Circulation Research

Circulation Research is an AHA journal focusing on basic science & translational cardiovascular research.

[Circulation Research @CircRes]

Linke & colleagues reveal that #Novex-3, a small and previously understudied form of the muscle protein #titin, helps maintain heart muscle structure & function. Learn more at https://t.co/pgUbN79Y8O

[Circulation Research @CircRes]

Wang & colleagues found that #microRNA released from #fat cells can travel in the blood, ultimately damaging the lining cells of vessels & therefore hardening the #arteries. Learn more at https://t.co/HBoa0zzWBz

[Circulation Research @CircRes]

Zhang et a created a 3D human cardiac #organoid platform, derived from stem cells which captures the hallmark features of myocardial #fibrosis & offers a powerful new system for discovering antifibrotic therapies at https://t.co/EqSWfTXgPp
@Joseph_C_Wu @XiuLiu266

[Circulation Research @CircRes]

5/5 Cytomegalovirus Latency Fuels Inflammation Following Myocardial Infarction by @ElenaDapergola and Marko Šustić et al @ImmunoCardioLab https://t.co/ObUzJrNuIW

[Circulation Research @CircRes]

1/5 New #DiscoverCircRes episode! https://t.co/gZhpd8HQ21 chats with Drs. David Rawnsley, Xumin Guan & Abhinav Diwan about their study, Mitophagy Facilitates Cytosolic Proteostasis to Preserve Cardiac Function@Polash_23 https://t.co/dNMezGiRof

[Circulation Research @CircRes]

4/5 Inducing CD8+ Tregs Limits Atherosclerosis via Notch-Mediated VSMC Quiescence by Gao et al @Kathyolui https://t.co/m7TUyhY8Yz

[Circulation Research @CircRes]

@ElenaDapergola & colleagues found previous #cytomegalovirus infection can fuel cardiac #inflammation & impair healing following a #HeartAttack. https://t.co/mhm5bSre59

@ImmunoCardioLab @ClementCochain @AE_Saliba @diyaa-ashour-26804137

[Circulation Research @CircRes]

Er & colleagues found a novel calcium channel modulator normalizes #mitochondrial function & reverses #HCM & #fibrosis in translationally relevant models. Learn more at https://t.co/fSPiSthXCF
@livia.hool @alice-francis-ajf101

[Circulation Research @CircRes]

Shi & colleagues found the RNA-binding protein muscle blind-like protein 2 (#MBNL2) promotes alternative splicing of tropomyosin 3 (#TPM3) which contributes to #CardiacHypertrophy. Learn more at https://t.co/BAyJHLxHsE

[Circulation Research @CircRes]

Kogami et al found #stanniocalcin-1 is produced in response to increased pressure & helps protect blood vessels in the lungs from abnormal cell growth. Learn more about treating #PAH at https://t.co/A7WM9VIIfE

[Circulation Research @CircRes]

Heianza & colleagues found fasting blood metabolomic signatures that predict elevated 1-hour glucose reflect disease pathophysiology & #CHD through dietary interventions. Learn more at https://t.co/k4KqWUHglr

[Circulation Research @CircRes]

Gao et al found boosting a specific type of immune cell, CD8⁺ #Tregs, switch artery muscle cells back to quiet, healthy mode through #Notch signaling, offering a new way to stabilize #atherosclerotic plaques. Learn more at https://t.co/wVtT00CwaI

@Kathyolui

[Circulation Research @CircRes]

@CircRes Oct 9th Issue is Out! https://t.co/IiX6g6rOKd

Cover: Lineage tracing shows accumulation of VSMC-derived macrophage-like cells (yellow) within an atherosclerotic plaque, a key pathogenic process that can be inhibited by CD8⁺ Tregs;nuclei-blue

[Circulation Research @CircRes]

CALL FOR SUBMISSIONS!
@circres welcomes submissions for not one, but two upcoming compendia. Click the link for more details: https://t.co/s2kCs8uddL

[Circulation Research @CircRes]

Zhang & colleagues found #liver specific #ChREBP upregulation drives cardiac remodeling & acts via cytoplasmic accumulation, not nuclear translocation. Learn more at https://t.co/OxlyVR4HuW

[Circ: Heart Failure @CircHF]

📣Calling all #AHFTC Fellows!📣

@CircHF is proud to launch the 2nd year of the journal's free educational webinar series for current & past AHFTC fellows

📌9 live virtual sessions
📌New topic each session
📅Start Date: November 18, 2026

🔗Learn More: https://t.co/9fJ1SN4zLd

[Circulation Research @CircRes]

Erlich & colleagues uncover a dynamic, location-based control of #protein synthesis in heart cells that drives #cardiac growth. Learn more at https://t.co/r5rGJxxG9k
@itaie21 @KehatLab

[Circulation Research @CircRes]

Redpath et al found #WT1, the master regulator of the heart's outer layer, and its target #Sulf1, coordinate responses to incoming signals, to direct cell behavior & support heart #development. Learn more at https://t.co/HO3XQ87Pqj
@Joey_JMVieira