Upcoming Event

The First Amsterdam
Arrhythmia Symposium

It is our great pleasure to announce the 2023 edition of the Amsterdam Arrhythmia symposium.

About Amsterdam Arrhythmia

Welcome Message

Amsterdam Arrhythmia will offer a unique educational experience focused on state-of-the-art engineering, imaging and electrophysiology methods to evaluate and treat ventricular tachyarrhythmias.

Schedule

13 October 2023

Schedule

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Registration [ 8:30 - 9:00am ]

Keynote: Evolution of Electrophysiology

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

Ischemic CMP: Imaging based substrate assesment to guide VT ablation

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.

Ischemic CMP: Post-infarct VT characterization using ECG imaging

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

Ischemic CMP: In-silico simulations to predict post-infarct VT and guide therapy

An engaging presentation on the use of in-silico simulations to predict post-infarct VT and guide therapy, where you’ll learn about the cutting-edge techniques being used to revolutionize arrhythmia treatment.

Ischemic CMP: Ultralow cryotherapy ablation in VT

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

Arrhythmogenic CMP - Impact of substrate characteristics on arrhythmia outcome in ACM

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

Arrhythmogenic CMP - ACM substrate characterization using electrocardiographic imaging

Explore the impact of ECG imaging metrics on arrhythmia outcomes and learn about the pitfalls in performing ECGi.

Arrhythmogenic CMP - Predicting Arrhythmic Events in ACM using Computational Modelling

Learn how in-silico simulations are helping clinicians better understand the underlying mechanisms of ACM.

Arrhythmogenic CMP - Challenges of VT ablation in ACM

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

CRT - Pre-implant considerations: Role of Imaging in patient selection for CRT

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.

CRT - ECG imaging based predictors of CRT response

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.

CRT - Assessing differences in CRT-response using computational modelling

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.

CRT - Innovations in device therapy

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.

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Speakers

All speakers are experts in their respective fields, and recognized leaders in research, clinical practice, and innovation. They are passionate about sharing their expertise and providing a range of perspectives and insights into the latest developments in cardiology. By attending this symposium, you will have the opportunity to learn from and engage with some of the most respected and influential figures in cardiology today.

Prof. Arthur Wilde

Professor Clinical and Translational Electrophysiology

Prof. Lucas Boersma

Professor Cardiac Electrophysiology

Prof. Helmut Pürerfellner

Head of the Department of Electrophysiology

Prof. Steven Niederer

Professor of Biomedical Engineering & Imaging Sciences

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Reasons to attend

Technical Physician

Biomedical Engineers

Medical Residents

Medical Specialists

This symposium would be of great interest and value to technical physicians as it offers the opportunity to learn about the latest developments in the fields of engineering, cardiac imaging, and electrophysiology, with a focus on diagnosis and therapy stratification. By bringing together experts from different disciplines, technical physicians can gain insights into how these fields intersect and collaborate, and how new technologies and techniques can be applied to improve patient outcomes.

This symposium would be highly interesting and valuable for biomedical engineers. As technical professionals with a background in both engineering and healthcare, biomedical engineers are well-positioned to understand and contribute to the intersection of engineering, cardiac imaging, and electrophysiology. Attending this symposium would provide biomedical engineers with the opportunity to learn about the latest advances in these fields, as well as to network and collaborate with experts from different areas of expertise.

The symposium would be an excellent opportunity for medical residents to gain valuable insights and learn about the latest advancements in the fields of engineering, cardiac imaging, and electrophysiology. As medical professionals in training, medical residents are constantly expanding their knowledge about new technologies and techniques. By attending this symposium, medical residents can gain a better understanding of how technology can be used to improve patient outcomes, and how they can apply this knowledge to their own practice.

For medical specialists in cardiac imaging and electrophysiology, the symposium would be an ideal platform to learn about the latest developments in these fields and to exchange ideas with other professionals. Medical specialists are at the forefront of diagnosing and treating cardiac disorders, and the symposium would provide them with the opportunity to explore new technologies and techniques that can enhance their practice.