![Nadia Chamoun(@nadiachamoun) 's Twitter Profile Photo Nadia Chamoun(@nadiachamoun) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1756615147282661376/TdmK63CB_200x200.jpg)
The role of epicardial adipose tissue in structural and voltage abnormalities.
Dr. Chahine always shining! Congrats.
Yaacoub C. Chahine #HRS2024 University of Washington University of WashingtonMedHeart
![Nadia Chamoun (@nadiachamoun) on Twitter photo 2024-05-19 17:55:20 The role of epicardial adipose tissue in structural and voltage abnormalities.
Dr. Chahine always shining! Congrats.
@YaacoubC #HRS2024 @UW @UWMedHeart The role of epicardial adipose tissue in structural and voltage abnormalities.
Dr. Chahine always shining! Congrats.
@YaacoubC #HRS2024 @UW @UWMedHeart](https://pbs.twimg.com/media/GN9cWBVWEAExv_V.jpg)
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Presenting our work at #HRS24 showing that AF drivers can be sustained by the fibrofatty substrate comprising epicardial adipose tissue and fibrosis! Nazem Akoum Patrick M Boyle UWashington Heart Institute UW Cardiology Univ. of Washington Cardiology Fellows
![Yaacoub C. Chahine (@YaacoubC) on Twitter photo 2024-05-18 15:59:25 Presenting our work at #HRS24 showing that AF drivers can be sustained by the fibrofatty substrate comprising epicardial adipose tissue and fibrosis! @NazemAkoum @pmjboyle @UWMedHeart @UWCardiology @uwashfellows Presenting our work at #HRS24 showing that AF drivers can be sustained by the fibrofatty substrate comprising epicardial adipose tissue and fibrosis! @NazemAkoum @pmjboyle @UWMedHeart @UWCardiology @uwashfellows](https://pbs.twimg.com/media/GN34OIAXMAMwlHS.jpg)
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I was grateful today to give an invited talk on the role of epicardial adipose tissue in structural and voltage abnormalities at #HRS24 . I am most fortunate to have such amazing mentors who guided me all the way! Nazem Akoum Patrick M Boyle UW Cardiology UWashington Heart Institute Univ. of Washington Cardiology Fellows
![Yaacoub C. Chahine (@YaacoubC) on Twitter photo 2024-05-19 23:11:34 I was grateful today to give an invited talk on the role of epicardial adipose tissue in structural and voltage abnormalities at #HRS24. I am most fortunate to have such amazing mentors who guided me all the way! @NazemAkoum @pmjboyle @UWCardiology @UWMedHeart @uwashfellows I was grateful today to give an invited talk on the role of epicardial adipose tissue in structural and voltage abnormalities at #HRS24. I am most fortunate to have such amazing mentors who guided me all the way! @NazemAkoum @pmjboyle @UWCardiology @UWMedHeart @uwashfellows](https://pbs.twimg.com/media/GN-ktbBbUAA3Q7Z.jpg)
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🚨How effectively do large language models assist in atrial fibrillation care?
Dive into our latest findings published in the HeartRhythm.
Read more here: doi.org/10.1016/j.hrth…
Fima Macheret, MD, MS Yaacoub C. Chahine Nadia Chamoun Hala Yasiri MD Nazem Akoum
UW Medicine UWashington Heart Institute
![Ahmad Kassar (@Ahmadkassar7) on Twitter photo 2024-05-09 19:18:01 1/2
🚨How effectively do large language models assist in atrial fibrillation care?
Dive into our latest findings published in the @hrs_journal.
Read more here: doi.org/10.1016/j.hrth…
@FimaMDMS @YaacoubC @nadiachamoun @MdYasiri @NazemAkoum
@UWMedicine @UWMedHeart 1/2
🚨How effectively do large language models assist in atrial fibrillation care?
Dive into our latest findings published in the @hrs_journal.
Read more here: doi.org/10.1016/j.hrth…
@FimaMDMS @YaacoubC @nadiachamoun @MdYasiri @NazemAkoum
@UWMedicine @UWMedHeart](https://pbs.twimg.com/media/GNKPX75aMAA57pl.jpg)
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Superstar EP fellow Fima Macheret, MD, MS on personalizing cardiac computational simulations. “Modulating conduction velocity increases agreement with the clinical phenotype” Nazem Akoum Patrick M Boyle #HRS2023 Heart Rhythm Society
![Yaacoub C. Chahine (@YaacoubC) on Twitter photo 2023-05-21 16:07:06 Superstar EP fellow @FimaMDMS on personalizing cardiac computational simulations. “Modulating conduction velocity increases agreement with the clinical phenotype” @NazemAkoum @pmjboyle #HRS2023 @HRSonline Superstar EP fellow @FimaMDMS on personalizing cardiac computational simulations. “Modulating conduction velocity increases agreement with the clinical phenotype” @NazemAkoum @pmjboyle #HRS2023 @HRSonline](https://pbs.twimg.com/media/Fwqg3XkXsAI6vf1.jpg)
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Busy day at #HRS2023 ! Always a blast learning about the latest in EP research, looking forward for tomorrow! Fima Macheret, MD, MS Patrick M Boyle Nazem Akoum Savannah Bifulco Heart Rhythm Society
![Yaacoub C. Chahine (@YaacoubC) on Twitter photo 2023-05-19 22:46:30 Busy day at #HRS2023! Always a blast learning about the latest in EP research, looking forward for tomorrow! @FimaMDMS @pmjboyle @NazemAkoum @SfBifulco @HRSonline Busy day at #HRS2023! Always a blast learning about the latest in EP research, looking forward for tomorrow! @FimaMDMS @pmjboyle @NazemAkoum @SfBifulco @HRSonline](https://pbs.twimg.com/media/FwhpGOBXgAAe8vH.jpg)
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Nazem Akoum and the latest on the role of epicardial adipose tissue in atrial fibrosis and the AF substrate. “LA computational models of AF are more consistent with clinical phenotypes when EAT effects are included in the model construction” #HRS2023 Patrick M Boyle
![Yaacoub C. Chahine (@YaacoubC) on Twitter photo 2023-05-19 21:08:30 @NazemAkoum and the latest on the role of epicardial adipose tissue in atrial fibrosis and the AF substrate. “LA computational models of AF are more consistent with clinical phenotypes when EAT effects are included in the model construction”#HRS2023 @pmjboyle @NazemAkoum and the latest on the role of epicardial adipose tissue in atrial fibrosis and the AF substrate. “LA computational models of AF are more consistent with clinical phenotypes when EAT effects are included in the model construction”#HRS2023 @pmjboyle](https://pbs.twimg.com/media/FwhSq5TX0AQ1Pfp.jpg)
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Patrick M Boyle on the latest in computational modeling of cardiac optogenetics and its translational applications #HRS2023 Heart Rhythm Society
![Yaacoub C. Chahine (@YaacoubC) on Twitter photo 2023-05-20 17:06:26 @pmjboyle on the latest in computational modeling of cardiac optogenetics and its translational applications #HRS2023 @HRSonline @pmjboyle on the latest in computational modeling of cardiac optogenetics and its translational applications #HRS2023 @HRSonline](https://pbs.twimg.com/media/Fwlk26rWIAY5nWB.jpg)
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#ACC24 The radiomics signature of epicardial adipose tissue can predict atrial fibrillation recurrence after catheter ablation. Nazem Akoum UW Cardiology Univ. of Washington Cardiology Fellows UWashington Heart Institute American College of Cardiology
![Yaacoub C. Chahine (@YaacoubC) on Twitter photo 2024-04-07 16:09:50 #ACC24 The radiomics signature of epicardial adipose tissue can predict atrial fibrillation recurrence after catheter ablation. @NazemAkoum @UWCardiology @uwashfellows @UWMedHeart @ACCinTouch #ACC24 The radiomics signature of epicardial adipose tissue can predict atrial fibrillation recurrence after catheter ablation. @NazemAkoum @UWCardiology @uwashfellows @UWMedHeart @ACCinTouch](https://pbs.twimg.com/media/GKkxbFfW4AA5L6r.jpg)
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Patrick M Boyle co-chairing a full house session on cellular cross talk and arrhythmias at #HRS24 Heart Rhythm Society. What a great way to kick start #HRS24 in Boston. UWashington Heart Institute
![Yaacoub C. Chahine (@YaacoubC) on Twitter photo 2024-05-16 19:46:01 @pmjboyle co-chairing a full house session on cellular cross talk and arrhythmias at #HRS24 @HRSonline. What a great way to kick start #HRS24 in Boston. @UWMedHeart @pmjboyle co-chairing a full house session on cellular cross talk and arrhythmias at #HRS24 @HRSonline. What a great way to kick start #HRS24 in Boston. @UWMedHeart](https://pbs.twimg.com/media/GNuY6GvXYAA0sLO.jpg)
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New #AERJournal Article!
This exciting review explores new avenues for risk stratification in stroke prediction that incorporate machine learning.
Available here 👉 ow.ly/SaTn50NN3Jm
Yaacoub C. Chahine Patrick M Boyle Nazem Akoum BHRS #CardioTwitter
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🚨New #FreeRead Article
JICE
Esophageal Luminal Temp Monitoring Using a Multi-Sensor Probe Lowers Risk of Esophageal Injury in Cryo & RF Catheter Ablation for AFib
by Nashwa Abdulsalam Arun Sridhar T Afroze Yaacoub C. Chahine CW Ko & Nazem Akoum
📖👉 rdcu.be/c5aBX
#EPeeps
![JICE (@JICE_EP) on Twitter photo 2023-02-08 14:34:28 🚨New #FreeRead Article
@JICE_EP
Esophageal Luminal Temp Monitoring Using a Multi-Sensor Probe Lowers Risk of Esophageal Injury in Cryo & RF Catheter Ablation for AFib
by @Nashwa_Salem_ @ArunRSridhar T Afroze @YaacoubC CW Ko & @NazemAkoum
📖👉 rdcu.be/c5aBX
#EPeeps 🚨New #FreeRead Article
@JICE_EP
Esophageal Luminal Temp Monitoring Using a Multi-Sensor Probe Lowers Risk of Esophageal Injury in Cryo & RF Catheter Ablation for AFib
by @Nashwa_Salem_ @ArunRSridhar T Afroze @YaacoubC CW Ko & @NazemAkoum
📖👉 rdcu.be/c5aBX
#EPeeps](https://pbs.twimg.com/media/Foc5U2dWYAI4XtL.png)
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