Key result
Multicenter-validated cardiac digital twins enable real-time intraprocedural simulation and targeting of atrial arrhythmias.
Why the study?
Cardiac Digital Twins have limited adoption for atrial arrhythmia simulation due to reliance on MRI/CT imaging, restricting intraprocedural use.
A new class of cardiac digital twins constructed from electroanatomic maps, rather than MRI/CT, enables real-time intraprocedural decision support for atrial arrhythmias.
EAM-based digital twins may enable intraprocedural use; leaves open prospective outcome trials before clinical adoption.
Cardiac Digital Twins (DTs) are powerful tools for simulating and targeting atrial arrhythmias, but have limited adoption due to reliance on MRI/CT. We present the development and multi-center validation of a new class of DTs constructed from Electroanatomic Maps (EAMs) within an accelerated simulation framework, enabling intraprocedural applications.
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Mohsen et al. (2026) studied this question. Cardiac Digital Twins constructed from Electroanatomic Maps were validated across multiple centers to enable real-time intraprocedural simulation and targeting of atrial arrhythmias.
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