Yale CVRC (@yalecvrc) 's Twitter Profile
Yale CVRC

@yalecvrc

With 17 laboratories led by @YaleCardiology investigators, our scientists are working to better understand, treat, and prevent cardiovascular disease.

ID: 862337270074011651

linkhttps://medicine.yale.edu/intmed/cardio/ycvrc/ calendar_today10-05-2017 16:03:21

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Hao Yin (@haoyin20) 's Twitter Profile Photo

#SmoothMuscleCell Presenilin-Notch hyperactivity mediates Aortic Multilayering hypermuscularization upon Elastin deficiency Eln-/- or +/-🐭 Eln+/-👤#SupraValvularAorticStenosis DanielGreifLab iScience journal 2024 sciencedirect.com/science/articl… How elastin insufficiency⏫Presenilin in SMCs?

#SmoothMuscleCell Presenilin-Notch hyperactivity mediates Aortic Multilayering hypermuscularization upon Elastin deficiency
Eln-/- or +/-🐭
Eln+/-👤#SupraValvularAorticStenosis

<a href="/GreifLab/">DanielGreifLab</a> <a href="/iScience_CP/">iScience journal</a> 2024
sciencedirect.com/science/articl…

How elastin insufficiency⏫Presenilin in SMCs?
Naftali Kaminski (@kaminskimed) 's Twitter Profile Photo

Wow! The "Elements of Successful Grant Applications" is a masterpiece - #MustRead for all researchers. It is a a roadmap to grant funding inspired by Euclid's famous "ELEMENTs". It is so good I decided to summarize it in a thread 👇🏼 #ElementsofFunding pnas.org/doi/10.1073/pn…

Wow! The "Elements of Successful Grant Applications" is a masterpiece - #MustRead for all researchers. It is a a roadmap to grant funding inspired by Euclid's famous "ELEMENTs". It is so good I decided to summarize it in a thread 👇🏼
#ElementsofFunding 
pnas.org/doi/10.1073/pn…
AHA Science (@ahascience) 's Twitter Profile Photo

📅 Mark Your Calendars! 📅 Join us at #VascularDiscovery25: From Genes to Medicine in Baltimore! 🧬✨ Network with top scientists and researchers, and dive into groundbreaking discussions on the latest in vascular sciences and medicine. Don’t miss out!

📅 Mark Your Calendars! 📅 

Join us at #VascularDiscovery25: From Genes to Medicine in Baltimore! 🧬✨ 

Network with top scientists and researchers, and dive into groundbreaking discussions on the latest in vascular sciences and medicine. Don’t miss out!
Yale Postdoctoral Association (YPA) (@yalepostdocasso) 's Twitter Profile Photo

Join the Postdoc Council of the NPA for the inaugural virtual Postdoc Town Hall during NPAW 2024! This by-and-for postdoc event is open to all postdocs and early career researchers across the US. Find opportunities to foster change through connecting with fellow postdocs.

Join the Postdoc Council of the NPA for the inaugural virtual Postdoc Town Hall during NPAW 2024! This by-and-for postdoc event is open to all postdocs and early career researchers across the US. Find opportunities to foster change through connecting with fellow postdocs.
Yale Postdoctoral Association (YPA) (@yalepostdocasso) 's Twitter Profile Photo

Join us for a panel discussion with former Yale postdocs who transitioned to diverse roles outside academia. Gain insights into their experiences, career development tips, explore new opportunities and ask your questions! #ypa nationalpostdoc

Join us for a panel discussion with former Yale postdocs who transitioned to diverse roles outside academia. Gain insights into their experiences, career development tips,  explore new opportunities and ask your questions! #ypa <a href="/nationalpostdoc/">nationalpostdoc</a>
Stefania Nicoli (@nicolilab) 's Twitter Profile Photo

Congrats to the Nobel Prize winners in microRNA research! Grateful for their pioneering work that has shaped my career and advanced our understanding of RNA , stem cells, development, diseases and so much more!!👇🏼👇🏼👇🏼👇🏼👇🏼 #NobelPrize #microRNA

Congrats to the Nobel Prize winners in microRNA research! Grateful for their pioneering work that has shaped my career and advanced our understanding of RNA , stem cells, development,  diseases and so much more!!👇🏼👇🏼👇🏼👇🏼👇🏼 #NobelPrize #microRNA
Jennifer Kwan MD PhD (@jennkwanmdphd) 's Twitter Profile Photo

Thx to lab members, collaborators, mentors for your efforts & partnership! Received a NIH R56 NIH NHLBI to support our research evaluating genomics & radiomics on predicting CV outcomes & identifying novel therapeutic targets! Alokkumar Jha Yale BME Yale University Yale Cardiology #CHIP

Thx to lab members, collaborators, mentors for your efforts &amp; partnership! Received a <a href="/NIH/">NIH</a> R56 <a href="/nih_nhlbi/">NIH NHLBI</a> to support our research evaluating genomics &amp; radiomics on predicting CV outcomes &amp; identifying novel therapeutic targets! <a href="/KnowingAlok/">Alokkumar Jha</a> <a href="/YaleBme/">Yale BME</a> <a href="/Yale/">Yale University</a> <a href="/YaleCardiology/">Yale Cardiology</a> #CHIP
Frontiers - Cell Biology (@frontcelldevbio) 's Twitter Profile Photo

🎉 Frontiers in Cell & Developmental Biology is thrilled to sponsor Vascular Biology 2024! 🧪 Wishing all presenters and attendees an inspiring time of networking and sharing research breakthroughs. 🔬🤝 #VascularBiology2024 #NAVBO2024 NAVBO

Hanqiang Deng, PhD (@hanqiangd) 's Twitter Profile Photo

The last #NAVBO NAVBO Symposium in 2024: Tues, Dec 17th, 1pm EST. “Endothelial Dysfunction in Pulmonary Hypertension” featuring: Dr. Marlene Rabinovitch from Stanford Dr. Partha Dutta from U Pittsburgh Dr. Zhiyu Dai from WUSTL Look forward to three fascinating talks!

The last #NAVBO <a href="/vascularbiology/">NAVBO</a> Symposium in 2024: Tues, Dec 17th, 1pm EST.
“Endothelial Dysfunction in Pulmonary Hypertension” featuring: 
Dr. Marlene Rabinovitch from Stanford
Dr. Partha Dutta from U Pittsburgh
Dr. Zhiyu Dai from WUSTL
Look forward to three fascinating talks!
Endothelial Cell News (@endothelialnews) 's Twitter Profile Photo

🥈 Placing 2nd in this year's Top Post Countdown is work by Dr. Divyesh Joshi at Yale CVRC! He discovered that endothelial γ-protocadherins inhibit KLF2 and KLF4 to promote atherosclerosis. x.com/endothelialnew…

Hanqiang Deng, PhD (@hanqiangd) 's Twitter Profile Photo

Thrilled to share that our latest research has finally been published in Science Advances. We used a new computational method cSTAR to identify EC cell cycle as a key regulator for flow-mediated artery remodeling. Yale Internal Medicine Yale CVRC Yale CVRC AHA Science science.org/doi/10.1126/sc…