower energy imaging data. The main objective of this research was to highlight the crucial importance of the CT lower energy, digital tools and 3D imaging in the medical field. The study of the results obtained highlights the intimate anatomical relationships of the tumoral process of the knee and its extension using the data obtained by the vectorial reconstruction of the series sections of the lower limb. The analysis and processing of this data clearly demonstrated the substantial contribution of technological advancements in 3D modeling to our understanding and ability to diagnose tumors. Therefore, we now have more precise, immersive, and sophisticated means to explore and understand pathological conditions. This advancement translates into a significant improvement in patient care, thus offering better prospects in terms of treatment and surgical intervention.