Nicole Bauer

Electrophysiology Territory Manager, CEPS 🫀
Abbott Medical.
📍Atlantic Canada 🇨🇦

[Ivo Roca, FEHRA, FESC @ivroca]

Proud to share our new study: S3 guided STaMP mapping x unstable VT(~20 sec), feasible, +safe even in high-risk patients.

https://t.co/gHEDL1TzQj
@hospitalclinic @RaimondoPi4757 @_NicolaPierucci @t_rosseel @PranavBhagirath @aportasanchez @guichard_jb
#EPeeps #VTablation

[HeartRhythm @hrs_journal]

THERMAL PROFILES OF PULSED FIELD ABLATION CATHETERS #OpenAccess

@PrashSanders @UniofAdelaide

https://t.co/IkZ9bV67gT

[Ivo Roca, FEHRA, FESC @ivroca]

First European cases of #HDGridX. Amazing anatomy, no need for shaving and immediate collection, no shifts, 100% time high confidence acquisition, "just" real anatomy. Look LA anatomy without NO editing and its merging with CT. @laiallorca1 @OriolMartinT @hospitalclinic

[Kevin Brady @Hapa_EP]

First case using #GridX with the 2 new sensors on the tip. Mapped so much faster than regular Grid, due to it being in high confidence 100% of the time, with way less geometry editing. But the best thing is no more having to say "We need more voxels"! 😂 #EPeeps

[Abbott Cardiovascular @AbbottCardio]

The first US cases in the FDA IDE trial with our Volt™ PFA System are complete!

Thanks @natale_md & @aalahmadmd of TCA, @MonicaYLo of Arkansas Heart Hospital, & Drs. Ayman Hussein & Oussama Wazni of Cleveland Clinic for your dedication to innovation.

#EPeeps

[Kevin Brady @Hapa_EP]

Parahisian AT this week, mapped using #HDGrid and #OTNearfield. Although 41 msec early + uni QS, there was a large His signal present during sinus at the earliest spot in AT. Played around a bit with LAT emphasis, highlighting -20 msec or earlier. What would you do next #EPeeps?

[Sheila Pressley @HighPwrShortGal]

#OTnearfield & #Emphasismaps come together to highlight this beauty of a pathway. LAT emphasis map is easy on the eyes, & the OT vectors double down on the spot. @theablationguy got this patient cured & on her way in no time! #EnsiteX @AbbottCardio

[Aaron Matthews @AMatthews0]

#EnsiteX just keeps getting better. New #OTNearField annotation perfectly displaying LAA circuit despite <.04mv voltage. Emphasis feature highlighted the diastolic activation and pointed @docAnneSquared and @ChauVoMD to a one burn term 🔥.@AbbottCardio #EPeeps @MUSC_EP

[EP Orlando @EP_Orlando]

Trying out new #EmphasisMap and #Nearfield on a third time redo AF/maze patient with #EnsiteX #OnlywithOT shows clear break through posterior line and signal in the LPVs. Great tool for focusing on the important signals and avoiding far field @AbbottCardio @JorgeODiaz3 #EPeeps

[John Butler @sota_ep]

I could not be more excited about @AbbottCardio's new #OTNearField update on #EnSiteX. We’ve been using it for the past 3 weeks and it's changing how we work. Let’s take a look at this LAFL.

This first image shows a timing map emphasizing signals with voltage > 0.08 mV. 1/4

[Mike Lean @mike_lean]

New advancement in VT mapping: OT Near Field software uses peak frequency to annotate NF component of EGM. In this case, using OT NF in ILAM cleanly defines line of block, revealing potential VT channel along the mitral valve. #OTNearField #VTin3D @AbbottCardio

[Juan Camilo Navarrete @JuanBurnTerm]

#OTNearfield emphasis maps are a great way to represent areas of low voltage along on top of LAT maps. ERASE-AF substrate guided ablation, ILAM decel zones, and anisotropic conduction with OT vectors is criteria for PWI in this persistent AF pt
#EPeeps @AbbottCardio

[Juan Camilo Navarrete @JuanBurnTerm]

Annotation accuracy of #nearfieldOT is impressive. Hardly any clean-up. LAFL mediated by small channel at base of LAA Ridge. #mapmoreburnless
@AbbottCardio #EPeeps

[Ivo Roca, FEHRA, FESC @ivroca]

Nice case of PVI with Omnipolar and the new NEAR FIELD algorithm. Easy detection of LPSV gap without any reanotation(right) and EMPHASIS map(left) with high frequency signals at that channel. Immediate block (red signals HD grid) with RF. #NearField @hospitalclinic @laiallorca1

[Hawkins Gay, MD, MPH @hcg_md]

Micro re-entry atrial flutter mapped and ablated with @PassmanRod and @RyanZimberg. Map looked like focal AT until micro circuit found near mitral isthmus. Impressive full diastolic cycle noted on #HDGrid. Successful termination on initial 💥.
@AbbottCardio

[Andres F. Miranda-Arboleda @andres_miranda4]

Bipolar ablation for intramural PVC. An alternative apprch when the sweet spot is beneath the surface
75y.o. M. h/o CABG. New onset HFrEF 30%, monomorphic PVC with 33% burden. Prev failed ablation from septal RVOT. Great case @andresenriqueza.
@adribaran @JorgeERomeroMD @utedrow

[Ivo Roca, FEHRA, FESC @ivroca]

Another case of Imaging(structure) and HD mapping(function) in #VTin3D for complex cases. Sarcoidosis with epicardial scar and DZ in the middle of a channel detected in MRI @ADAS3D. Complex patients, smart tools. @TillAlthoff @hospitalclinic #AblateVT @Pask_27 @S_Vazquez_Calvo

[Christy D’Annibale @cfdannibale]

ECMO patient referred to EP lab for VT storm. RV paced ILAM guided ablation strategy with #HDGrid helped target areas of late activation and isochronal crowding. Patient is off ECMO and discharged from hospital.

Mapped by @JamesGabriels

[Michel Barakat @MBarakatMD]

WPW ablation using open window mapping with omnipolar activation arrows on EnsiteX @johnmac7777 @nmarrouche @NazemAkoum @Hapa_EP @Maeskander @MadanAcharyaMD1 @BeauAdamson

[Brandon Miller @Brandon_J_Mill]

This AVNRT ablation was a slam dunk thanks to SLAM (slow pathway late activation mapping) with #HDGrid. SLAM clearly highlights slow pathway collision as well as HIS activation. Paired with #OT, we had a clear target with junctionals on first burn. @GarabelliPaul @AbbottCardio