Evangelos K. Oikonomou (@ekoikonomou) 's Twitter Profile
Evangelos K. Oikonomou

@ekoikonomou

CV fellow @YaleCardiology @cards_lab via @YaleIMed • DPhil @UniOfOxford • MD @uoaofficial • Associate Editor #EHJ • computer vision & digital biomarkers

ID: 996831520089346049

linkhttps://scholar.google.com/citations?user=GgJv1SMAAAAJ&hl=en calendar_today16-05-2018 19:15:29

783 Tweet

1,1K Followers

901 Following

Rohan Khera (@rohan_khera) 's Twitter Profile Photo

Excited that #PanEcho is now published in JAMA Kudos to Greg Holste Evangelos K. Oikonomou for leading this incredible effort! Now also validated on ED POCUS studies + RVNet+ (Thx Attila Kovacs & Marton Tokodi for joining us) See 🧵 below for details! jamanetwork.com/journals/jama/…

Excited that #PanEcho is now published in <a href="/JAMA_current/">JAMA</a> 

Kudos to <a href="/giholste/">Greg Holste</a> <a href="/ekoikonomou/">Evangelos K. Oikonomou</a> for leading this incredible effort!

Now also validated on ED POCUS studies + RVNet+ (Thx Attila Kovacs &amp; Marton Tokodi for joining us)

See 🧵 below for details! 
jamanetwork.com/journals/jama/…
Yale Cardiology (@yalecardiology) 's Twitter Profile Photo

A new study in JAMA led by Yale researchers finds that an AI-enabled tool can interpret echocardiograms with a high degree of accuracy in just a few minutes: medicine.yale.edu/internal-medic… Rohan Khera Evangelos K. Oikonomou Greg Holste

Rohan Khera (@rohan_khera) 's Twitter Profile Photo

🚨 The CarDS Lab at Yale is recruiting postdocs in our clinician–data scientist track! 🔹 MD or MD/PhD 🔹 Python/R skills 🔹 Research experience 🔹 Passion for AI + digital health 📝 Apply early: CV + 250-word statement 🔗 apply.cards-lab.org/apply/CATSP004 #AI #Cardiology #Postdoc

🚨 The <a href="/cards_lab/">CarDS Lab</a>  at Yale is recruiting postdocs in our clinician–data scientist track!

🔹 MD or MD/PhD
🔹 Python/R skills
🔹 Research experience
🔹 Passion for AI + digital health

📝 Apply early: CV + 250-word statement
🔗 apply.cards-lab.org/apply/CATSP004

#AI #Cardiology #Postdoc
Isaac Kohane (@zakkohane) 's Twitter Profile Photo

Generalization does not go as expected and fine-tuning does not substitute for RAG. From NEJM AI a study by Eric Wu James Zou on fine-tuning frontier LLM's with medical data. More in the reply below

Generalization does not go as expected and fine-tuning does not substitute for RAG. From <a href="/NEJM_AI/">NEJM AI</a> a study by <a href="/ericwu93/">Eric Wu</a> <a href="/james_y_zou/">James Zou</a> on fine-tuning frontier LLM's with medical data. More in the reply below
Francesco Costa (@costa_f_8) 's Twitter Profile Photo

🚀 New in European Society of Cardiology Journals our “AI in cardiovascular pharmacotherapy—applications & perspectives.” Link doi.org/10.1093/eurhea… 💊 AI will revolutionize cardiology, but what is the state of the art in CV pharmacotherapy? Is it ready for prime time? Let’s dive in ⬇️🧵 1️⃣/12

🚀 New in <a href="/ESC_Journals/">European Society of Cardiology Journals</a> our “AI in cardiovascular pharmacotherapy—applications &amp; perspectives.” Link
doi.org/10.1093/eurhea… 

💊 AI will revolutionize cardiology, but what is the state of the art in CV pharmacotherapy? 
Is it ready for prime time? 
Let’s dive in 

⬇️🧵
1️⃣/12
Lovedeep Dhingra (@lovedeepdhingra) 's Twitter Profile Photo

🧵 1/n We know #AI_ECG can detect HCM from ECG voltage signals. But raw signals aren't always accessible, limiting the use at the point-of-care. 🆕in Nature Cardiovascular Research, we ask: Can #AI detect #HCM directly from #ECG images? Across sites and ECG layouts? Rohan Khera CarDS Lab

🧵 1/n
We know #AI_ECG can detect HCM from ECG voltage signals. But raw signals aren't always accessible, limiting the use at the point-of-care.

🆕in <a href="/NatureCVR/">Nature Cardiovascular Research</a>, we ask:

Can #AI detect #HCM directly from #ECG images?
Across sites and ECG layouts?

<a href="/rohan_khera/">Rohan Khera</a> <a href="/cards_lab/">CarDS Lab</a>
Rohan Khera (@rohan_khera) 's Twitter Profile Photo

In Nature Cardiovascular Research, our CarDS Lab study defines a new approach to identifying adults w hypertrophic cardiomyopathy (HCM) - a leading cause of cardiac arrest in young adults Using #AI_ECG for images/photos of ECG (📸) Led by ⭐️s @veer_sangha_ Lovedeep Dhingra

In <a href="/NatureCVR/">Nature Cardiovascular Research</a>, our <a href="/cards_lab/">CarDS Lab</a> study defines a new approach to identifying adults w hypertrophic cardiomyopathy (HCM) - a leading cause of cardiac arrest in young adults

Using #AI_ECG for images/photos of ECG (📸)

Led by ⭐️s @veer_sangha_ <a href="/LovedeepDhingra/">Lovedeep Dhingra</a>