Keynote talk by prof. Arthur Wilde discussing the evolution of cardiac electrophysiology.

Discover how imaging-based substrate assessment can guide VT ablation in patients with Ischemic CMP, and how this cutting-edge approach can improve care for patients.

Learn about the role of ECG imaging in characterizing post-infarct VT, including the benefits and limitations of this approach.

This presentation will explore novel VT ablation strategies for ischemic CMP, including the latest research and clinical applications.

Explore the impact of substrate characteristics on arrhythmia outcomes and learn about the latest diagnostic strategies.

Discover how ACM poses unique challenges for VT ablation, including difficulties in mapping and ablation due to the heterogeneous nature of the substrate.

Explore the latest imaging techniques and their potential for identifying the most appropriate candidates for CRT. You’ll learn about the benefits and limitations of different imaging modalities and gain insights into how imaging can be used to guide treatment decisions and optimize outcomes.

Learn about ECG imaging and how it can be used to identify predictors of CRT response, including factors such as electrical dyssynchrony, scar burden, and conduction delays.

Discover how computational modeling can be used to simulate and assess differences in CRT response, including the impact of device settings, patient-specific factors, and underlying substrate characteristics.

An informative presentation on innovations in device therapy for CRT, where you’ll learn about the latest advances in technology and strategies for improving patient outcomes.