On regeneration, ageing and the control of cellular plasticity

Also @maxyunlab.bsky.social
Joined November 2021
New Year, New Paper for the Yun Lab! 🌟We find that Axolotls exhibit limited reproductive senescence and retain fertility throughout lifespan (pubmed.ncbi.nlm.nih.gov/4168…). Kudos to Yuliia Haluza, in this great collab with @Tanaxolotl
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Instead, #Midkine (MDK) and BMP signaling is required. MDK is a critical early trigger without which there is no regrowth
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Surprisingly, Foxn1 (key for thymus development and homeostasis in mammals) is NOT required for de novo regeneration: crispant foxn1-/- axolotls regenerate their thymus
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ScRNAseq, transplantations and live imaging show that the regenerated #thymus is able to support thymopoiesis, generating healthy #Tcells
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We uncover that the #axolotl can rebuild a complete thymus from scratch in a few weeks, restoring morphology, cell populations #singlecell level and function
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Great update by Brian Kennedy on the state and future of Ageing science in Singapore at HealthyLongevityMedicine Conference 2025
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Unexpected gifts from students are always heartwarming, thanks @GeorgiiVdovin!
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Unexpected gifts from your students always brighten your day - they are the best! #grateful. Tx Arturo and congrats on your PhD offer!
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And a great dinner to close the day with Vera Gorbunova, Andrei Seluanov, Natalia Rodriguez Muela, @SiewekeLab @bvishnu91
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Wonderful visit by Vera Gorbunova and Andrei Seluanov to Dresden @CRTDpress Inspiring lessons from #nakedmolerat fruitful discussions and collab planning. Thanks @bvishnu91 for the superb hosting!
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