Philip Haeusser

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atrial fibrillation heart cardiology computer vision artificial intelligence deep learning neural networks electrophysiology medical devices arrhythmia diagnosis machine learning research medical health care electrographic flow atrial fibrillation mapping af ablation optimap system ablation strategy electrogram analysis patient-specific treatment complex arrhythmias mapping catheter pathophysiology of af atrial wavefront propagation clinical outcomes freedom from af pvi (pulmonary vein isolation) egf algorithms substrate mechanisms chronic atrial fibrillation catheter ablation procedures af sources biatrial basket positioning ventricular tachycardia cardiac device management phenotyping af patients clinical research trials patient outcomes prediction electrographic flow consistency (egfc) real-time visualization cardiac mapping solutions ai in medtech seamless workflow integration intra-procedure mapping patient outcomes extra-pv sources af pathogenesis atrial substrate assessment frequency mapping next-generation mapping technology clinical trial results biophysical analysis electrophysiological insights patient-centric research atrial arrhythmia dynamics novel mapping technologies information technology & services hospital & health care health wellness & fitness