RT @NaokiThukishima: #23jcs #不整脈疾患の最近の話題-16 *VTは、三次元的回路を示すことがある。 *心内膜側と、心外膜側で、reentry回路が異なる💦 https://t.co/7nVLceG3GS
#23jcs #不整脈疾患の最近の話題-16 *VTは、三次元的回路を示すことがある。 *心内膜側と、心外膜側で、reentry回路が異なる💦 https://t.co/7nVLceG3GS
RT @AnneNeubert1: 5/ Simultaneous Endocardial and Epicardial Delineation of 3D Reentrant Ventricular Tachycardia - @DrRoderickTung https:/…
5/ Simultaneous Endocardial and Epicardial Delineation of 3D Reentrant Ventricular Tachycardia - @DrRoderickTung https://t.co/Wt1fJf40pI
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
RT @DrRoderickTung: Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wr…
Reentry confined to the midmyocardium is inferred by focal-focal pattern with SEEM (16-20%). Sometimes the breakout wraps back toward the LOB rather than purely centrifugal, "break and wrap". Entrainment can show progressive fusion (supplemental fig 1) ht
@EugenioCingolan @ArvindhKana @ep_travis @CircAHA @TakuroNishimu @MiguelVldrbno @shivkumarmd @DrPengShengChen Agree. It's a seminal construct, but an oversimplification. That was the point of our #VTin3D paper earlier this year in JACC. More to come from
@DrFerminGarcia @EPDeneke No needles or wires. The middle layer is inferred from high-density SEEM based on activation gaps. Methods and discussion: https://t.co/cwOO7YsSqh
RT @mesabree: How do you visualize current weaving through heart tissue layers in ventricular tachycardia? It is a visual challenge, to ac…
RT @mesabree: How do you visualize current weaving through heart tissue layers in ventricular tachycardia? It is a visual challenge, to ac…
How do you visualize current weaving through heart tissue layers in ventricular tachycardia? It is a visual challenge, to accompany research by Dr. Roderick Tung of UChicago: https://t.co/KBDjegjr8y #medart #sciart #sciviz #cardiac #MedTwitter #heart #m
RT @JHRS_PR: Simultaneous Endocardial and Epicardial Delineation of 3D Reentrant Ve... https://t.co/D2SZlK4iPM
Simultaneous Endocardial and Epicardial Delineation of 3D Reentrant Ve... https://t.co/D2SZlK4iPM
RT @drparinpatel: Fantastic discussion of a truly revolutionary approach to ventricular arrhythmias. Thank you 🙏🏽 @DrRoderickTung and @EPry…
Fantastic discussion of a truly revolutionary approach to ventricular arrhythmias. Thank you 🙏🏽 @DrRoderickTung and @EPrystowskyonEP ! #ablateVT https://t.co/QB6UTZwgUP
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @drjohnm: Brilliant work Rod. This is a complicated paper, but it may change the way EP looks at ablating VT.
Simultaneous Endocardial and Epicardial Delineation of 3D Reentrant Ventricular Tachycardia. https://t.co/W1mcMOSMF8 #arvc #cardiotwitter #epeeps
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
@CardioIAN
What a cool study! This article elegantly describes the pathophysiology of VT circuits and how a combination of endo and epi mapping can identify the central isthmus location on and WITHIN the ventricular wall to help guide ablation.
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
RT @JACCJournals: In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epi…
In a new study, @DrRoderickTung et al. characterize the 3-D nature of reentrant VT using simultaneous endocardial and epicardial mapping in 89 patients with structural heart disease. https://t.co/WYnVbvN6Rl #JACC https://t.co/pbKxkLECH1
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @M_Cluitmans: Beautiful study showing that VT circuits in structural disease are complex 3D phenomena which are underestimated by 2D map…
Beautiful study showing that VT circuits in structural disease are complex 3D phenomena which are underestimated by 2D mapping. This highlights why the use of high-res isotropic 3D MRI and 3D virtual heart models may be extremely helpful for VT ablation. h
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
RT @DrRoderickTung: Overjoyed to see this hot off the press🔥! @JACCJournals We hope that these detailed "dissections" of the VT circuit co…
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