Very proud of this collaboration with Elly Tanaka and Elad Bassat. Jorge Peña @jpenap.bsky.social from our lab skillfully conducted our contributions. @regen-hearts.bsky.social #HeartRegeneration

a cartoon of an axolotl blowing a kiss with a heart in the background . ALT: a cartoon of an axolotl blowing a kiss with a heart in the background .

1/ Can #Axolotls teach us new things about #HeartRegeneration?

A great collaboration between Elly Tanaka and Miguel Torres labs.

We’re happy to share our new work in which we ask how axolotls regenerate their hearts and could they help mammals with that?
doi.org/10.64898/202...

More new work from the lab! @idrm.ox.ac.uk @oxforddpag.bsky.social
Do all zebrafish regenerate their hearts equally? Also featuring the Mexican cavefish☺️
Thanks to all co-authors and especially the incredibly talented DPhil student Kostas Lekkos who drove the project. #zebrafish #heartregeneration

Schematic overview of cardiomyocyte regulators orchestrating the dedifferentiation, proliferation, and redifferentiation process

Cell Regen Review | Rewiring cardiomyocyte identity & metabolism for heart regeneration! 🫀 Strategies for improving cardiac function in animal models. #HeartRegeneration #StemCells
🔗 More at: doi.org/10.1186/s136...

A balanced circadian glycolytic rhythm drives cardiomyocyte cell cycle progression during fish heart regeneration | Gennaro Ruggiero Did you know that our circadian clock—the internal rhythm that regulates our sleep-wake cycle—also plays a crucial role in heart regeneration? Most people don’t, and that’s exactly why I’m excited to ...

New work from the lab! Cellular processes key for successful heart regeneration occur at specific times over 24 hours and disturbing these day-night rhythms affects cardiomyocyte metabolism, cell cycle and regeneration.
#zebrafish #cavefish #heartregeneration

www.linkedin.com/posts/gennar...

Please vote for my #ARTxSCIENCE2025 submission! Voting takes 10 secs

renew.science/artxscience/...

My image shows stem-cell derived heart cells treated with a drug that makes cardiomyocytes (pink) proliferate—without activating fibroblasts #HeartRegeneration #Microscopy #StemCells

#PaulKornerSeminar speaker Gabrielle Smith: 'Studying the #epigenome of regenerating cardiomyocytes: how do iPSC-derived cardiomyocytes invoked to re-enter cell cycle compare to animal #HeartRegeneration models?'
@em6wong.bsky.social‬

#PaulKornerSeminar speaker Gabrielle Smith: 'In Regulatory Systems lab, I am studying chromatin architecture and the #epigenome of cardiomyocytes across multiple animals to understand how genome regulation and evolution have shaped #HeartRegeneration across vertebrates.'
‪@em6wong.bsky.social‬

This review outlines the emerging endogenous key modulators of cardiomyocyte proliferation, elucidates the underlying internal mechanisms of #heartregeneration, and highlights the role of key molecules in the multimodal regulation of pre-existing #CardiomyocyteProliferation.

#CardiacImmunology #HeartRegeneration #DevelopmentalBiology #CardiacNiches #Genomics #InVitroSystems #Technology #Therapeutics #ScienceSky 🧪

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

Our final #PaulKornerSeminar speaker for today, Gabrielle Smith, will be presenting: ‘Cardiomyocyte chromatin conformation in regenerative and non-regenerative responses to injury’
#HeartRegeneration #CardioTwitter @em6wong

Star Scientist - Amy Nicks - Victor Chang Cardiac Research Institute Nominated scientist Dr Amy Nicks is determined to hone in on the gene that could be the key to unlocking heart regeneration.

September's Star Scientist Dr Amy Nicks is on a mission to find the gene that could be the key to unlocking #HeartRegeneration. She's studying #cardiomyocytes that not only self-repair but are also 'beautiful' structures:#WomeninSTEM

victorchang.edu.au/blog/amy-nicks

#PaulKornerSeminar speaker Dr Amy Nicks: “We developed a new method to capture heart cells in their native state that shows how a baby/neonatal heart cell divides into two cells.” #HeartRegeneration #CellDivision #ConfocalMicroscopy #science #CardiacResearch #HeartResearch

#PaulKornerSeminar speaker Dr Amy Nicks: “Heart cells (or cardiomyocytes) are so beautifully engineered and grow dramatically with age as heart mass increases.” #HeartRegeneration #CellDivision #ConfocalMicroscopy #science #CardiacResearch #HeartResearch