"Artificial Intelligence is no longer a futuristic concept; it’s a reality that's reshaping healthcare."

Analyzing the detailed characteristics of local intracardiac electrograms provides insights into arrhythmia mechanisms.

In the EP lab, you hear many non-scientific terms to describe signals – funky little blip (FLB), juicy, etc., leaving you cross-eyed!

"The optimization of intracardiac echo (ICE) images is a dynamic process that may vary based on the patient's anatomy, or procedure..."

"Precision and accuracy ... of 4D ICE technology provides a level of detail that was once unimaginable."

P FA is stealing the show at the congress podiums this year! Take a look back at the rise and advancement of ablation energy technology.

For the $8bn global AF market, the most important technology updates come from podium presentations at global industry congresses throughout the year. Over the last few years, the most prevalent topic discussed at the podium has been Pulsed Field Ablation (PFA). This article summarizes the current competitive landscape and provides updates on data presentations from recent congresses. What is PFA? PFA is the first new energy source for cardiac ablation in over a decade. PFA

This part II PVC Localization blog will help you isolate PVCs in regions of the RVOT, right ventricular outflow track.

Know the facts about different imaging technical factors used in Cardiac EP Ablation procedures.

Bradyarrhythmias Explained for the Cardiac Electrophysiology Pro Bradyarrhythmia: Depressed Automaticity There are TWO mechanisms of bradyarrhythmias that can turn your sweet patient into a zombie. Failure of impulse generation Failure of impulse propagation Failure of impulse generation is due to insufficient generation of intrinsic signals by the SA node. Failure of Impulse Generation An insufficient number of electrical impulses by the SA node is the failure of impulse gen

Why is the EP monitor display set up like that? Learn the basics of the EP Lab monitor set-up. #VivaEP #EPeeps

Get a proven method of PVC location identification! #EPeeps #VivaEP

Need to understand the reason for varied view in Cardiac EP? Keep reading!

Cardiac Anatomy takes on new importance when observed through the lens of Cardiac Electrophysiology (EP). There are several reasons for this – Most important is how the specialized pacemaker cells are interwoven throughout the myocardium to maintain normal cardiac conduction. If the myocardium containing the specialized pacing cells doesn’t form properly or becomes ‘stretched out’ there can be repercussions for the individual. This blog feature discusses the posterior anatomy

You've read about it in the EP textbooks and heard it mentioned during EP courses...but why you do need to know about the Triangle of Koch?

Truth be told, it takes a team with varying skills and personalities to create a successful team.

Looking toward your next career step can be overwhelming...and misleading! Be sure to look both ways before hopping the fence!

I don't normally pick favorites...so do you wanna know why I pick the CS as my favorite? Many times, I have found myself referencing (pun intended, mappers) the CS catheter to figure out what’s going on with the rhythm!! There are incredible insights you can glean when the CS is in proper position, both anatomically and electrically. Proper placement...let’s talk about that. So, where is the CS really located? ANATOMY: The CS is considered an external cardiac structure, meani

I distinctly remember 15 years ago, I walked into the EP Lab for the first time...I could have easily confused it with a space command center!! The number of monitors and equipment was mind boggling (and it was nothing compared to a modern EP Lab). Nonetheless, the complexity of the procedures and systems made me curious to learn more. Unfortunately, it wasn't that easy. No one was there to teach me what all the squiggly lines meant - my job was to simply scrub in, set up for