Post-myocarditis #VT in a young patient with recurrent syncope.
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ILAM demonstrating color crowding in both sides of narrow corridor corresponding to entrance & exit of clinical VT.
#EPeeps

Ablación de taquicardia ventricular por enfermedad de chagas 🔥

Mapa de #ILAM endo y Epi realizado con #HDGrid encontrando la zona de interés en el epicardio, ablación con #Tacticath

No inducible post ablación

#EnsitePrecision
#EPEEPS
Abbott Cardiovascular
Alex Pacheco

🚨New #FreeRead Article in JICE

Comparative Utility of Omnipolar & Bipolar Electroanatomic Mapping Methods to Detect & Localize Dual Nodal Substrate in Pts with AVNRT

🧐📖 rdcu.be/dFqaQ

by Edward T. O’Leary, Davis Sneider, Robert Przybylski, Audrey Dionne, Mark…

Amazing experience caring for this complex CHD patient. Device revision/placement via LSVC with Anne Kroman and VT ablation at outflow patch post TOF repair with Bishnu Dhakal and Jeffrey Winterfield. Weeks not over yet! MUSC Electrophysiology

#Epeeps Inauguration in Brazil of ENSITE X V3 in focal VT ablation.Stable maps, great tools, I loved TACTIFLEX.
Hospital da Luz

Vanessa Pittar | EP ABBOTT Abbott Cardiovascular Renan Uehara Kevin Brady Roderick Tung Ivo Roca, FEHRA, FESC

In case 1️⃣, targeting our epicardial ILAM resulted in loss of frequencies >400Hz in our substrate, a prominent wavefront change, and non-inducibility.

Very nice Abbott Cardiovascular software update that allows visualization of Farapulse in flower and basket as well as seeing overlap.

Entrainment with Concealed Fusion at isthmus, PPI=TCL.

Endo-Mid Myocardial dense echodensities visualized on Intracardiac Echo at LV Posteromedial Papillary Muscle to Apex.

Peri-Apical reentry delineated with #Omnipolar Voltage and Activation mapping algorithm.

Jeff Hsing…

Impressive transmural delay. Reliable annotation by Peak Frequency.

First burn termination of VT within 5 seconds, VT non indicible after that. Thanks Aaron Matthews for wonderful job with mapping!

“Peak Frequency” annotation based voltage map using Near Field OT helps to identify the sites critical to #VT circuits.
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Endocardial map of non-ischemic VT after MV repair demonstrating low voltage-high frequency sites colocalized with critical isthmus of VT. #EPeeps #ablateVT

Second generation balloon in basket design - why depth matters, even for local PFA. Thanks Atul Verma for sharing your insights.

#afsymposium2024 #AbbottProud #EPeeps

True intramural VT with endo and epi exit in a lamin cardiomyopathy pt…required half NS to terminate VT epicardially #VT3D

Automatic annotation of “Peak Frequency” signals in ischemic #VT during sinus rhythm;
👉High frequency EGMs in low voltage regions are relevant !!!
Emphasis of PF in low-voltage regions accurately predicted critical VT isthmus demonstrated by activation map. #EPeeps .

Split potentials and U-Shaped endocardial line of block (a la Roderick Tung) identified and automatically annotated by OT Near Field in this ischemic VT case with Mike Loguidice. Nice to see this concept in practice to help guide our ablation strategy! Abbott Cardiovascular Mike Lean

Great collaboration in OR with mappers Abbott Cardiovascular Aaron Matthews and well planned access to problem area with pre-op mapping and imaging with inHEART

Welcome Sergio Pinski to MUSC Electrophysiology MUSC Cardiology - thrilled to have you in a first case today!

Improving Substrate Mapping for Ventricular Tachycardia with a Novel Peak Frequency Annotation Algorithm: Deconstructing the Abnormal Electrogram heartrhythmjournal.com/article/S1547-…

Epicardial geometry editing on EnSite X:

Using standard OneModel results in a “double-walled” geometry where mapping points project on the inside and outside of the surface.

This quick 3-step workflow provides a clean epi geo and projects points appropriately.

Abbott Cardiovascular

Peak frequency analysis helps in locating the accessory pathways in WPW ablation! Hospital Santa Maria wt Gustavo Lima da Silva Afonso Nunes Ferreira #EPeeps #HDgrid Abbott Cardiovascular