Circulation Research (@circres) 's Twitter Profile
Circulation Research

@circres

Circulation Research is an AHA journal focusing on basic science & translational cardiovascular research.
instagram.com/CircRes/
facebook.com/CircRes

ID: 81886481

linkhttp://www.ahajournals.org/journal/res calendar_today12-10-2009 17:14:35

7,7K Tweet

29,29K Followers

48 Following

Circulation Research (@circres) 's Twitter Profile Photo

Costantino et al found that metabolic stress leads to #chromatin modifications promoting #lipid accumulation and cardiac damage in #HFpEF. Learn more at ahajrnls.org/4mkNfOV @Nazha Hamdani Omer Dzemali Era Gorica Marialucia Telesca RaffaellaSantoroLab

Costantino et al found that metabolic stress leads to #chromatin modifications promoting #lipid accumulation and cardiac damage in #HFpEF. Learn more at ahajrnls.org/4mkNfOV

@Nazha Hamdani <a href="/ODzemali/">Omer Dzemali</a> <a href="/GoricaEra/">Era Gorica</a> <a href="/Lux_Telesca/">Marialucia Telesca</a> <a href="/LabSantoro/">RaffaellaSantoroLab</a>
Circulation Research (@circres) 's Twitter Profile Photo

Zhakeer & colleagues found that the #NLRC3-#IL18 axis in Treg cells links immune dysregulation to #EndMT, providing mechanistic insights into #PH-LHD pathogenesis. Learn more at ahajrnls.org/45cyrf1

Zhakeer &amp; colleagues found that the #NLRC3-#IL18 axis in Treg cells links immune dysregulation to #EndMT, providing mechanistic insights into #PH-LHD pathogenesis. Learn more at ahajrnls.org/45cyrf1
Circulation Research (@circres) 's Twitter Profile Photo

Kaoy et al found #HMGCS2 mediates the therapeutic effects of #NAD+ therapy in #HFpEF by restoring normal lipid metabolism & improving mitochondrial function in the heart. ahajrnls.org/4k2nj9b Yen Chin Koay John O'Sullivan Ashish Misra Chenchenwenwen

Kaoy et al found #HMGCS2 mediates the therapeutic effects of #NAD+ therapy in #HFpEF by restoring normal lipid metabolism &amp; improving mitochondrial function in the heart. ahajrnls.org/4k2nj9b
<a href="/yen_koay/">Yen Chin Koay</a> <a href="/realjosullivan/">John O'Sullivan</a> <a href="/AshishMisraLab/">Ashish Misra</a> <a href="/chenchenwenwen/">Chenchenwenwen</a>
Circulation Research (@circres) 's Twitter Profile Photo

Methawasin & colleagues found reducing harmful protein clumps in heart muscle cells with a special molecule called antisense oligonucleotide (#ASO) could help treat #RBM20 cardiomyopathy. Learn more at ahajrnls.org/4k54X7v

Methawasin &amp; colleagues found reducing harmful protein clumps in heart muscle cells with a special molecule called antisense oligonucleotide (#ASO) could help treat #RBM20 cardiomyopathy. Learn more at ahajrnls.org/4k54X7v
Circ: Heart Failure (@circhf) 's Twitter Profile Photo

📣Calling all #AHFTC Fellows! Circ: Heart Failure is proud to launch a free educational webinar series for current or past AHFTC fellows. 📍8 live virtual sessions, 1 in-person event 📍New topic each session 📅Start Date: August 13, 2025 🔗Learn More: ahajournals.org/circheartfailu…

📣Calling all #AHFTC Fellows! 

<a href="/CircHF/">Circ: Heart Failure</a> is proud to launch a free educational webinar series for current or past AHFTC fellows. 

📍8 live virtual sessions, 1 in-person event
📍New topic each session 

📅Start Date: August 13, 2025

🔗Learn More: ahajournals.org/circheartfailu…
Circulation Research (@circres) 's Twitter Profile Photo

Zhang & colleagues found a new mechanism where the #KLF15/VASN axis controls #Notch1 signaling to regulate #ngiogenesis. Learn more at ahajrnls.org/445hz92

Zhang &amp; colleagues found a new mechanism where the #KLF15/VASN axis controls #Notch1 signaling to regulate #ngiogenesis. Learn more at ahajrnls.org/445hz92
CircImaging (@circimaging) 's Twitter Profile Photo

📢 Expedited Review for #ESCCongress 2025! CircImaging invites authors with accepted ESC presentations to submit manuscripts for rapid review. Initial decisions within 10 days! Submit by June 23 👉 ahajournals.org/circimaging/ex… #CardioTwitter #CardioImaging Kaz Negishi@Cardiologist/ Heart Mafia

📢 Expedited Review for #ESCCongress 2025!
<a href="/CircImaging/">CircImaging</a> invites authors with accepted ESC presentations to submit manuscripts for rapid review. Initial decisions within 10 days! Submit by June 23 👉 ahajournals.org/circimaging/ex… #CardioTwitter  #CardioImaging <a href="/kaznegishi/">Kaz Negishi@Cardiologist/ Heart Mafia</a>
Circulation Research (@circres) 's Twitter Profile Photo

He et al found that #NEP, secreted by trophoblast cells & shuttled to maternal blood vessels through #EVs, is a key culprit behind #pre-eclampsia. Learn more about new research strategies for treating preeclampsia at ahajrnls.org/45QA9mC @mark_D_kilby

He et al found that #NEP, secreted by trophoblast cells &amp; shuttled to maternal blood vessels through #EVs, is a key culprit behind #pre-eclampsia.  Learn more about new research strategies for treating preeclampsia at ahajrnls.org/45QA9mC
@mark_D_kilby
Circ: Heart Failure (@circhf) 's Twitter Profile Photo

📢Expedited Review for #ESCCongress 2025! Circ: Heart Failure invites authors with accepted ESC presentations to submit manuscripts for rapid review. 📍Initial decisions within 10 days! 📝Submit by June 23 🔗Learn More: ahajournals.org/circheartfailu… #AHAJournals Nancy Sweitzer MDPhD James Fang

📢Expedited Review for #ESCCongress 2025!
<a href="/CircHF/">Circ: Heart Failure</a> invites authors with accepted ESC presentations to submit manuscripts for rapid review. 
📍Initial decisions within 10 days! 
📝Submit by June 23 
🔗Learn More: ahajournals.org/circheartfailu… #AHAJournals <a href="/DrNancySweitzer/">Nancy Sweitzer MDPhD</a> <a href="/JamesCFangMD/">James Fang</a>
Circulation Research (@circres) 's Twitter Profile Photo

Check out the latest review in the June 6th issue of Circulation Research by Orlowski & colleagues "Intracellular #pH Regulation in Ventricular Myocytes: Implications for #Cardiac Health and Disease" at ahajrnls.org/4kaf2zv

Check out the latest review in the June 6th  issue of <a href="/CircRes/">Circulation Research</a> by Orlowski &amp; colleagues "Intracellular #pH Regulation in Ventricular Myocytes: Implications for #Cardiac Health and Disease" at ahajrnls.org/4kaf2zv
Circulation Research (@circres) 's Twitter Profile Photo

Cai & colleagues developed a humanized aortic valve calcification (#AVC) model for studying valve disease. Learn more at ahajrnls.org/3SXFr8u Dunpeng Cai

Cai &amp; colleagues developed a humanized aortic valve calcification (#AVC) model for studying valve disease. Learn more at ahajrnls.org/3SXFr8u
<a href="/Dunpeng_Cai/">Dunpeng Cai</a>