3D Organ Model

Move from cell to organ with three-dimensional simulations of cardiac electrical propagation and mechanical contraction across the whole heart.

What's Inside

Sub-tools in this module

Simulate electrical wave propagation across a 3D whole-heart geometry, from sinus rhythm to reentrant arrhythmia.

Couple electrical activation to a 3D mechanical model to study contraction, wall motion and pump function.

Use Cases

Visualize how a cellular-level change, such as an ion channel block, propagates to whole-organ electrical activity

Study reentrant arrhythmia formation and termination in realistic heart geometries

Evaluate how electrical abnormalities translate into mechanical pumping deficits

Investigate the impact of structural remodeling, such as fibrosis or scar, on organ-level function

Generate 3D visualizations for research presentations and publications

Build a foundation for patient-specific whole-heart digital twins