Special Technology Sessions-6159-Electroanatomic Mapping

Video Transcription

Video Summary

Electro-anatomic mapping is a valuable tool in electrophysiology procedures as it provides anatomic reference, helps with activation and voltage mapping, and assists in planning ablation locations. The BioSense Carto system is commonly used for this purpose. However, it's important to use the system correctly and not solely rely on its results. Electro-anatomic mapping can serve several purposes, including providing an anatomic reference, helping to understand the relationships between anatomical structures, and planning ablation locations. It can also help in activation mapping and voltage mapping to determine the course of activation wavefronts and identify scar tissue respectively. Additionally, the mapping system can be used to tag and monitor the location of electrodes or catheters during procedures. It's important to be aware that electro-anatomic mapping cannot diagnose tachycardia mechanisms or guarantee freedom from complications. It's also crucial to verify data before proceeding with further ablation and ensure proper catheter tissue contact for accurate results. The mapping system should not be solely relied upon and the operator should make their own assessments of activation times and ablation strategies. In conclusion, electro-anatomic mapping is a useful tool in the electrophysiology field, but it should be used alongside clinical judgment and not be solely relied upon for accurate results.

Keywords

Electro-anatomic mapping

electrophysiology procedures

anatomic reference

activation mapping

voltage mapping

ablation locations

BioSense Carto system

relationships between anatomical structures

scar tissue identification

electrode or catheter location monitoring