EP Fellows Curriculum: Basics of ICE for EP Procedures-Basics of ICE for EP Procedures

Video Transcription

Video Summary

In this video, the speaker discusses the use of intracardiac echocardiography (ICE) in electrophysiology (EP) procedures. ICE is a catheter-based technology that allows real-time 2D ultrasound imaging of the heart and its structures. The speaker outlines the basic principles of ICE catheters, the different views and catheter movements, and the benefits of using ICE in EP procedures. <br /><br />ICE provides visualization of structures that are not visible using fluoroscopy or mapping systems. It allows visualization of intracardiac structures and catheter-tissue relationships, which can be critical for safe and effective procedures. ICE can also help reduce reliance on fluoroscopy, which has limitations. <br /><br />The speaker discusses the different available ICE devices and their differences. They explain how to manipulate the catheter and use different views to visualize specific structures, such as the coronary cusps, left atrial appendage, and esophagus. The speaker also provides case examples to illustrate the use of ICE in transeptal punctures, ablation procedures, and identifying anatomical variations. <br /><br />Overall, ICE is a valuable tool in EP procedures, providing real-time visualization of cardiac structures and helping to improve safety and efficacy.

Keywords

intracardiac echocardiography

ICE

electrophysiology procedures

2D ultrasound imaging

catheter-based technology

fluoroscopy

mapping systems

visualization of intracardiac structures

catheter-tissue relationships