Carolina Marín's recent meniscus operation and her difficult return to competition spotlight a crucial aspect of elite sports: injury management. In a context where health is the priority, as the player herself has emphasized, 3D technologies emerge as revolutionary tools. These go beyond traditional diagnosis, enabling deep and personalized analysis that transforms prevention, surgical planning, and rehabilitation, extending and protecting athletes' careers.
From 3D scanner to digital twin: precision for diagnosis and rehabilitation 🦾
The application of 3D technology in sports medicine is multifaceted. Firstly, body scanning and MRI with 3D reconstruction allow visualizing the injury with millimeter anatomical precision, crucial for planning an intervention like a meniscus one. Subsequently, 3D biomechanical simulation enables analyzing specific sports gestures, identifying stress points that could cause relapses. During rehabilitation, creating a digital twin of the athlete allows monitoring progress, simulating workloads, and personalizing each exercise, ensuring optimal recovery and minimizing risks.
Beyond the injury: technology for inclusion and performance 🚀
This technological approach, mentioned in the context of the COE alliance, transcends individual recovery. In Paralympic sports, the design and additive manufacturing of prostheses and personalized equipment in 3D are already a reality that maximizes inclusion and performance. For any athlete, creating a complete digital model becomes an invaluable asset for preventing injuries, optimizing technique, and making informed decisions that, as in Marín's case, prioritize long-term health over immediate competition.
How is 3D technology revolutionizing, from printing personalized supports to simulating sports gestures, the recovery and prevention of complex injuries like Carolina Marín's?
(PD: player tracking is like following your cat around the house: lots of information and little control)