The Medrik team proudly presents the Digital Heart Twin – V, a groundbreaking advancement in cardiac medicine. Our innovative approach combines cutting-edge technology with clinical expertise to address the challenges faced by modern healthcare.
Traditional visual imaging methods such as X-rays, MRI, and Echocardiography have limitations. They often provide static snapshots, restricting our understanding of the dynamic heart. Enter the Digital Heart Twin – V. By leveraging artificial intelligence and image processing, we create a comprehensive 4D model of the human heart. This model captures anatomical structures and their dynamic behavior over time.
To validate our numerical simulations, we rigorously compare each step against reliable international sources, including the United States Food and Drug Administration (FDA). Our simulation results and CFD tests consistently align with available data, ensuring the accuracy and reliability of our solutions. Furthermore, we validate heart and blood biology behaviors, such as Hemolysis and Thrombosis, using international benchmarks.
Through 3D/4D numerical simulation, we assess how medical devices interact within the heart. This analysis not only helps us understand implantation risks but also optimizes device performance. Importantly, our achievements extend beyond engineering—they positively impact medicine and the environment. By reducing testing costs and minimizing animal use, we contribute to safer healthcare practices. This accomplishment stands as one of the most significant achievements of our team.
Our 4D model offers a holistic view of ventricular function. Kinematic, dynamic, and energetic characteristics are meticulously analyzed, enabling early detection of abnormalities.
Pinpoint specific areas of interest within the heart. Detect anomalies, track development, and identify potential cardiac issues at an early stage.
Surgeons benefit from deeper insights. The Digital Heart Twin -V guides treatment planning, optimising patient outcomes.