Mastering Supraventricular Tachycardia Diagnostics in the Electrophysiology Lab

Mastering Supraventricular Tachycardia Diagnostics in the Electrophysiology Lab is dedicated to the diagnostics of supraventricular tachycardias (SVTs) for the electrophysiologist. The book is organized as a flowchart, allowing readers to accurately determine the proper next steps to take when managing patients’ presenting symptoms. Its diagnostic approach starts with the evaluation of the 12-lead ECG, continues with electrophysiological observations and maneuvers, and ends with three-dimensional mapping techniques and real-life cases. Chapters are concise and focus on demonstrating the background of each maneuver in a simple manner by using sketches and electrograms from the lab. Each chapter contains a brief summary of when to use a maneuver, how to perform it, what to expect as responses to the maneuver, and interpretation of possible responses. Final chapters discuss real-life cases where the aforementioned diagnostic approaches are adapted to conditions that may not be ideal (for example, non sustained tachycardias). The book provides a start to finish explication of how to comprehend, diagnose, and manage all aspects of SVT.

Χαρακτηριστικά:

• Helps clinicians and researchers understand both basic and advanced diagnostics in supraventricular tachycardias.
• Serves as a key reference point for everyday practice by providing tables and algorithms that summarize diagnostic maneuvers’ uses and responses.
• Demonstrates real-life practice cases adapted to situations where conditions may not be ideal for standard diagnostic approaches.

Περιεχόμενα:

1. Clinical history and 12-lead ECG of SVTs
2. Entering the EP lab
2.1 Essential electrograms and diagnostic strategy
2.2 Observations during the arrhythmia
2.3 Diagnostic maneuvers during the arrhythmia
2.4 Diagnostic maneuvers in sinus rhythm
2.5 The use of advanced mapping
2.6 Maneuvers after ablation for assessing lines of block
3. Real life cases- a less than ideal environment Appendix