Eric Sung

[Eric Sung @EricSung9]

Very excited that my thesis work was just published open-access in @NatureCVR! https://t.co/xrHfX7Hb8Z
I explore the role of fat versus scar in post-infarct #VTin3D in a combined two-center clinical and computational study! #ablateVT #EPeeps #CardioTwitter
🧵

[NataliaTrayanova @NTrayanova]

Graduation ceremony: hooding two of my PhD students @rohara94 and @EricSung9. A great celebration of their achievements! @trayanovalab

[Maryam M. Sani, MD @Maryam_SaniMD]

A highlight from #AHA23 – presenting our work on the risk stratification of ventricular arrhythmia. Grateful for the chance to be part of the collective effort advancing cardiovascular research. #WIC #CardioTwitter

[Maryam M. Sani, MD @Maryam_SaniMD]

Check out our latest publication in HeartRhythm! 📰 We explored the connection between myocardial fat and ventricular arrhythmias in patients with ischemic and non-ischemic cardiomyopathy. Join us in uncovering new insights in cardiac health!🫀 #CardioTwitter @hopkinsheart

[HeartRhythm @hrs_journal]

Association of Epicardial and Intramyocardial Fat with Ventricular Arrhythmias, by @Maryam_Mjrd and colleagues https://t.co/FsvwS5wJCp

[Eric Sung @EricSung9]

What an honor for my artwork to be on this month’s cover! Read more about the role of fat infiltration in #VTin3D!

[Nature Cardiovascular Research @NatureCVR]

Our October issue is out! Read about spatio-temporal transcriptomic in viral #myocarditis, #estrogen and #bone angiogenesis, intracellular K+ channels and #arrhythmias, maintenance of adult #endothelium and more! https://t.co/4plTTB202W

[Nature Cardiovascular Research @NatureCVR]

Our October issue is out! Read about spatio-temporal transcriptomic in viral #myocarditis, #estrogen and #bone angiogenesis, intracellular K+ channels and #arrhythmias, maintenance of adult #endothelium and more! https://t.co/4plTTB202W

[Penn Heart & Vascular @PennCardiology]

A new study 📑 by @Dr_Nazarian_EP et al investigated the role of inFAT versus scar in VA through clinical & mechanistic computational studies, determining inFAT as a dominant player in infarct-related #VA.

Read about their findings
➡️ https://t.co/8jC217U15O

#Arrhythmia #EPeeps

[Johns Hopkins Giving @HopkinsGiving]

She recently sat down with Th Hub to discuss a new discovery: fat intermingling with scar tissue is the driving force behind the development of heart rhythm disturbances.
https://t.co/vliozenbVT

[Johns Hopkins Giving @HopkinsGiving]

You can learn more about the exciting work @JHUBME PhD students, like Gakenheimer Fellow @YingnanZhang6, do with @trayanovalab and the support they receive below!
https://t.co/46i3TgFZyk

[Julia CadrinTourigny @JuliaCTourigny]

Just out in Circulation: PVS can improve risk prediction on top of the https://t.co/4BPMl16oSZ risk calculator. NPV is 93% if calculated risk < 25%. A great team effort lead with @gasperettimd @RTCarrick @ASaguner https://t.co/M29MIoYkno

[Eric Sung @EricSung9]

Thank you ⁦@HopkinsEngineer⁩ for featuring my work! https://t.co/20TdoyD1KA

[Nature Cardiovascular Research @NatureCVR]

Research|@EricSung9 et al. show that infiltrating #adipose tissue, as opposed to scar is the main cause of infarct-related ventricular #arrhythmias. @trayanovalab @NTrayanova @JHUBME
@HopkinsEngineer @JohnsHopkins
https://t.co/IF5Yq9N6I5|
👉https://t.co/i29upHDXNZ

[eMedEvents @eMedEvents]

New study uncovers major cause of deadly heart arrhythmias

Learn more: https://t.co/acRkN8qV9a

@NTrayanova @JonChrispinMD @Dr_Nazarian_EP @NatureCVR @ICM_JHU
#NIH #MRI #CT #arrhythmias #scartissue #meded #eMednews

[Johns Hopkins Engineering @HopkinsEngineer]

A new study from @NTrayanova, @JonChrispinMD, and @Dr_Nazarian_EP IDs fat inside the heart as the primary cause of #arrhythmias in heart attack patients — and envisions new treatments for heart rhythm disorders. The results are published in @NatureCVR.
https://t.co/UVyi8bHfY3

[Eric Sung @EricSung9]

@JonChrispinMD

[Eric Sung @EricSung9]

Very excited that my thesis work was just published open-access in @NatureCVR! https://t.co/xrHfX7Hb8Z
I explore the role of fat versus scar in post-infarct #VTin3D in a combined two-center clinical and computational study! #ablateVT #EPeeps #CardioTwitter
🧵

[Eric Sung @EricSung9]

@NTrayanova @JonChrispin @Dr_Nazarian_EP @KevinS_Zhou @trayanovalab @JHUBME @JHU_ADVANCE

[NataliaTrayanova @NTrayanova]

Today in @NatureCVR! We examine the role of penetrating fat in #arrhythmias post-infarction. A prospective clinical-modeling study. https://t.co/gUvYw9Wm6h #EPpeeps #Cardiotwitter @trayanovalab @EricSung9 @JonChrispinMD @Dr_Nazarian_EP @JHUBME @HopkinsEngineer @JohnsHopkins

[Eric Sung @EricSung9]

Please also see very exciting work by @LingyuXu5 @Dr_Nazarian_EP at @PennCardiology diving deeper into the biophysics of inFAT vs. scar! https://t.co/oY5ATSnFag

[Eric Sung @EricSung9]

And there you have it! We showed that inFAT in infarcted hearts plays a major role in #VTin3D arrhythmogenesis by slowing conduction in critical VT sites. This means that #ablateVT for post-infarct VTs should be focused primarily on these areas with inFAT. Thanks for reading!