Narrative review highlights finite element modeling's integration into clinical practice, improving therapy for myocardial infarction and LV assist devices.
Key Points
Finite element modeling enhances understanding of myocardial stress and hemodynamics, improving patient outcomes in cardiac care.
Significant developments include personalized simulations for LV assist device optimization and hydrogel injection therapy.
This review covers the transition from research applications to clinical tools for managing structural heart disease effectively.
Emerging AI techniques in FE modeling can enable real-time therapeutic decision-making, highlighting its potential in precision medicine.