4D Heart Simulation and Intraventricular Flow Analysis
At Medrik Dynamic Technology, we leverage cutting-edge technological advancements to develop highly accurate and personalized 4D models of the heart. These models revolutionize cardiac diagnostics, facilitate safer medical device development, and enhance treatment planning for cardiovascular diseases.
Comprehensive Ventricular Assessment
Our 4D model provides a holistic view of ventricular function by combining Computational Fluid Dynamics (CFD) with Magnetic Resonance Imaging (MRI). Using artificial intelligence processes, we create a 4D representation of the human heart from 3D medical imaging data. Through 3D/4D numerical simulations, we analyze medical device behaviour within the heart, assessing their impact on fluid mechanics—such as blood flow—and understanding the risks associated with implantation. This approach enables us to capture the kinematic, dynamic, and energetic characteristics of intraventricular flow.
Validated Simulation Accuracy
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.
Green Medical Device Development:
Through 3D/4D numerical simulation, we assess how medical devices interact within the heart system. This analysis not only helps us understand implementation 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 Sacrifice, we contribute to safer healthcare practices. This accomplishment stands as one of the most significant achievements of our team.
Advantages of 4D Heart Simulation and Intraventricular Flow Analysis
Cost-Effective Development
Unlike expensive physical experiments, 4D simulations are relatively inexpensive. By virtually analyzing product behavior, companies achieve safer and more economical device development.
Reduced Testing Procedure and Animal Use
4D Flow simulation significantly reduces testing costs and minimizes animal use. This approach benefits both research and development, promoting environmentally friendly medical device innovation.
Comprehensive Insights
Unlike experiments that provide data at limited locations, 4D Flow simulation allows us to examine numerous points of interest within the system. It models complex fluid-solid interactions, including heart contraction effects, blood flow dynamics, and other critical parameters, aligning with international medical benchmarks (such as FDA).