A new RNA therapy could help the heart repair itself after a heart attack – BioNews Central Researchers describe an RNA therapy designed to enhance the heart’s natural ability to protect and repair itself after injury. ...

Researchers describe an #RNATherapy designed to enhance the #heart’s natural ability to protect and repair itself after injury. 
#HeartDisease #HeartAttack #HeartRepair #CardiacRegeneration

🆕Review article by Rich Gang Li et al., Targeting the Hippo Pathway for Cardiac Regeneration
https://ow.ly/AyY250XTqit
#CardiacRegeneration #HippoSignalingPathway

🆕Review article by Rich Gang Li et al., Targeting the Hippo Pathway for Cardiac Regeneration
https://ow.ly/jVf350XTqgM
#CardiacRegeneration #HippoSignalingPathway

Reviewing how cardiac macrophages promote #CardiacRegeneration & repair following #MyocardialInfarction, highlighting that targeting specific macrophage heterogeneities as a strategy for treating #HeartFailure.

#OpenAccess: doi.org/10.1016/j.ge...

This paper investigates how pre-existing cardiomyocytes may act as central players in regenerative signaling, offering fresh perspectives on how the heart could repair itself after injury. #CardiacRegeneration #Cardiomyocytes #RegenerativeMedicine
www.sciencedirect.com/science/arti...

Therapeutic Performance of Hydrogel‐Derived Extracellular Wharton's Jelly Matrix and Wharton's Jelly Mesenchymal Stem Cells in Repairing Infarcted Myocardium of Ischemic Rats: a Preclinical Study Intramyocardial injection of WJMSCs entrapped in DWJM hydrogel into the ischemic zone of MI rats significantly improved cardiac performance by thickening the LV wall, reducing scar formation, increas...

Injectable #hydrogel from Wharton’s jelly matrix combined with #MesenchymalStemCells shows synergistic effects in repairing infarcted myocardium and improving heart function in ischemic rats. Promising advance in #CardiacRegeneration #StemCellTherapy onlinelibrary.wiley.com/doi/10.1002/...

New mRNA-based therapy that shows promise in heart regeneration after heart attack – BioNews Central New research demonstrates that delivering the gene PSAT1 via synthetic modified messenger RNA (modRNA) can stimulate heart muscle repair and improve cardiac function after a heart attack, marking significant progress in regenerative treatments for is

New research demonstrates that delivering the #PSAT1gene via synthetic modified #messengerRNA (#modRNA) can stimulate #HeartRepair and improve #CardiacFunction after a #HeartAttack, marking significant progress in #RegenerativeTreatments for #IschemicHeartDisease. 
#HeartDisease #CardiacRegeneration

🚨 Come and join our team!

I’m recruiting a Research Assistant to work on a @thebhf.bsky.social funded project on the molecular regulation of epicardial EMT. Closing date 11th May 2025.

my.corehr.com/pls/coreport...

@kingscollegelondon.bsky.social #HeartDevelopment #Cardiacregeneration

Heart cells grown in space may help heal damaged hearts Heart cells grown in space showed stronger survival, better function, and boosted healing traits. Spaceflight changed key proteins and genes.

Heart cells grown in space may help heal damaged hearts: Heart cells grown in space showed stronger survival, better function, and boosted healing traits. Spaceflight changed key proteins and genes.

#SpaceMedicine #CardiacRegeneration #HeartHealth #MicrogravityResearch #StemCellTherapy #EarthDotCom

Heart damage: Why babies recover, but adults scar – BioNews Central A new study in experimental animals reveals a critical difference in how macrophages help repair the heart in newborns versus adults after a heart attack, highlighting a fundamental difference in how the immune system drives healing. ...

A new study in experimental animals reveals a critical difference in how #macrophages help #repair the #heart in #newborns versus #adults after a #HeartAttack, highlighting a fundamental difference in how the #ImmuneSystem drives #healing.
#HeartRegeneration #CardiacRegeneration

Tuning VEGFA signaling by FLT1 for multiple cell type coordination in #Zebrafish #CardiacRegeneration
#SciArt🤩

A role of EGR3 (rich in #EndothelialCell Fibroblast Myofibroblast) in #EndMT

@rmarinjuez.bsky.social @dev-journal.bsky.social 2024
journals.biologists.com/dev/article/...

m6A RNA methylation #FGF16 #CardiacRegeneration

AAV9-shRNA Mettl3⏫🫀repair in neonate p3 (apex resection), p7 (MI) & 3 mo (MI)

Fgf16 mRNA was destabilized upon m6A (Mettl3-Ythdf2)

AAV9-Fgf16 m6A site mutant (not WT) ⏫neonatal🫀regeneration

@elife.bsky.social 2022
elifesciences.org/articles/77014