Safety and Effectiveness of Surgical Pericardial Access for Catheter Ablation of Epicardial Ventricular Tachycardia: A Multicenter Experience @JRWinterfield @KojiHiguchiCCF @SroubekJ @EdSolteszMD @CleClinicHVTI @MUSC_EP @JACCJournals https://t.co/PouHyXTDsg

VT storm in NICM with prior failed endocardial ablations. Only early and late activation sites were mapped during VT, with the majority of the circuit traversing the mid-septum (IVD 1.6 cm). Note, a re-entrant PVC initiated the circuit, with earliest activation slightly more

VT Substrate mapping – What’s been done and what needs to be done #OpenAccess @EdwardCiaccio https://t.co/LYOsKdvip6

We are glad to welcome Dr. Christian Mewaldt to the @BidmcCvi faculty! Dr. Mewaldt is a general cardiologist & vascular medicine specialist who sees patients at BIDMC + BIDHC Chelsea.

Does the modern EP lab need a boom with physical screens? How about we customize what we see where we want to see it instead!

🚨New #OpenAccess Report in @JICE_EP Virtual Screens for Cardiac Ablation Procedures in Augmented Reality 🧐📖 https://t.co/8JWkXFJ6dk by @TimothyMaherMD1, @dkenigsberg, Jonathan R. Silva, Jennifer N. Avari Silva & Andrew H. Locke #EPeeps

Insightful CV Grand Rounds today by @Davilandre & @TimothyMaherMD1 on #ablateVT - noting work of @BIDMC_VT https://t.co/zntWYUc5AR

LOB concealed by convergent or collisional wavefronts are not functional.

When used deliberately, same day discharge after outpatient scar-related VT ablation is feasible. With our pilot analysis here we suggest a framework. Led by Ben Freedman. #ablateVT @Davilandre @DrGregMichaud @BIDMC_VT

#CURiEAlert: “Cardiac SBRT for Refractory Ventricular Tachycardia Using Innovative Motion Tracking w/ Electroanatomical Mapping & CyberKnife Synchrony,” authored by ACRO member @ChaewonHwangMD w/ @DrKuzmin, @TimothyMaherMD1, & Nima Aghdam is now published: https://t.co/9Uo5urc5SA

Save the date: on June 26 inHEART returns with a new #webinar! Disrupting Convention: New RCT Data on VT Ablation Guidance Strategies. Join us to learn how advanced CT-guided approaches—powered by a digital twin of the heart—are transforming the way we think about efficiency,

Clinical Impact of High-Intensity Targeted Ablation of Identifiable Critical Zones in Scar-Related Ventricular Tachycardia | JACC: Clinical Electrophysiology Oda Y, Komatsu Y, et al. https://t.co/GZT77PcRdx

In VT substrate mapping, wavefront direction is critical! Here is sinus, RV pacing, and LV pacing all at the same location on the inferior scar. The interaction of the wavefront direction with fixed lines of block create the split and late potentials. #ablateVT @BIDMC_VT

Congratulations @julianaperezp25 on this important work highlighting the incidence of pericarditis following PFA PVI. Predictors of post-ablation pericarditis were the same for RFA and PFA. Incidence was higher than in MANIFEST-PF and EU-PORIA but similar to real world cohorts.

Our work showing how modern CIEDs fail during cremation, with implications for pre-cremation explant. @BidmcCvi

Dramatic RV paced ILAM. Multiple breakouts through diseased septum followed by activation of a narrow corridor within 2-3mm of WT on @inheartmedical imaging. Case by @dhakalbish of @MUSC_EP. More info in comments.

Clinical Impact of High-Intensity Targeted Ablation of Identifiable Critical Zones in Scar-Related Ventricular Tachycardia https://t.co/GZT77PcRdx

⚡️Nice Fo8 “shared” isthmus supporting 2 VTs in this post MI endo-inferior scar #Optrell @LiverpoolEP. But we're missing 60ms TCL ⚡️LAT map interpolates activation, creating the impression of complete endo reentry ⚡️"Ripple silence" - warning sign you may need to map elsewhere

Our new work: VT Substrate mapping – What’s been done and what needs to be done, is at preprint stage in HR: https://t.co/twIlwH4c5l And may be of interest for EP substrate mapping. #EPeeps #Cardiology #CardioTwitter #heart