A new algorithm for optimization of rate-adaptive pacing improves exercise tolerance in patients with HFpEF.

Maria SerovaDenis AndreevIlya GivertsYulia SazonovaAleksey SvetMaria KuklinaVsevolod SedovAbram SyrkinHugo Saner

Published in: Pacing and clinical electrophysiology : PACE (2019)

An algorithm incorporating CPET and PASE for optimal programming of rate-adaptation parameters is a valuable tool to improve exercise capacity in HFpEF patients with permanent AF and VVIR pacing who remain exercise intolerant after conventional programming.

Keyphrases

high intensity
physical activity
machine learning
resistance training
deep learning
cardiac resynchronization therapy
atrial fibrillation
heart failure
left ventricular